| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03615 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001302 |
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| Strand | - |
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| Start bp | 3531246 |
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| End bp | 3534444 |
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| Gene Length | 3199 bp |
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| Protein Length | 1049 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF75772 |
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| Protein GI | 259481858 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.391595 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 31 |
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| Fosmid unclonability p-value | 0.0454206 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAGTAA GTACGCTTTC CTCGATTCTA CAGCCCTAAC AGCTTCTTCT CCCAGCAGAG
CGCCATGGCT ACCACGGAGC CCACCCACGG ACAGGCCGAC AGTGTTGCCA GTGTCGAGAG
CCCGGCCCAG GATAACCCGG GCCCCAAAGA CCATTCTGAC TACACTCGGG CACTCGAGAA
GCGACTCAGC GAGTTGGAGT CACGGCTGTT GAATGTCGAG CTACACAGCA AAGAATCGGT
GAGCAAGCGC GTAATCAGCG GCGACAACCC TGAAAGCGAA CTCGAGAATG CGGCAAAAAG
TCCTTCAGAC GACGACGCAG GGCCTGAACC AGAACAGCTC CCTGTCGTGC GAGAAATACG
CAGGTTGAAC TGGATCAACT TTGTAAACCG TTTTCCGGAC CAGAAGGATG CAGCCCTCAT
TGAACTCCTC ATGGCCCCGC CGTCGTTAGA AGATGAAGAA AAGAAGGACA GCCTCTTCTG
CGCAAAGCTG CAACTGGTCG GCGCCGAGGA AGCGCAGCAG CTTATGGCAA CAATGCGAGA
GCGTAATGTC TTTCGATCGG ATGCGTACCT TCAATCTGTC CGCATTTCAT CCATACCACT
GGCCCGCGAG CTTGTGGATA TCTTGGGCTC GGACGATGAT ATCACAGCCC CCCTAATCTT
TAGGCGACCA TTTGCACCAT TGATCTATCA TATCGATGAC TTCAAGAAGA AGCTGGCCAA
GTTGGAAGCA GAGCTCGAGA AAACGACGGA AGAGGATGTT TTGAGCATAT TTCCCTCGAG
CGTGGTGCCT ACGCAGACTG CGATGACTGC CTCCGAAAAG GCACGCGCTG ACCGGACAAC
TCTTGCTGGT GATTTTCGAT ACCTGATTCA GTTCCTGGAG CGGGAAATAC TGCCGTTCGC
AAATCTTTTT GACAGCTCCA GTAAGCCTGA GACTTCGAGC AGGCACAGAA AAACATGTTT
CCGCGATTTG TGGCATCTGT TTAGGGTTGG CGAGTATATC TACAACCCGG CTGCAACTTT
CTCTTTCCAA TCGAACCCCA AAGCAGTTGT TAACGAAAGC GGTGACCAGA AGCTATGGAA
GCTGTATCGG AAACGAACAG TTGGCAATGA TTTTGAACTG AAATGTTACC GCATTGACCA
TAATGGCGAA GCCTATGTCT GCATTCCGAC TACATTCACT ATCAGTTATT TCAAAGGGGA
ACAGGACATT GTCAACCTGA CGGTCTACCC GCTTCGGTTT GCAGAGGACC ACAAAGCCCT
CCTACAGGTA TACAAGGAGT CGGGCCAAAA GTGCAAAGAG TGCATCGAGG CCAAGTTCCT
CTTGCACACC GGATGGGCTC TGACTCCCGA GTCCCAGAGC TCGTTGCAGT ACATTGCCAG
CGATGTTATT CTCGACGCTG GTGAGGCGAT GAAACTCCAT TTCAACTGGA AGTTTGATTC
AAAATACCCC AGTACAAAGG AGTGGGATAG AGGCTACCCG TATTATTTGT ATCATGTTTT
CTACTGGAGG TTGAAGGACC AAAAAGCTGT CTCCTCGAAC ATCCAAAATG CCTGCTGGGT
GGACGACTGG GTGGGCCGCA AGGAGAAGAT TGACTATTGC GAGCGTGTGG ACTCTTTCCT
TTCACACGGC ATCAACGGCC GGGAGAAGGA ATATCAACTC AACGACGATG ACATCGTGCT
ATTGCCACGT CGGCTTTTCG CCTATGTCCT CCAAGAGCGA CGGTTTGTGG CCGTGGAGAC
TCGAAACCTC TCAAGCGTGA AGGACTCTAC AAGTGGCACA TTTGAGAACT TGGTGATCAA
TCCGGACCAT ATGAGCTTGC TTCAGTCCCT CGTGCATTCC CATTATATGC GCAAGCAGAT
ACAAGATTCC GGTCGATACA GTGTCAACCA GGACATTGTC CACAACAAAG GACGAGGCCT
GGTTATCCTC CTTCATGGCG TCCCGGGTGT TGGCAAGACC TCGACAGCAG AAACCATTGC
CCATCAATGG AAGAAGCCGC TATTGCCGAT AACCTACGGG GACCTCGGAC TATCGCCATC
GAACGTTGAG AGCAAGTTGA AGGACGTTTT TCGCCTTGCT CAGCTTTGGG GCTGCATCCT
TCTCTTGGAC GAGGCAGATG TCTTTCTCTC CGAGAGAAAA GCAACGGATC TCGAGAGAAA
TGCTCTTGTT TCCGGTGGGT TTCCTTCACA TGGTGCAGAA TCATCACTAA CAGTCAGCGC
TTTCACAGTC TTCCTGCGGG TCCTGGAATA TTACATGGGA ATCCTCTTTC TCACCACCAA
CCGCGTAGGC ACTATTGACG AGGCCTTCAG GTCCCGCATT CACATTAGCC TCTACTACCC
TGACCTTGGT AAACGCGAGA CCAGGAAAAT CTGGAAGTTG AATCTCGACC GCTTAAGAGC
CATCGAGGAA GAGAGGGCTG GCACAACTGG CAAACCGGCT CTGACAATTG ACGTCGATGG
TATAAAGAAC TTCGCTCTTG AACACTACAA GTCAAGTCAA CAAGGTAAAG GCAGGTGGAA
TGGAAGGCAA ATCAGGAACG CATTTCTCGT AGCGTCAGCG CTCGCCCGCT ACGAGAAAGA
GCACCCGGAC TCAAAGTCCC AGCCCTCGAT CAACACGTCG CCGTACAACA CGTCGTCTTA
CGACATTTCA GCAAGACACT TCAAGGTTGT GGCAGAAGCT GGGGTGGGCT TTGACAAGTA
CCTCTACGAA ATCAAACGCA AGACTCCGGG AGAGCAGGCC CTCTTGCATG GTTATCGCAT
TGACTCGGTC ACCCATAAGT CGCCTCAAGA GCCTGGCAGC CAGTTTACTG CAGGCCAGGG
GGGTATACCT CCAAGCAACC AGGGTCTCTT TCCCGGTCAG TCGAGTCCAT CCCTACAGGG
GCATTATGAT GGCCTCCAAG CCCATAATCC TGGATCCCGT CAGTCTCAAG CTCAATTTTC
TCAGTATGGC TATACAGCGG ACGGCTTACG CAGCCAGCCT TTCGTACCGC ACGGCCATGA
TCCTACTTTC AATCGTTCTC CGCAAACGGG ATACGGCCAG GAGTTTGGAA TGGGGATGGG
AATGAGGAAT GAATATAATC TTCAGCCACC TCCAGTGACT TCAAGCAAGC ATTCTTTTAA
AGGTTCTCCC AGGGGCACTC CAAGTGGATT TTCCGGCACC GCTGGGCATG GAGATGATGA
TTCTGATTCT GATGATTGA
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| Protein sequence | MSQSAMATTE PTHGQADSVA SVESPAQDNP GPKDHSDYTR ALEKRLSELE SRLLNVELHS
KESVSKRVIS GDNPESELEN AAKSPSDDDA GPEPEQLPVV REIRRLNWIN FVNRFPDQKD
AALIELLMAP PSLEDEEKKD SLFCAKLQLV GAEEAQQLMA TMRERNVFRS DAYLQSVRIS
SIPLARELVD ILGSDDDITA PLIFRRPFAP LIYHIDDFKK KLAKLEAELE KTTEEDVLSI
FPSSVVPTQT AMTASEKARA DRTTLAGDFR YLIQFLEREI LPFANLFDSS SKPETSSRHR
KTCFRDLWHL FRVGEYIYNP AATFSFQSNP KAVVNESGDQ KLWKLYRKRT VGNDFELKCY
RIDHNGEAYV CIPTTFTISY FKGEQDIVNL TVYPLRFAED HKALLQVYKE SGQKCKECIE
AKFLLHTGWA LTPESQSSLQ YIASDVILDA GEAMKLHFNW KFDSKYPSTK EWDRGYPYYL
YHVFYWRLKD QKAVSSNIQN ACWVDDWVGR KEKIDYCERV DSFLSHGING REKEYQLNDD
DIVLLPRRLF AYVLQERRFV AVETRNLSSV KDSTSGTFEN LVINPDHMSL LQSLVHSHYM
RKQIQDSGRY SVNQDIVHNK GRGLVILLHG VPGVGKTSTA ETIAHQWKKP LLPITYGDLG
LSPSNVESKL KDVFRLAQLW GCILLLDEAD VFLSERKATD LERNALVSGG FPSHGAESSL
TVSAFTVFLR VLEYYMGILF LTTNRVGTID EAFRSRIHIS LYYPDLGKRE TRKIWKLNLD
RLRAIEEERA GTTGKPALTI DVDGIKNFAL EHYKSSQQGK GRWNGRQIRN AFLVASALAR
YEKEHPDSKS QPSINTSPYN TSSYDISARH FKVVAEAGVG FDKYLYEIKR KTPGEQALLH
GYRIDSVTHK SPQEPGSQFT AGQGGIPPSN QGLFPGQSSP SLQGHYDGLQ AHNPGSRQSQ
AQFSQYGYTA DGLRSQPFVP HGHDPTFNRS PQTGYGQEFG MGMGMRNEYN LQPPPVTSSK
HSFKGSPRGT PSGFSGTAGH GDDDSDSDD
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