| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1504 |
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| Symbol | cusA |
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| ID | 4183982 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | - |
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| Start bp | 1734134 |
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| End bp | 1737283 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 638071497 |
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| Product | heavy metal efflux pump protein |
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| Protein accession | YP_678115 |
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| Protein GI | 110637908 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3696] Putative silver efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.0325139 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.186965 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTAAACA AACTTATTTC CTTTTCCATC AGAAACCGCT TTATCGTTCT GTTCATCGCA
GTAGGTGTCT TTGCATGGGG TATTTTATCC ATCACAAAAA ATCCCATTGA TGCTATTCCA
GACCTTTCTG AAAATCAGGT AATCGTATTC ACTGAATGGA TGGGACGTAG CCCACAGGTA
ATCGAAGATC AGATTACGTA TCCTTTGGTT TCAAACCTAC AAGGAATTCC AAAAATTAAA
AATGTACGCG GAACTTCAAT GTTCGGGATG AGTTTTGTTT ACATCATTTT TGAAGACGAT
GTAGATATTT ATTGGGCTAG AACCAGAGTA CTTGAGCGGC TTAATTATGC ACAGCGACTA
TTACCCCAAG GCATCACTCC TACTCTAGGA CCTGATGGAA CAGGCGTAGG ACATGTATTC
TGGTATTATT TAGACGCTAA AAATATTGAT TTAGGAGAAC AGCGTGCCTT ACAGGATTGG
TATATCAAAT TTGGCTTACA GACTGTGAAA GGTGTAAGTG AAGTAGCATC TTTTGGTGGC
TTTCAAAAAC AATATCAGAT TAACATTGAT CCAAATAAAC TTACTTATTA CAATCTCACT
TTAATGGATG TCCTCAAGGC TGTAAAAGTC AACAACAATG ATGTTGGAGG CAGAAAGTTT
GAGATGAGTG ATATGAGCTA TATCGTTCGT GGATTAGGGT ACATTAAAAA AATTGAAGAC
GTAGAAAATG TACCTGTTTC AACAAATAAC ACCATACCGA TTCGCATCAA AGATATAGCC
ACCGTGCAAA TGGGCGGTGA TATTCGATTA GGGATATTTG ACAATAATGG TGAAGGCGAA
GTTGTCGGAG GGATTGTAGT TATGCGCTAT GGAGAGAATG CAGATAATGT TATTAAAGAT
GTAAAAGCTA AATTAAAAGA TATTGAAAAA GGCCTACCCG AAGGTGTAAC CATTAAAGTT
GCATATGACA GAAGTACGTT GATTGAAGAA GCAATTAGCT CTATTAAGCA TACCTTAGGA
GAAGAAATTA TTACAGTTTC TTTAGTAGTC ATTATATTTT TGCTTAGCTG GAAAAGTGCT
TTCAGTATTA TTATTCAAAT ACCCATTACT ATTGCAGCAA GTTTTATTCT GCTGAATATG
TTTGGTATTT CCTCCAACAT CATGTCTCTT ACAGGGATAG CGCTAGCTAT TGGTGTTATT
GTAGATAACG GAATAGTCAT GGCAGAGAAC TGCCATCGAA ATTTATCTCT CAAAGTTTAT
GATGAGCAAG ATCGCCTGAA TATTATTGAA AAATCCTGTA AACAGGTAGG CCGAGGAATT
TTCTTTTCAA CCATTATTAT TATTGCTTCT TTCTTACCCG TATTTATGCT TTCAGGACAA
GAGGGGAAAT TATTTCATCC ATTAGCATGG ACAAAAACAT TTATACTTTT AGTGGATGCC
ATTTTGGCTG TTACACTGGC ACCTGTACTG ATTTCATTTT TCATGAAAGG TAAACTAAGG
CCTGAATCCA GTAATCCAAT AAACAGATGG CTTGAGAAAA TATATACTCC TATTATCACA
TGGTGCTTAA CATGGAGAAA AACGACTCTT GGAATTAACA TATTGGCTTT ACTTATTAGC
ATCCCATTAT TGATGAGCCT TGGCAAAGAG TTTATGCCAC CGCTTGATGA AGGTTCTATA
TTATTCATGC CTGTAACATT ACCAGATGTT TCTAATTCAG AGGTCAAAAG GATATTACAA
ATTCAAGACA AAATTATTAA ATCTGTACCT GAAGTTGAAT CTGTATTAGG GAAAGCAGGA
AGAGCAAATA CTGCTACAGA TAACTCTCCT ATTAGTATGA TTGAAACCAT TGTGTTATTA
AAACCAAAAT CTGAATGGAG AGCAGGTATA AAAAAAGAAG ACATTATTAA CGAATTGAAT
GCAAAGCTTC AGATCCCTGG TGTGGTGAAT GGATGGACAC AGCCCATCAT TAACCGTATT
AATATGTTAT CTACGGGTAT CCGCACAGAT GTTGGATTAA AAGTATATGG ACAGAATCTG
GATTCCATTA ATGCCTTCTC TCAAATGTTA AAAAAAGAAT TAGAGGGAAT TGAAGGTGTT
AAAGATTTGT ATGTAGAACC AATCACAGGT GGTAAGTATT TAGATATCAC TATAAAGAAA
CAAGAGATCG GACGATATGG ACTAACTGAA GATGATATTA ATATGATAGT TGAATCTGCC
TTAGGTGGAA TGAATTTAAC TACTACTATT GAGGGCAGGC AGCGATTTAA TGTAAATGCG
AGATTTGCAC AGGACTACCG CAATAGCATC GAGAAAATAA AAAGGACTCC AGTGCAAACA
ATGAATTATG GCACCATTCC ATTGTCAGCT GTAGCAGATA TAACTCTATC TGAAGGTCCT
CCTATGATCA ACTCTGAAAA TGCGATGTTA CGTGGAACAA TACTTTTCAA CGTACGGGAT
AGAGACCTTG GAAGTACTGT AGACGAAGCA ATGAAAAAAT TAAATAATAA AATCAGTAAG
CTACCAAAAG GTTATTTTAT TGAATGGAGC GGTCAATATG AAAATTTGAT TCGGGCGGAA
AGAACATTGC TCATTATAAT ACCTGTAGTA TTGGTTATCA TTTTCTTTGC TCTTTATCTA
GCCTTCCATT CACTACGAGA AGCATTTCTA AGTCTGTTAA CCATTCCATT TGCTTTGATT
GGTGGGGCTT ATATGATTTA TTTTTATCAG GTTAATTTAT CTGTAGCTGT AATGGTCGGA
TTCATTGCTT TGTTTGGAAT TGCCGTTGAA ACAGGTATTA TAATGGTTAT TTATTTAAAT
GATGCCATGC ATCAACTGGT ACTCAAAAAG AAAGAGCTAA ATGAATCCAT AACCAATGAA
GATATTCGCG AATATGTTAT TAATGGGGCA GCTAAACGCT TGCGACCTAA ATTAATGACT
GTATCCGTTG CACTATTTGG CTTAGTACCT GTATTATGGT CTTCAGGTGT AGGAAGCGAT
GTGATGCTTC CAATCGTACT GCCAATGATT GGCGGAGTCC TTACCTCTTC TACTCATATA
CTTCTTGTAA CGCCATTGAT CTTTGAGATG ACAAAAGAAT ACGAATTAAG AAAATTTGGA
AAAATAGATG TATTGGAAGT AGAACATTAA
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| Protein sequence | MVNKLISFSI RNRFIVLFIA VGVFAWGILS ITKNPIDAIP DLSENQVIVF TEWMGRSPQV
IEDQITYPLV SNLQGIPKIK NVRGTSMFGM SFVYIIFEDD VDIYWARTRV LERLNYAQRL
LPQGITPTLG PDGTGVGHVF WYYLDAKNID LGEQRALQDW YIKFGLQTVK GVSEVASFGG
FQKQYQINID PNKLTYYNLT LMDVLKAVKV NNNDVGGRKF EMSDMSYIVR GLGYIKKIED
VENVPVSTNN TIPIRIKDIA TVQMGGDIRL GIFDNNGEGE VVGGIVVMRY GENADNVIKD
VKAKLKDIEK GLPEGVTIKV AYDRSTLIEE AISSIKHTLG EEIITVSLVV IIFLLSWKSA
FSIIIQIPIT IAASFILLNM FGISSNIMSL TGIALAIGVI VDNGIVMAEN CHRNLSLKVY
DEQDRLNIIE KSCKQVGRGI FFSTIIIIAS FLPVFMLSGQ EGKLFHPLAW TKTFILLVDA
ILAVTLAPVL ISFFMKGKLR PESSNPINRW LEKIYTPIIT WCLTWRKTTL GINILALLIS
IPLLMSLGKE FMPPLDEGSI LFMPVTLPDV SNSEVKRILQ IQDKIIKSVP EVESVLGKAG
RANTATDNSP ISMIETIVLL KPKSEWRAGI KKEDIINELN AKLQIPGVVN GWTQPIINRI
NMLSTGIRTD VGLKVYGQNL DSINAFSQML KKELEGIEGV KDLYVEPITG GKYLDITIKK
QEIGRYGLTE DDINMIVESA LGGMNLTTTI EGRQRFNVNA RFAQDYRNSI EKIKRTPVQT
MNYGTIPLSA VADITLSEGP PMINSENAML RGTILFNVRD RDLGSTVDEA MKKLNNKISK
LPKGYFIEWS GQYENLIRAE RTLLIIIPVV LVIIFFALYL AFHSLREAFL SLLTIPFALI
GGAYMIYFYQ VNLSVAVMVG FIALFGIAVE TGIIMVIYLN DAMHQLVLKK KELNESITNE
DIREYVINGA AKRLRPKLMT VSVALFGLVP VLWSSGVGSD VMLPIVLPMI GGVLTSSTHI
LLVTPLIFEM TKEYELRKFG KIDVLEVEH
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