| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05161 |
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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 | 1131827 |
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| End bp | 1135139 |
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| Gene Length | 3313 bp |
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| Protein Length | 785 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 | CBF80990 |
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| Protein GI | 259484615 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 27 |
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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 | 41 |
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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 | ATGATCGCCA GCTACCTCCC CAACAGCAGC ATCAAGACCC TTCGTATGAC TTGCAAACCC
CTCTGCAACA CCGTCAGCCT TCGCCTTGAC CGTGCCTTTC TCTCGGCAAA CCCACTCAAT
ATTGCTGTCT TTCGCGCAAT CGCAGACAGT GAGAGATTCC GCCATGGAAT TGAAGAAATT
ATCTGGGATG ATGCACGCTT CATCAAAGCC CCGCTGGGCG AGTTCCACAT CGCTGACGAG
CGAGAGGATC TCTGGATTGA TGAGGAGACT GGATGCCCTG AGTGGTTTGT CAATTCCTGT
AAAGAAAACA GGAAAGACCT TGAGATGGGC AACTACCCCG ACCAGGGCCG CATCGAGCAA
ATCGCACTTA TAGAGGAGCA AGCTGCTGCC GAGCCGCCCT TGAAGATCTT CTGGCAATAT
TACCAAAATC TGCTCCAGCA GCAAGAGGAC ACAATTATCT TTGATATGGA TGCTGAGGCC
CTGGAGTACG GTCTGCGCCG GTTTCCAGCT CTCAAGAGGG TAACCATCAC GCCTGCAGTG
CACGGCTGGC TTTTCACACC CCTGTATGAG ACGCCGATGA TCCGCGCGTT CCCAAAGGGC
TTCAACTACC CAATTCCCCG CGGCTGGCCG GACAACCCCG AGGGGACGTT CACACCAGAA
GCAACGCCGT GGGAGGACGA GGCCACACGG AAAGACTTTC GGGGCTTCGG CATTGTAACG
CGCGCCCTGG CCTCCTATGC GGACCACCAT GTCTCTGAGC TAATTATAAC TGCTAACACC
CTTCAGACAG GGCTCAACTG CTGCGTCTTC GAAACCCATA ATGCGCAATA CACTGACTTT
GCGGCTATCC TTCGCAAACC GGGCTTCGCC CGTCTCGACC TCTCCCTTTT AGTCTGCGGC
CAGGAACGCA CGGGATGGCC CGCCTATAGG GATGGACTTC TCCGTCGCGC TCTCAGTGGA
GCCCACGGCC TTGAACATAT TAGTCTATCT ACAAATATTG AGGAGGACCC GGCGTCCGAC
AGTACCATTC CTTGGAGCGC GGGCGGTCGT GATCAACTCG TCCCGCTCCG CACAATCTTC
CCAGTTGATG AGTGGAAGTC CCTTCGCCAT TTCAGTCTCT CTGGCTTTCA TGTCGATAAG
GATGACATCA TCTCCTTCCT CTTCGCACTA CCGCCGACCC TCCGCTCCGT GTATCTGGGG
TTCCTCTACT TTGTTGACCA CGGTGGCTCC TACCGTGAAC TCCTCATAGA CATGCGTGAT
CAACTGGACT GGCGGAAGCG AGACCCTGCA GATAGACCGG TCGTCTCGCT CGCCAAACCT
ACCTCTTATA ATCGGATCGG GCATGCGGTC TGGCTTGATA ATGAGGTATG TGAGTTCTTG
TACGGGGAGG GCGAGAACCC GTTTTGGAGT CGTGGTATTG CTGTGGATGC CAAAGGACTG
ATTCGGGATG CGTTTCTGCC TGGAGTCGAG TGGAAGAATG AAGGCGACTA GGGGAGCGGG
CTTGGGGTAA GACAGGGGCT GTTTCTTTTA TTTTCTTTCT ACAAGAGCGA GATAGATGGC
TGAACATGTG TATATACCTG GCCACTATAT GCAGAGGGGT TATATGCAGC TAGTACATGA
TGTTATCCAT TACCACTTTT TCTTACTATT CTTTTTTTTG GGAGCTTCAA ATTCGAAGAG
AGTGTACACA CCATTAAGGA GAACTATCTT TCTCCTTAAC CCACTCATTT TTTAACTTTT
TTTTAGAAAA GACGAAAAAT AAGGAACTAT GCTAGCCCAG CACATACATA CACATCCGCC
TGCAACCCCG AGGACCTGCA CGTTCTGATC CCTCGAGTCG ATGGCCAGGC GACCATGGGT
ACCAAGAAGG TGACAGCATG CGGGAACAGT CACTGGCTGA CTGGCGACTG GCGTTATCCG
GCATTTCCCA GCCGTCCTGA CTACGACTGG GAAGGAATCG AGAATGGCGC GCGGGACTCT
ATCTCATGCT ACTGGGGCAA TACCTCGGAC AGCTGCTCCA ACTGGGCAGT AGGAGGCCTG
ACCAGCCACG ATACCAGATG GGCCAGGGAC ACGAATGGCA GCCCAACGAG GATAAGAACG
AATTATCAGA GTACGAATAT TCCCTTTCCT TGGGGCTATC TGGTAGAACT GACACATTGC
TCCAGCCGAA CATGTCTTTG AAGGCCAGCT CATTGGCGAC TTCTTTGATT GGTGGCTGGA
GCAGGGCAAG ATAAAGAACC AGAGGCCAAT ACCTGCCAGC GCAAGCAGCA AGTTCCCTTG
TTCGAGTTCA GAAGACTATT TCCTGAGACC GCGCGCCTAC TACCCATGGA CACTTGACGG
AAAACAAACT GCATTTATCA ACGTTCTCCT GTCCGAGCTA GGTAGCAAAA ACCGCTTGGA
CCGACTGACG ATCATGCTTG CAAGACCGAA TGGGAAAAAA AGGCAGCATG AGGCACCTTG
AGCACCTTGA GCACTACCTT TGTATTGAAT CTAACTTTGC CCTTGCTCCA GATGTTTACG
GGCAACGAGC CAACAGACCG AGACAAATAC AAGCGCATGG ACAAAGACGC TCAATTGCAG
CCTGTTTAAA GAGGTGGGTA AGCCTTACTG AGTCCACTAC TATTATCCCC ATGTGCCATC
GCTCACCATG TCGTTCGCTC AGGCTTGATC GTCAGCTACC TCAATAACCA GGAAGTATGG
GACAAGTTCT GCTCCACATA TGAAGCAATC TACGGCCACT TTGGCTCGTG GGACAACTGG
CACAGACAGG CCGGGTACCC TGCCGGCCCG CTCCCCTCAA TGCAAGACGA GTGGAAGGAA
TATATTCGCG TGGTCCTAGA TTCATTCGTC CTACGGGCAC GGGATACTTT TGATTTCATG
CTTCGAGAAC GCAAGTAAGT TCTTTTCCCC TTGCGGCCTG CTATATAGCC TGTATATATG
CATACTAACG TAAGCGTAGA ACTACTCATC TCCTCGCCAC TGATCCGCCC TTCGACGGTC
ACTGGTTGTC TAACCGGTTT GTCATTAGAA TGTTTCTAAG GTTGTCCTTG GGGTGCAACA
ATATGGATGC TTCCAGGGTA TAAAGACGTG CATATAACAC ATATTCGAAG TGTATAGTCT
CAACTTCTAT CACTCATAGT TGCTGCCTTT CTAACCGTTC ACCCCTTCAT CCCTGCTCTG
GCACACCACA GGTGCCTGTC CTGCTGTTAT TGCAGATCTA CAGATCTGCC TTCACAACAT
GCCCACGCCA TCCCACTGCC CTGTCTGTGG ATGCCTGTTA GGAAATGAGA CGGTTAGGTC
TTGCATATTC GTT
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| Protein sequence | MIASYLPNSS IKTLRMTCKP LCNTVSLRLD RAFLSANPLN IAVFRAIADS ERFRHGIEEI
IWDDARFIKA PLGEFHIADE REDLWIDEET GCPEWFVNSC KENRKDLEMG NYPDQGRIEQ
IALIEEQAAA EPPLKIFWQY YQNLLQQQED TIIFDMDAEA LEYGLRRFPA LKRVTITPAV
HGWLFTPLYE TPMIRAFPKG FNYPIPRGWP DNPEGTFTPE ATPWEDEATR KDFRGFGIVT
RALASYADHH VSELIITANT LQTGLNCCVF ETHNAQYTDF AAILRKPGFA RLDLSLLVCG
QERTGWPAYR DGLLRRALSG AHGLEHISLS TNIEEDPASD STIPWSAGGR DQLVPLRTIF
PVDEWKSLRH FSLSGFHVDK DDIISFLFAL PPTLRSVYLG FLYFVDHGGS YRELLIDMRD
QLDWRKRDPA DRPVVSLAKP TSYNRIGHAV WLDNEKRRKI RNYASPAHTY TSACNPEDLH
VLIPRVDGQA TMGTKKVTAC GNSHWLTGDW RYPAFPSRPD YDWEGIENGA RDSISCYWGN
TSDSCSNWAV GGLTSHDTRW ARDTNGSPTR IRTNYQTEHV FEGQLIGDFF DWWLEQGKIK
NQRPIPASAS SKFPCSSSED YFLRPRAYYP WTLDGKQTAF INVLLSELDV YGQRANRPRQ
IQAHGQRRSI AACLKRWEVW DKFCSTYEAI YGHFGSWDNW HRQAGYPAGP LPSMQDEWKE
YIRVVLDSFV LRARDTFDFM LRERKTTHLL ATDPPFDGHW LSNRFVIRMF LRLSLGCNNM
DASRV
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