| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4462 |
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| Symbol | |
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| ID | 5092521 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 5378795 |
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| End bp | 5383135 |
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| Gene Length | 4341 bp |
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| Protein Length | 1446 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644743880 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001196782 |
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| Protein GI | 146302191 |
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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 | 15 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCTTACTA AAATCATTGA GTTTTCCGTA AGGAATAAAC TCATCATAGG GCTTTTGGTC
ATTGCGCTCA TTGGAATTGG CACCTACCAA ACCACAAAAT TACCAATTGA TGCTGTGCCC
GACATCACCA ATAACCAGGT ACAGGTCATC ACGATAGCAC CTTCTTTTGG TGCGACGGAT
ATAGAACGCC TGGTTACCTT CCCCATAGAA CAAGCAACGG GCAACATTTC CGGCACCAAA
GAAATACGCA GCTTTTCCCG TTTTGGACTC TCGCTCGTTA CCATTGTTTT TGATGATGAT
ATAGATGTTT ATTGGGCAAG ACAACAGGTG GCTGAACGTT TGCAGCAAGT GCAAAGTCAA
ATCCCCCAGG GGATCGGCAC ACCGGCATTA GGACCAATTT CTACCGGCTT GGGCGAAATA
TATCAATATG TAGTCCGTCC CAAAAAAGGT TACGAACAAA AATATGACAT CGCCGAACTG
CGTACCATTC AGGACTGGAT TGTGCGCAGG CAGTTATTAA GCGTAAAGGG GGTTGCTGAA
GTGAGTAGTT TCGGTGGCAA ACTCAAGCAA TATGAAATTG CAGTAAACCC TGACAAACTC
AATGCCTACG GGATTAGCAT CAACGATATT TTTTTGGCTT TGGAAGAAAA CAATCAAAAT
ACCGGTGGTG CATATATCGA AAAAGGGCCT ACCGTTTTAT ATGTCCGCAG CGAAGGCCTG
ATAGGCAGCC TGGAAGATAT CGGCAATATT TCCATTGCCA ATAAAAACAA CGAAACACCT
TTGTTTATCC GTGATGTGGC AAACGTGAAA ATGGGTTATG CCACTCGTTA TGGGGCTATG
ACTTACAACG ATCAGGGCGA AGTTTCGGGT GCCGTAGTGA TGATGCTGAA AGGTGCAAAC
AGCAGCGAAG TCATCAAGAA TGTAAAAGCT AAAGTAGCGC AAATACAGAA AACCCTACCC
GAAGGCGTAG TTGTTGAGCC TTTCCTGGAT CGTACCAAAA TGGTCAATAA TGCCATCAGT
ACAGTCGAAA AAAACCTGAT GGAAGGCGCA CTGATTGTAG TGCTCGTTTT GGTTTTGTTC
CTTGGGAATT TCAGGGCGGG ATTGTTGGTT GCTTCGGTTA TTCCACTGGC CATGCTTTTT
GCCATCTGTA TGATGAATTT GTTTGGGGTA AGCGGCAACC TGATGAGCCT TGGAGCCTTG
GATTTCGGAC TGATTATAGA CGGTGCAGTC ATCATTGTGG AATCGGTGAT GCACCAACTG
TCGCATAACG CCAGATTTCA GCAAATGACC AATTTATCCA AAAAGGAAAT GAATAATACG
GTAATTGGTT CTGCGGGAAA AATGATGAAC AGTGCTGTAT TCGGGCAGAT CATCATTCTG
ATCGTTTACC TTCCCATCCT AAGTTTGCAA GGTATAGAAG GCAAAATGTT CCGACCGATG
GCACAGACCG TAGCCTTTGC TTTATTGGGC GCATTTTTAT TATCGCTTAC CTATATCCCA
ATGATGAGTT CCTGGGTACT GAGCAGGAAA ATCAGCCATA AACACAATCT TTCAGACAGG
GTTATGCGTC GTGTAGAAGC CTTCTACCAA AAATTTTTGT TAAAAGCCAT CCGCATCCCC
AAACGCATTA TTGCTGTTGT TTCGGTTTTA TTTATTGTGG CCATTTTCGT GATGTCGAGA
TTGGGAGGCG AGTTTATCCC CTCTTTGGAA GAAGGCGATT TTGCAGTGGA TACCAGGGTC
TTAACGGGAA GTAACCTTAA TACGACCATT GCAAGTACCC AAAAGGCTGC TCACATCCTA
AAAACACGCT TTCCTGAAGT GATAAAAGTA GTAACCAAAA TAGGTAGCGG CGAGGTACCC
ACAGACCCGA TGCCGATGGA CGCCAGCGAT ATGATGGTGA TTCTGAAAGA CAAAAGCGAA
TGGACATCTG CCAAAACTTT TCCGGAACTA TCCGAGAAAA TGAGCAAGGC CTTGGAAGAT
GTACCGGGAA TTACCGCAGG TTTTCAATAT CCAGTAAATA TGCGGTTCAA TGAACTGATG
ACGGGTGCAA GACAGGATGT GGTACTGAAA ATTTTTGGGG ATGATTTGGA TTCCCTGGCA
GCGACGGCTG ACAAATTAGG CAAAATAATC AATACGGTTG ATGGCGTACA AAACCTTTAT
GTAGAACCTA TAACCGGAAT GCCTCAGGTT ATTATTACCT ATAACCGCCC AATGATTGCC
CAATACCATT TGTCTGTAGC CGGCATCAAC AAGGTGGTCA ATACAGCATT TGCCGGACAA
AGCACCGGTT TGGTTTTCGA AGGCGAAAAA CGTTTTGATA TGGTTGTAAA ACTAAATGCC
GACGTGCGGA AGAATCTGGA AGACGTACAG AATTTATTGA TTCCTATACC TTCTGGCAAT
CAGATTCCAC TTTCACAGTT GGCAGAAGTG CAGATCAAAG ATGGTCCCAA TCAAATTCAG
CGGGAGAATA CACAACGCAG GATTATTGTC GGCTTCAACA TAAAAGGCCG GGATGTGCAA
AGTATTGTTC AGGAATTGCA AGCCAAAGTG AATGCGCAAA TCAAGCTTCC GGCCGGGTAT
TCTATTACTT ATGGCGGTTC GTTCGAGAAT CTGAACCAGG CAAAAAGCCG TTTGATGGTT
GCGGTGCCTA TCTCATTGGC TTTGATATTC ATTCTCTTAT TTTTTGCTTT TAAATCGGTG
AAGGAAAGTT TATTGATTTA TACCGCAATC CCATTATCCA CCATTGGCGG AATTTTCTTT
TTAGCGCTTC GGGGAATGCC TTTTAGCATA AGTGCCGGTA TAGGTTTCAT TGCACTGTTC
GGCGTGGCTG TTTTAAATGG AATTGTTTTG GTCGCCGAAT TCAACCGTTT AAAAAAATCA
GGAATCAAAA ACATTGTCCG CATCGTGGTA GACGGAACAG AATCCCGTTT GCGCCCCGTG
CTGATGACCG CATTTGTGGC TTCATTGGGT TTTATTCCAA TGGCGCTGAG CAATGGTGCA
GGTGCAGAGG TACAACGTCC GCTGGCAACA GTAGTTATTG GTGGACTGAT GGGGGCTACT
TTACTCACAT TATTCGTTCT TCCTTTATTG TTCATCGCAT TTGAAAAAGG TTTTACAATG
AATCCATTCA AGAAAAAAGC AATCACATTA TTGATCGTTT CAGGGATTTC TTTAATGGGA
ATGGGTTCTG TTAAAGCACA GGAAAAAATC ACTTTAGACA GGGCTATTGC ATTGGCTGTT
CAAAATAATC AAAATTTAAG AACTGAAAAA CTAAAAGCAG ATTATGCCAA GGCCATAATC
AAAACTTCGG CTGATATTCC GCAGACCGGT ATCACGGCTG ATTACGGTCA GATCAACAGT
GCATACAACG ATACCAAGTT CGGAATTTCA CAGAATATCG CATTTCCAAC GGTTTATAAA
AGGCAGAAAG AATTGTTTAC ACAGGAATGG AAATACAGTT TGCTGAATGT TTCGTTGAAA
GAATTTGAAT TAAAAAAAGC CGTTACCCAA ACTTTTTATG CCATCCTGTT CTGGCAGGAA
AAGGAAAGGC TGCTACTAAA AGCAGATTCC TTATACGCTG ATTTTTATGC CAAATCCTTG
TTGCGCCTGC AAAAAGGAGA AAGCAATATT TTGGAAAAAA TCACTGCACA GAATCAAAAG
GCTGCTATCA ATATCCAGTT GAAACAGGTG CAGCGAGAAT TAGAAACAGC GAAGTTGCAG
TGGCAATGGT TGTTAAATTC GGATACGGTC TATAAAGTGG AATCCCCTGA AAAAATAATT
CCGCTACAGG TGGATGAAAC CAGCAAAAAT CCTGTTATAC AGGTTTTGGA ACAGCAGAAA
AATATTGCAG CGAGCCAAAC CAAAGTAGAA AAATCCAAGT TGCTGCCCGG TTTGATGATT
GGTTACAATC TCAACAGTTT CAAGGGAACC GGAGCCGATG ATAAGTTATA CAACGCTTCC
CCTCAATTCC ATTCTGTACA GGTTGGTTTT TCCATTCCTG TTTTTTCGCA GTCGCAAAGA
GCGAGAATCA ATGCTTCCAA AATCACGGAA AGTATTACCG AAAACCAATT GCAGGCTACA
AGTGCTTATT TGCAGAACCG GTATAAACAA CTCTCGGAAA ACTATCAGCG CAATTTGGAA
ATTGTAAACT ATTATGAAAG TGAAGGGCTA AAAAATGCGG CAGTCGTTAC CGAAACAATA
CAAAAGCAGT TCACCAACGG GGAAATCAAT TACCTGGACT TTGTAATGCT CATAAATCAA
GCCATCAGTA TTCAAAGTAA TTACGCTGAT GCTGTCAAAA TGCTGAACGA TACTATTATA
CAAATCAATT ATCTCAATTA A
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| Protein sequence | MLTKIIEFSV RNKLIIGLLV IALIGIGTYQ TTKLPIDAVP DITNNQVQVI TIAPSFGATD
IERLVTFPIE QATGNISGTK EIRSFSRFGL SLVTIVFDDD IDVYWARQQV AERLQQVQSQ
IPQGIGTPAL GPISTGLGEI YQYVVRPKKG YEQKYDIAEL RTIQDWIVRR QLLSVKGVAE
VSSFGGKLKQ YEIAVNPDKL NAYGISINDI FLALEENNQN TGGAYIEKGP TVLYVRSEGL
IGSLEDIGNI SIANKNNETP LFIRDVANVK MGYATRYGAM TYNDQGEVSG AVVMMLKGAN
SSEVIKNVKA KVAQIQKTLP EGVVVEPFLD RTKMVNNAIS TVEKNLMEGA LIVVLVLVLF
LGNFRAGLLV ASVIPLAMLF AICMMNLFGV SGNLMSLGAL DFGLIIDGAV IIVESVMHQL
SHNARFQQMT NLSKKEMNNT VIGSAGKMMN SAVFGQIIIL IVYLPILSLQ GIEGKMFRPM
AQTVAFALLG AFLLSLTYIP MMSSWVLSRK ISHKHNLSDR VMRRVEAFYQ KFLLKAIRIP
KRIIAVVSVL FIVAIFVMSR LGGEFIPSLE EGDFAVDTRV LTGSNLNTTI ASTQKAAHIL
KTRFPEVIKV VTKIGSGEVP TDPMPMDASD MMVILKDKSE WTSAKTFPEL SEKMSKALED
VPGITAGFQY PVNMRFNELM TGARQDVVLK IFGDDLDSLA ATADKLGKII NTVDGVQNLY
VEPITGMPQV IITYNRPMIA QYHLSVAGIN KVVNTAFAGQ STGLVFEGEK RFDMVVKLNA
DVRKNLEDVQ NLLIPIPSGN QIPLSQLAEV QIKDGPNQIQ RENTQRRIIV GFNIKGRDVQ
SIVQELQAKV NAQIKLPAGY SITYGGSFEN LNQAKSRLMV AVPISLALIF ILLFFAFKSV
KESLLIYTAI PLSTIGGIFF LALRGMPFSI SAGIGFIALF GVAVLNGIVL VAEFNRLKKS
GIKNIVRIVV DGTESRLRPV LMTAFVASLG FIPMALSNGA GAEVQRPLAT VVIGGLMGAT
LLTLFVLPLL FIAFEKGFTM NPFKKKAITL LIVSGISLMG MGSVKAQEKI TLDRAIALAV
QNNQNLRTEK LKADYAKAII KTSADIPQTG ITADYGQINS AYNDTKFGIS QNIAFPTVYK
RQKELFTQEW KYSLLNVSLK EFELKKAVTQ TFYAILFWQE KERLLLKADS LYADFYAKSL
LRLQKGESNI LEKITAQNQK AAINIQLKQV QRELETAKLQ WQWLLNSDTV YKVESPEKII
PLQVDETSKN PVIQVLEQQK NIAASQTKVE KSKLLPGLMI GYNLNSFKGT GADDKLYNAS
PQFHSVQVGF SIPVFSQSQR ARINASKITE SITENQLQAT SAYLQNRYKQ LSENYQRNLE
IVNYYESEGL KNAAVVTETI QKQFTNGEIN YLDFVMLINQ AISIQSNYAD AVKMLNDTII
QINYLN
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