| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06709 |
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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 | BN001301 |
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| Strand | + |
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| Start bp | 2870206 |
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| End bp | 2876468 |
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| Gene Length | 6263 bp |
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| Protein Length | 1999 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | guanyl-nucleotide exchange factor (Sec7), putative (AFU_orthologue; AFUA_7G05700) |
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| Protein accession | CBF71296 |
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| Protein GI | 259480296 |
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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 | 7 |
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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 | 51 |
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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 | ATGGCGGAAG CTGAGAACGA CCCTACGAAC GAGCTCAACC AAACATCAGT TACCCAGGCA
GACAAGCAGA ATGGGGTTGA TGTTGCAACA GAACCGCACG CCCCGGAGGT AGTCGCGGAG
TCAAAACCAG CATTAACCGA TGAATCAGAA CGTCAGGAGA TCCCAACAAT TAAAGAGAAT
GAGGACACAA TGGCGAACAA CCGATTGAAT GACAGCAAGA ATAACCTGCC TCATGAGCCC
TCCGTAACGT CTCCGGATAC TACCACTGAT TCAAACGAGC CTACCGACGA ACCAGAACAA
CCACATACAG AAGGTGATCA ACTCGAAACT CTGCAGCAAG ATCAGCCTCC TGCTTCGGAC
GAACAACTGA ATGAAGCTCC AGATGCGCCG TCAACTCGCG ATGAGCAGCT TGCCCAGGAT
ATGCGACAGC GATCGGACTC GCGATCGACT ACCGCAACCT TCGCTACCAA TCGGTCCTCG
GTAGTCAGCT CTACTGTTTT TATTGTGACA GCTCTGGATG CAATTGGTGC GTCGCGGGAA
GCTCGGAAGA GCAAAGAGCT GGAGGACGCT GTAAAGAATG CGCTCGCCAA TGTCAAGCAG
TCGGACCGCC AACCTATCGA CCCGGAGATA CTGTTCTACC CTTTATTACT CGCAAGCAGG
ACTCTAAGCA TTCCCTTGCA AGTAACGGCT CTCGATTGCA TCGGCAAGCT AATCACCTAC
TCTTATTTTG CATTTCCATC GGCGCAAGAA GCCAAGCCAT CGGAGGCAGA TGCTACGGCA
GAGCAGCCTC CTCTTATAGA GCGAGCCATT GACGCTATAT GCGATTGCTT CGAAAATGAA
GCTACGCCAA TCGAGATCCA ACAACAGATA ATCAAATCCC TTCTGGCTGC AGTATTGAAC
GACAAAATTG TGGTGCATGG AGCAGGTCTT CTGAAAGCTG TTCGGCAAAT CTACAACATG
TTTATTTACT CAAAGTCCAG TCAGAACCAA CAAATCGCTC AAGGATCCCT CACACAAATG
GTCAGCACGG TCTTTGACAG ACTGCGCGTT AGACTTGATC TACGGGAATT GCGCATCCGT
GAAGGCGAAA AGGCGCAGGC GGGGTCTTCG GAAAGTGTGA CTATTGAGCC TGTCGTTAGC
CCGCCATCTG CTGAGGACGA TCAGGCATCT GATGTTGCTT CTGTAGCAGC GGATCAACCG
GTCTCCAAGG AGCCAACGGA AAAGCTCACT TTGGAGAGCT TCGAATCGAA CAAAGATGTT
ACAACAGTCA ATGATAACGT ACCAACAATG GTCACCCGCG CCAACATTAA TCAGAAAAGA
ACGCAGTCTT ACTCAGGCAC TTCCTCGGAG GAGAAAGAGG CTGAAGATGC TTCAAGTAAC
GAAGACGATG TGGACGAGAT TTACGTCAAA GATGCTTTCC TCGTATTCAG AGCTCTTTGC
AAGTTGAGTC ATAAAGTCCT CAGCCACGAG CAGCAACAGG ACCTCAAGTC CCAGAATATG
AGATCCAAAT TGCTATCTCT GCACCTAATC CACTACCTCA TCAATAACCA CGTCATTATC
TTCACCACAC CCCTTCTCAC ACTAAAAAAC AGCTCAGGTA ATTTGGAAGC GATGACCTTC
CTTCAAGCGA TTAGACCTCA TCTCTGTTTA AGTCTCAGTC GAAACGGCGC CAGCTCAGTA
CCGAAAGTCT TCGAGGTCTG CTGCGAAATA TTTTGGCTCA TGTTAAAACA CATGAGAGTC
ATGATGAAGG TTCGTGGTTT CTGAAATTGA CTTTGGTATG TCTAACCAGT AGCAGAAAGA
GTTAGAGGTC TTCATGAAGG AAATATATCT AGCCATACTC GAGAAGCGAA ATGCACCGGC
CTTTCAAAAG CAATATTTCA TGGAGATATT AGAGCGACTG GCAGACGAGC CTCGTGCATT
AGTCGAGATG TATCTCAACT ACGACTGTGA TCGCACTGCC CTGGAGAATA TTTTCCAAAA
GTTTGTTCTC CATTTCAGTC TGAGAAGACG AAGAATCTGA CAAATTTCGC AGTATCATTG
AACAGTTATC ACGATACGCT AGTATCCCGA CAGTCGTGAA CCCTCTCCAA CAACAACAAT
ACCACGAATT GCATGTGAAG GCTTCCAGTG TTGGGAACGA ATGGCACCAG CGTGGCACCC
TTCCCCCAAA TCTGACGAGC GCCAGTATAG GAAACAACCA GCAACCACCT ACGCATAGTG
TGCCCTCAGA ATACATCTTA AAACATCAAG CTGTCGAGTG CCTTGTTGTG ATTCTGGAAT
CCTTGGACAA CTGGGCCTCA CAACGTAGCG TTGACCCGAC TGCCGCCCGG ACCTTTTCAC
AGAAGTCTGT TGACAACCCA CGAGATTCCA TGGACAGCAG TGCCCCTGCG TTCCTCGCCT
CTCCAAGGGT TGATGGTGCC GACGGCAGCA CTGGTCGGTC TACTCCAGTT CCTGATGACG
ATCCAAGCCA GGTAGAGAAG GTCAAGCAGA GAAAGATCGC GCTCACAAAC GTGATCCAAC
AGTTCAACTT CAAACCCAAG CGAGGCGTTA AGCTTGCCCT CCAAGAAGGC TTCATACGGT
CTGACTCTCC CGAGGACATT GCAGCTTTCA TACTTCGCAA TGACCGCTTA GATAAGGCTA
TGATCGGAGA ATACCTTGGT GAGGGCGACG CCGAAAACAT CGCTACCATG CACGCTTTTG
TTGATATGAT GGACTTTTCC AAGCGGCGCT TCGTCGACGC CCTCCGCTCA TTCTTACAAC
ATTTCCGCCT GCCCGGAGAA GCCCAGAAGA TCGACCGTTT CATGCTCAAA TTCTCTGAGC
GTTATGTTAC TCAAAATCCG AATGCATTTG CCAACGCCGA TACGGCGTAC GTGCTTGCGT
ACTCTGTTAT TCTGCTTAAC ACCGACCAGC ATAGCTCCAA GATGAAAGGC CGTCGCATGA
CTAAGGAAGA CTTCATCAAA AACAACCGTG GTATTAATGA CAATCAGGAC TTGCCTGATG
AATATCTTGG TTCAATCTTC GACGAAATCG CAAACAACGA GATTGTTCTG GACACCGAAA
GAGAGCAAGC TGCAAATGCC GCCCATCCCG CACCTGTTCC TAGCGGTCTT GCATCAAGGG
CTGGGCAAGT CTTCGCAACG GTTGGAAGGG ATATACAGGG CGAGAGATAT GCGCAAGCCT
CTGAGGAAAT GGCCAACAAA ACTGAGCAAC TCTATCGCAG TTTGATCCGA GCTCAACGGA
AGACTGCGGT GAAAGAGGCA CTTTCACGCT TTATCTTCGC AACGTCCGTC CAGCACGCTG
GGTCCATGTT CAATGTTACT TGGATGTCAT TTCTCTCCGG CTTGTCCGCA CCCATGCAGG
ATACCCAAAA CCTTAAGACA ATCAAGCTCT GTATGGAAGG TATGAAATTA GCCATACGAA
TCAGCTGTAC GTTTGATTTG GAAACTCCGC GGGTTGCCTT CGTCACTGCC TTGGCGAAGT
TCACAAACCT GGGCAATGTC AGGGAGATGG TCGCAAAGAA TGTCGAGGCA GTAAAGATAC
TGCTTGATGT CGCGCTTTCA GAGGGGAACC ATCTAAAGAG CTCTTGGAGA GATATCCTCA
CATGCGTCAG CCAGCTGGAC AGGCTTCAAC TGCTCAGCGA CGGGGTCGAC GAGGGATCCT
TGCCAGATAT GTCACGCGCT GGCGTTGTGC CTCCGTCTGC GTCCGATGGC CCCAGAAGGT
CAATGCAGGC ACCAAGGCGT CCTCGCCCCA AGTCCATCAC AGGCCCTACA CCTTTTCGAG
CCGAAATAGC AATGGAAAGT CGCTCAACAG AGATGGTGAA GGGTGTAGAC CGGATCTTTA
CCAACACAGC TAATTTGTCC CACGAAGCTA TCATCGACTT CGTTCGGGCT CTTAGTGAAG
TGAGTTGGCA AGAGATTCAG TCTTCTGGCC AGACGGCCTC TCCTCGCACT TATAGTTTGC
AGAAGTTGGT TGAAATCAGT TATTACAACA TGACACGAGT CAGAATTGAA TGGTCCAAGA
TCTGGGAAGT TCTCGGGCAG CACTTTAACC AAGTTGGATG CCATTCGAAC ACAACGGTGG
TTTTCTTCGC GTTAGATTCA CTCCGTCAAC TATCAATGCG TTTTATGGAG ATTGAAGAAC
TACCAGGATT CAAATTCCAG AAAGACTTCC TCAAACCGTT CGAGCATGTC ATGTCCAATA
GCAATGCTGT TACTGTAAAG GACATGATCC TCCGTTGCCT CATACAGATG ATTCAGGCTC
GCGGAGACAA CATCCGTTCT GGTTGGAAAA CGATGTTTGG TGTCTTCTCG TTTGCGGCTC
GAGAGCCTTA TGGTAGGTTT GGCACTACCA GCGCTTTATA CAACGATATC GGCTAATGGC
AGATACAGAG GGCATTGTGA ATATGGCATT CGAGCACGTT ACTCAGATCT ACAACACGCG
CTTCGGTGTC GTTATTACGC AAGGAGCCTT CCCTGACCTT GTTGTATGCC TCACAGAGTT
CTCTAAGAAC ACGAGATTCC AGAAGAAGTC ACTACAGGCA ATCGAGCTTC TAAAGTCGAC
GGTCGCCAAA ATGCTGAGGA CTCCAGAATG TCCTCTATCT CACCGTAGCT CTACGGAAGC
CTTCCATGAG GACTCCACTA ACCTCACTCA GCAACTCACT AAGCAGTCCA AAGAAGAGCA
ATTTTGGTAT CCTATTTTGA TTGCGTTCCA AGATATTCTC ATGACTGGCG ATGATCTTGA
GGCTCGGTCA CGGTAAGCTG CTTCGATTAC AGTATTTGGA CTATTTACTA ACTCCGAACA
CTAGGGCCTT GACATACCTT TTCGACACCT TAATACGTTA CGGAGGTAGC TTCCCTCAAG
AATTCTGGGA TGTCCTCTGG AGGCAGCTCC TGTATCCCAT CTTCGTTGTT CTGCAGTCCA
AATCGGAAAT GTCCAAGGTA CCAAACCATG AGGAGCTTTC CGTATGGCTC TCAACCACAA
TGATCCAGGC ATTGCGCCAT ATGATCACGT TGTTCACCCA TTATTTCGAT GCACTTGAAT
ATATGCTTGG GCGTGTTCTT GAACTCCTCA CGCTATGCAT ATGTCAAGAG AACGACACCA
TCGCGCGAAT CGGCAGCAAT TGTCTGCAGC AGCTGATCCT GCAGAATGTC GAAAAGTTCC
AGAAAGACCA CTGGAATAAG ACAGTTGGTG CATTCATCGA GCTTTTTAAC AAAACTACTG
CATATGAACT GTTCACGGCT GCAACAACTA TGGCGACTGT GACACTAAAG ACACCCTCTG
CTCCGACTGC AAATGGACAG TTAGCAGACA CCCATGATAC GGTGCAGGAC CCAACCGAGT
CATCGCCAGC TCAAGAAACC TCAACTGAAC CCCCCAAGCT CAATGGGACA CAAGACACGA
CAGCCGAGCA CGAGGACGGC GATATGCCAG CAGCTTCAAA TACTGAGTTG GAAGACTACA
GGCCACAATC AGATACCCAG CAGCAACCGG CTGCAGTCAC TGCCGCACGT CGTCGTTATT
TCAATCGTAT TATCACAAGT TGTGTACTTC AGCTGCTCAT GATTGAGACA GTCCATGAAT
TATTCTCCAA CGATAAGGTT TACGCACAAA TACCCAGCCA CGAGCTTTTA CGGCTTATGG
GTCTGCTGAA GAAGAGCTAT CAGTTCGCGA AAAAGTTCAA CGAAGACAAA GAGTTGCGAA
TGCAACTTTG GCGGCAAGGA TTCATGAAGT CGCCGCCCAA TCTTCTCAAA CAGGAGAGTG
GAAGTGCTGC TACTTACGTC CACATTTTGT TCAGGATGTA CCATGACGAG CGCGAAGAGA
GGAAGAGCAG CCGTAGTGAA ACAGAAGCGG CTTTGATTCC GTAAGTATTT GGGCAGCATT
TGTGGAGGCA CACGTTCGCT AATACTTTTT CTTTTCATTC CAGCCTCTGC GTCGACATCA
TTAGCGGGTT CGTTCGACTT GATGAAGACT CACAGCATCG TAACATAGTG GCTTGGCGCC
CTGTTGTTGT GGACGTTATC GAAGGTTACA CAAACTTTCC CGCCGAGGGC TTCGACAAGC
ACATAGACAC ATTCTATCCC CTTGCTGTCG ATTTGCTTGG CCGCGAGCTG AACTCGGAGA
TTCGTCTCGC AATTCAAGGC TTGTTCCAGC GGATCGGAGA GGCGAGATTA GGTCTACCAG
TCCGGCCCAC GCCCACACCC GTTAGTCCCC GACATTCTGT ATCGGAGCAT CCATCTCGCA
AGCATAGCGT CGGCCGGCGC TGA
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| Protein sequence | MAEAENDPTN ELNQTSVTQA DKQNGVDVAT EPHAPEVVAE SKPALTDESE RQEIPTIKEN
EDTMANNRLN DSKNNLPHEP SVTSPDTTTD SNEPTDEPEQ PHTEGDQLET LQQDQPPASD
EQLNEAPDAP STRDEQLAQD MRQRSDSRST TATFATNRSS VVSSTVFIVT ALDAIGASRE
ARKSKELEDA VKNALANVKQ SDRQPIDPEI LFYPLLLASR TLSIPLQVTA LDCIGKLITY
SYFAFPSAQE AKPSEADATA EQPPLIERAI DAICDCFENE ATPIEIQQQI IKSLLAAVLN
DKIVVHGAGL LKAVRQIYNM FIYSKSSQNQ QIAQGSLTQM VSTVFDRLRV RLDLRELRIR
EGEKAQAGSS ESVTIEPVVS PPSAEDDQAS DVASVAADQP VSKEPTEKLT LESFESNKDV
TTVNDNVPTM VTRANINQKR TQSYSGTSSE EKEAEDASSN EDDVDEIYVK DAFLVFRALC
KLSHKVLSHE QQQDLKSQNM RSKLLSLHLI HYLINNHVII FTTPLLTLKN SSGNLEAMTF
LQAIRPHLCL SLSRNGASSV PKVFEVCCEI FWLMLKHMRV MMKKELEVFM KEIYLAILEK
RNAPAFQKQY FMEILERLAD EPRALVEMYL NYDCDRTALE NIFQNIIEQL SRYASIPTVV
NPLQQQQYHE LHVKASSVGN EWHQRGTLPP NLTSASIGNN QQPPTHSVPS EYILKHQAVE
CLVVILESLD NWASQRSVDP TAARTFSQKS VDNPRDSMDS SAPAFLASPR VDGADGSTGR
STPVPDDDPS QVEKVKQRKI ALTNVIQQFN FKPKRGVKLA LQEGFIRSDS PEDIAAFILR
NDRLDKAMIG EYLGEGDAEN IATMHAFVDM MDFSKRRFVD ALRSFLQHFR LPGEAQKIDR
FMLKFSERYV TQNPNAFANA DTAYVLAYSV ILLNTDQHSS KMKGRRMTKE DFIKNNRGIN
DNQDLPDEYL GSIFDEIANN EIVLDTEREQ AANAAHPAPV PSGLASRAGQ VFATVGRDIQ
GERYAQASEE MANKTEQLYR SLIRAQRKTA VKEALSRFIF ATSVQHAGSM FNVTWMSFLS
GLSAPMQDTQ NLKTIKLCME GMKLAIRISC TFDLETPRVA FVTALAKFTN LGNVREMVAK
NVEAVKILLD VALSEGNHLK SSWRDILTCV SQLDRLQLLS DGVDEGSLPD MSRAGVVPPS
ASDGPRRSMQ APRRPRPKSI TGPTPFRAEI AMESRSTEMV KGVDRIFTNT ANLSHEAIID
FVRALSEVSW QEIQSSGQTA SPRTYSLQKL VEISYYNMTR VRIEWSKIWE VLGQHFNQVG
CHSNTTVVFF ALDSLRQLSM RFMEIEELPG FKFQKDFLKP FEHVMSNSNA VTVKDMILRC
LIQMIQARGD NIRSGWKTMF GVFSFAAREP YDTEGIVNMA FEHVTQIYNT RFGVVITQGA
FPDLVVCLTE FSKNTRFQKK SLQAIELLKS TVAKMLRTPE CPLSHRSSTE AFHEDSTNLT
QQLTKQSKEE QFWYPILIAF QDILMTGDDL EARSRALTYL FDTLIRYGGS FPQEFWDVLW
RQLLYPIFVV LQSKSEMSKV PNHEELSVWL STTMIQALRH MITLFTHYFD ALEYMLGRVL
ELLTLCICQE NDTIARIGSN CLQQLILQNV EKFQKDHWNK TVGAFIELFN KTTAYELFTA
ATTMATVTLK TPSAPTANGQ LADTHDTVQD PTESSPAQET STEPPKLNGT QDTTAEHEDG
DMPAASNTEL EDYRPQSDTQ QQPAAVTAAR RRYFNRIITS CVLQLLMIET VHELFSNDKV
YAQIPSHELL RLMGLLKKSY QFAKKFNEDK ELRMQLWRQG FMKSPPNLLK QESGSAATYV
HILFRMYHDE REERKSSRSE TEAALIPLCV DIISGFVRLD EDSQHRNIVA WRPVVVDVIE
GYTNFPAEGF DKHIDTFYPL AVDLLGRELN SEIRLAIQGL FQRIGEARLG LPVRPTPTPV
SPRHSVSEHP SRKHSVGRR
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