| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00855 |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 2212229 |
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| End bp | 2215359 |
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| Gene Length | 3131 bp |
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| Protein Length | 1011 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | DNA-dependent ATPase (Eurofung) |
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| Protein accession | CBF88651 |
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| Protein GI | 259488860 |
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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 | 21 |
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| Plasmid unclonability p-value | 1 |
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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 | 38 |
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| Fosmid unclonability p-value | 0.549479 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTCTTTA AGCCCTTCAA GCCGCTCTCG ATAAGGAAGC CACCTCAGCC TGCCGATCCA
ACCCAAAAAC CATCCATAAA GCCTCTCGAA ACCGATGACG GCCCGCCTGC AAAGCGGCCA
CGACTGTTTT CCCAGGATAC AAGCAACACT GAGAACACGC GTACTACGTT AGCGAACCAG
AGGAAACCTT TGATTCAGGT CACTAATGTT AGCGAGGCGT CTGCCCTTAC TAGCGGCGGA
AGTGGCGATG GAAGTGCATA TGTAGACTCA TCCTTGCCTG AGGCGAGGTA TTTCAACGTG
CTATGGTAAC CCAGAACCCT GATTTACACG ATGTTCATTT TACTCTCAGG AATTGTATGG
ACTAACATCT ACTGGCTCAT AGGCGGAAAC CCACCACAAA AAAGAACAAG ATTTGGGACG
GCGACGGGAT TGTCTCAGTG CGAGATGGAT ACGTCTATCT GCAGGATATC TCGGGGAGGG
CTATGGGCCG GGCGATGTAT GGTTCTGTCC TGAAGCCGGG CGTCATACTT TCGGTCGGAG
GAAAAGAAGT TGAAATTGAT ACGGAGATTC CCAAGGAAGA GTATCTCTCT GGGAAGCGGT
CTTTAATGAC TAAAACCGAG GCCCCGACGC CGCCATCGCT TACAAGGCCA TTACCATCAA
AGAAGACGTC TGTTCCCGTG CTGATGAGCC GGGAGAAAGA TATATCTCGA TCCGAAATAT
CAGCACCTAG TCCGGGACTG GCCGAGACCC GGGTTAAGGA GAGTCAGGCC GCGAACTTAG
CAAGTCGAGG GTCTATTTCA GGGGCTTATA AGAGGCCTTT ACTCGAGAGC ACGGTTATGC
CAGCTGCTTC GTTAGATGAG CCTACTCCCC GCCATGATCC TAAGCAGCCT GGGGCATTGA
TAATGAAGCG GCCGGGCTCG GCGCCCAAGG GAAAGCGCAT AGTGGATGTT GTTGTGGATC
CTATTTTGGC AAAACATCTC CGGCCGCACC AGCGCGAGGG CGTGAAGTTC TTGTATGAGT
GTGTTATGGG GATGCGATCA TTCAATGGCG AAGGCGCGAT TCTAGCTGAC GACATGGGTT
TGGGAAAGAC ATTACAGACC ATCACTCTGC TATGGACTCT ACTAAAACAG AATCCGATTT
ACGAGGCCGC TCCAGTGATT AAGAAAGCTC TTATTGTTTG CCCGGTCACA TTGATAAATA
ACTGGAGGAG AGAATTCCGG AAATGGCTCG GAAACGAGCG GATTGGGGTC TTTGTTTTTG
ATGATAAGAG GAAGCGATTG ACTGACTTTA CAATGGGAAA AGCCTATAGC ATCATGATCG
TCGGCTATGA GAAACTGAGG TCTGTGCAAG AGGGGCTGGC GCGTGGTAAT GGTGTCGATA
TCGTCATTGC AGACGAAGGG CATCGATTGA AAACGCTCCA GAACAAAAGC GGGCAAGCTA
TCCAATCATT AAACGCTACG AAGAGAATAA TCCTCTCGGG TACACCTATC CAAAATGACT
TGAAAGAATT CTTTGCCGCA GTGGATCTTG TCAATCCAGG CGTCCTGGGA TCGTTCAAGT
CCTTCATCAA GGAGTTCGAG GGTCCGATCG TGAGGAGTAG ACAGCCTGAA GCTACCGAGA
AGGACATTGA AAAGGGAGAG GCCAGAAATG AAGAGCTCCG AGAATTAACA TCTCAGTTTA
TGCTGCGGAG AACGGCCGAT ATCCTTGCAG ATTACCTGCC TCCGAAGACG GAATATGTGC
TTTTTTGCAA ACCAACCAAT ACGCAGGCGA AGATATACCA GAACGTGCTT GCTTCGCCAG
TCTTTCAGGG CGCCCTGGGT AATTCCGAAA GTGCTCTGCA GCTGATCACG ATCCTCAAGA
AACTGTGCAA TAGTCCATCT CTGCTTTCAT TAAAGGATGC CAACGAAAAG CCGAGCGAGA
CCATCGCTGC CATCTTGTCA TCCTTGCCAC CTAACCTTCT GCGTCACTTC TCCCCGTCAT
GCAGTGCTAA GATTCGCGTC CTAGACCAGC TACTCCACTA CCTACGCACA TCAACCTCTG
AAAAGGTTGT GCTTGTCTCA AACTACACTT CAACCCTGGA TCTTCTCGCC AACCTTCTAA
GCTCTCTCTC GCTTCCTTTC CTCCGCCTTG ACGGCTCCAC TCCTGCGCAA AAGCGCCAAA
GCCTCGTCGA GGACTTTAAC CGCCACCCAG CGAGCACTTG CTTTGCATTT CTCCTCTCCG
CAAAGGCCGG AGGAACCGGT TTAAACTTGA TTGGCGCCAG CCGGCTCGTC CTCTTTGACG
TAGACTGGAA CCCTGCCACG GACATTCAAG CCATGGCGCG CATCCACCGC GATGGCCAGA
AGCATCACTG CCATATCTAC CGTATCCTTC TGCAGGGCAG TTTAGAGGAA AAGATATGGC
AACGGCAGGT GACGAAGATC GGGCTTGCGG ATAGCGTGAT GGAGCATAAG GATAGTGTCG
CGCAGTTCTC GCGCGACGAA CTTCGGGACC TCTTCAGGCT GGATGTGGTG AGTAAATGCC
AGACGCATGA TCTCCTAGCC TGCGGCTGCG GTGGGAAAGG GTATTCCACC GCTTCAGGTA
ATGACCATAC GCCTCAACAA GAACCGGAAG GACTCAGTGA AGATGATGAC GAGTCAGACA
TATCCTGCCT AAAATTTCCA ACCCTTATGA AAGCCACTGA AGTGAACATG GAAGAACAAG
AACGATTTTT TGCAACAGGA GGCAGAGGCC CACGTGCGTC AGTATTGACG AGTAAGAACT
CTGGCAGCGG GAACACCAAC AGCAGCAAGC AGAAAATAAA AGAAAGCCTC TCTCACTACG
TACACATCGA CCCCTCTCTT TTCATGCCAT CGACATCGAC ATTGGAAAAC TTTGGGGCTG
GGGGTCTTGA TCAAGTCCTG GGGGATGAGG TCTTGCGTTC TCTTTTAACA GACGAGGAGA
ACCGGGTGCA GTTTTTGTTT AAGAAGTCGA CGGAGCCCGA GGTGAAGCAA ACGCCTTTCG
CGGCCGATGA TGGCGCCGGG GCGACGCCCA AGTCCAGGAC CAACTCCACG TGTAGATCCG
AACCCGAAGA TGGAGCCGAA GCTAGGGCAG GAAATGGCAC GGCGGACTCA CCAGTGGATT
TATCGGATTA G
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| Protein sequence | MVFKPFKPLS IRKPPQPADP TQKPSIKPLE TDDGPPAKRP RLFSQDTSNT ENTRTTLANQ
RKPLIQVTNV SEASALTSGG SGDGSAYVDS SLPEARRKPT TKKNKIWDGD GIVSVRDGYV
YLQDISGRAM GRAMYGSVLK PGVILSVGGK EVEIDTEIPK EEYLSGKRSL MTKTEAPTPP
SLTRPLPSKK TSVPVLMSRE KDISRSEISA PSPGLAETRV KESQAANLAS RGSISGAYKR
PLLESTVMPA ASLDEPTPRH DPKQPGALIM KRPGSAPKGK RIVDVVVDPI LAKHLRPHQR
EGVKFLYECV MGMRSFNGEG AILADDMGLG KTLQTITLLW TLLKQNPIYE AAPVIKKALI
VCPVTLINNW RREFRKWLGN ERIGVFVFDD KRKRLTDFTM GKAYSIMIVG YEKLRSVQEG
LARGNGVDIV IADEGHRLKT LQNKSGQAIQ SLNATKRIIL SGTPIQNDLK EFFAAVDLVN
PGVLGSFKSF IKEFEGPIVR SRQPEATEKD IEKGEARNEE LRELTSQFML RRTADILADY
LPPKTEYVLF CKPTNTQAKI YQNVLASPVF QGALGNSESA LQLITILKKL CNSPSLLSLK
DANEKPSETI AAILSSLPPN LLRHFSPSCS AKIRVLDQLL HYLRTSTSEK VVLVSNYTST
LDLLANLLSS LSLPFLRLDG STPAQKRQSL VEDFNRHPAS TCFAFLLSAK AGGTGLNLIG
ASRLVLFDVD WNPATDIQAM ARIHRDGQKH HCHIYRILLQ GSLEEKIWQR QVTKIGLADS
VMEHKDSVAQ FSRDELRDLF RLDVVSKCQT HDLLACGCGG KGYSTASGND HTPQQEPEGL
SEDDDESDIS CLKFPTLMKA TEVNMEEQER FFATGGRGPR ASVLTSKNSG SGNTNSSKQK
IKESLSHYVH IDPSLFMPST STLENFGAGG LDQVLGDEVL RSLLTDEENR VQFLFKKSTE
PEVKQTPFAA DDGAGATPKS RTNSTCRSEP EDGAEARAGN GTADSPVDLS D
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