| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05280 |
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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 | BN001305 |
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| Strand | + |
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| Start bp | 3024898 |
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| End bp | 3028605 |
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| Gene Length | 3708 bp |
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| Protein Length | 849 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF82185 |
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| Protein GI | 259485287 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.392143 |
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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 | 42 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCCAAAA TTCGCGCACC TAAATTTGTG TCGGAGGTGA TTCATAGGCG AGCAGATGGC
TATTGGATTG ACAAGTTCTA TTATCATAAA GACGACAAAG CCCCTGGATT AATTGTGTAT
GCCCGTAACT CCAATCCCTT GCCCCTTGAT ATGTTGCAAG TCAGTTCTAA CAATCGATAT
TGGTGTTCAG GTCCGGCCTG GAAGGGAAAA TCGAATATCT TGAAAATCCT AAAAGGACTT
GTCCGTGTTC CAGTGGAGCT GAATCTCATT GGATCGACCT GGACGAAGAG TCAGAGTGTG
AAAATGAGTT TTCATCCTCA GAGGCTGAGG CAGGGGGTAA GTGCGAGCTG TTTGGACTTA
CCCATAGCGA AACTGGTCCA TCCATGGAAT GGACCTCCCA CGAAATCTGC CAACTCAACA
CACCTGTCCC CACGGCCTCT CTGGACATTA CTGGCAATGG CTTCAATGAT TTGATCGTAG
GCTATAATTT TGGTCCTACC ATGATCAACT CCAATCCTGA TGGTGGTGAT ATTATATGGC
TGGAGAACCC GGGCAACAAC CCCAACGCGG AGTGGAAGCA ACATTTTATT GGGAGATGGC
CAACGGTCCA CCGCCTTGCA GTCGGTTACT TTACCCAAAG GACGTTCCCT GAGGTCATTG
CCGCGCCGGT AGTACATGGG CCATACGATA AGGCAAGATC CCAGTGGCAT AGAGATACCC
CGGTTACTAA CTTGCTATAG AGCACCCCTA TCCCCTTGAT TATCTTCCAG AAGCCGGATC
GGAAGATAGT TAAAGAAGTG TATGCTCCTG GCGAGACCGT ATTCAAATAA ACAGTGCCCA
AAATTAACGT CTTCTTATTC GCGCAGAAAG GAGTGGAGGA AAGACATCGT GGATGATGGT
CATTTCAGGG TAGTCCACGA GATCTACGCA AAAAGGTAAC TCACGCCAGG CCCGGTCATA
TATCTTATTG GTAACAGCAT ACTAGCTTGG ATGGCCCGCA TGGCCTTGAC TCACTGCTCG
TCGCATCGAT GGACGGTGTT GCCCGTCTGT ACTACGAGGA CGGCCATTGG AAGCGAGAGT
TCATCGGCCA AGGGGAAATG AAGACGCGTT GGCAAAGAGA AAATACCTTC TTTCCTGCAG
CTGGTAACCT CTGGGGCGCT GGGACTGCAG ACGCAGGGAG GATAGGGAGC GACTCGTTTG
CCTATGTTGC TGTTAGCGAG CCATTCCACG GCCCATACGT CAGTCTCTAT ACCAAGAACG
GCCGTGGGCA GCCGGGAAAC CCATGGAAGC GCCATGTCTT GGACGTTTAC GGAACACCTA
CCCAGAAGCG ATGCTGGGGA GACGGACCTG TCCATAATAT TGTGTGTGCA GATATTGATG
GTAAGCTAGG ACTTCACCCT CACACTCGTG AGAGCATTAC GAGGCACTAA TGTCTCATCG
TTGATCCAGG TGACGGCAAT GACGAGTTTC TGGTGTCTAT GTTCGGACCG GTGGATCGTG
ATTCTAAAGG CGACACTCCC GTAAGTATTT ATCTACTTCC TCCTCTCTTC CCTGGATTCC
GGCTGAAAAC CTGAAATCGT AGGATGAGGA TGTGACGGGG GTATCTCCAA ATAAGGTGAG
TACGCAAGCG CAGGGGCATT GCGCAAACCA TGATGGACAT TATTGCTGAG TGTTCCTTCT
AGGGAATCTG GTGCTATAAG ATACTTGATC TTGATAAAGG CCTTGTTTCT AAATGGCACC
TGCCACCTGG AACATCATCG GCTCGATGTA TTGTCGGCGA CTTCTATGGA AACGGAAGGG
CCGATTTAGC CTCGCTAAGC TACCATGTAA AAAAGTACTA CCGAGAAAAG GACCCAGTTG
TCACTCTATA CAAAAACCAA CTCAGCTTCC CGTCCGTCTC TCCACAGATC AATGGAATGA
TTTGGGGAGA GGAAGGGATG GTTTACTTGC CTCGACCTGA GAGTCTCAAG CATCACTTGA
AGAAAGAACT GATGGTCGTG GCAAATTACT TAATCCGGGT TGAGGTGTTT CCTCCTAAGC
ACAAGGTGCA CCTCAAGAAA CAAGATGGCG TTAAGGTAAT ATTCGGATCT TTAAGTGAGG
GACAAAATGT GACCCGTCGG CCTCTTGGAG GGGCGCCGTT CCCAGCAAAG GAGTCGCTGA
AGCCCCGTGG TATATATGAC ACTGTGCTAA AAGCGGATGA ACGGTTGGGG GCAATCTTTC
TTCGCTTAAA AGAACAGAAT ACCCCCGGCC CATGGAAAGA AGCAAAAGAT GTACCAGTTA
AGACCATTTT CGATCTCTCG AGTCAGGGTA TTGACTTCCC TGAGCTCAAG TTCGTCAAGG
TCGAAAAGCT ATGGTGGGGC GGTGACTTCA AGGACTATGA CTTCTATAAT ATGAGCGGGT
TTCATTTCTG CCTGCAGGAT AATAAGCAAA ACCTCTGCCA TATGCAGTTC TGGACAGCAG
GTAAGGAGAT CCAGGGCGGG TATATTTAAG AGCGATACAC TGACAAGATA AACACCAGGG
CCGAATGTGA ATGCCGAATA CCATGATCAT CATGATAACG CCTTCAAAGA GCTCCATACC
TGTCTCTCCC AGGGTACCCC CGGCGACGAC GAAACAAAGC TTGGTGGTAT GTGGGCACCA
GAACCCTCAA CCTGTGACTC CATCATCCCA TCCGTGGAGC CATTGTCGCT TGGGAATGAA
GCATTCCCGT CTCCACCAAA AGATGTGAAG CATTGTGGCT TGAAACCGTT GGAGGAGCAT
GGCCGAATAT GGCATGAAGA TGCTACCGGA AACGCCGTCT ACCGAAAGAA CGATACGGTC
TCTTACCCCC GCCATCAGTG GGCAGCTGGC GACGGAGGCG AGAACAAATG CATCGATGTA
TGGATGGCTC TCGAATTCGA TGCGTGGTTG GGTTTCGATC TGTAGTCTTT TGGTTTATTA
TCTGGATGCT GCTCCCCTGA CCCAATATAT TAATATAGTT ATATTGGGCA TCAAAAGTAC
TGTATTCTAT ATTTGCGCTT CTGAAACGAC AGAGGCACCG GTCGTTTTGT TGGTCAACAG
TGGCAACAAG TATTATATAA AATATGTATA TCTTTTTAAT CTTTAGTCCC TTCTTAGGCT
TAGGAAGGAG TTAATAAGTT TCATAACTGA CTATATTGTA AGTGTCTAAA TCTCTGTTTC
TCTCTTTGCT GTGCTTTTGT CCCTCTATCC ACAATCCCCG TCAAAGTCTC AGGCAACGGC
TGAAAGATCT TTGCATCTAT TGAAAAAATA ATATCTTCCT TTGATGAACG AACCATCTTT
GTAACCCCAG AAATAATCTA TAGGCCGTTC TCAGTTCCGT GCCGCGTAAG TTGTTGTTTG
ATACCCTTTT CCAGGCTTGG GCATTCCTTA ACCTAAACCT GACCTCGAAA GCCAAGTTTC
GCAGTCTCTT TATCAGCAAA CGTTGCGAGC AGCTTCAGGT GTCAATACAC CAGGACAAAA
GCGATTAGTA TAATTTCGCC AAACCCAAAC TTGTCAATGG ATCCAGCTAT TCAATGGGCA
AAGCTGATGT CGAAAGCAAC TATTGTCGGT CATGTTGATG ACCCCGGGGG ACATTATGGC
TGGCAAGGGG CTTCCATGTA CATCCTCCCG CTGTGGAAGC GGCAGATCTT TCAACGAAAG
TGGTTAAGTA GTTCGACTGG CGGTAACAAT CTAGTACACC TCAGGTAG
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| Protein sequence | MSKIRAPKFV SEVIHRRADG YWIDKFYYHK DDKAPGLIVG AESHWIDLDE ESECENEFSS
SEAEAGGKCE LFGLTHSETG PSMEWTSHEI CQLNTPVPTA SLDITGNGFN DLIVGYNFGP
TMINSNPDGG DIIWLENPGN NPNAEWKQHF IGRWPTVHRL AVGYFTQRTF PEVIAAPSTP
IPLIIFQKPD RKIVKEVKEW RKDIVDDGHF RVVHEIYAKS LDGPHGLDSL LVASMDGVAR
LYYEDGHWKR EFIGQGEMKT RWQRENTFFP AAGNLWGAGT ADAGRIGSDS FAYVAVSEPF
HGPYVSLYTK NGRGQPGNPW KRHVLDVYGT PTQKRCWGDG PVHNIVCADI DGDGNDEFLV
SMFGPVDRDS KGDTPDEDVT GVSPNKGIWC YKILDLDKGL VSKWHLPPGT SSARCIVGDF
YGNGRADLAS LSYHVKKYYR EKDPVVTLYK NQLSFPSVSP QINGMIWGEE GMVYLPRPES
LKHHLKKELM VVANYLIRVE VFPPKHKVHL KKQDGVKVIF GSLSEGQNVT RRPLGGAPFP
AKESLKPRGI YDTVLKADER LGAIFLRLKE QNTPGPWKEA KDVPVKTIFD LSSQGIDFPE
LKFVKVEKLW WGGDFKDYDF YNMSGFHFCL QDNKQNLCHM QFWTAGPNVN AEYHDHHDNA
FKELHTCLSQ GTPGDDETKL GGMWAPEPST CDSIIPSVEP LSLGNEAFPS PPKDVKHCGL
KPLEEHGRIW HEDATGNAVY RKNDTVSYPR HQWAAGDGGE NKCIDSLLRL RKELISFITD
YIAVLSSVPP IQWAKLMSKA TIVGHVDDPG GHYGWQGASM YILPLWKRQI FQRKWLSSST
GGNNLVHLR
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