| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3933 |
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| Symbol | |
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| ID | 5090163 |
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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 | 4683403 |
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| End bp | 4687782 |
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| Gene Length | 4380 bp |
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| Protein Length | 1459 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644743354 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001196262 |
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| Protein GI | 146301671 |
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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 | 13 |
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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 | ATGCTTAATA AAATCATTCA GTTCTCAGTT AAAAATAAAC TGGTAATTGG GATCTTTACA
CTGCTGTGGA TTATCTACGG TGTGTTTGAA GTAACCCGTT TACCAATTGA TGCCGTTCCT
GACATCACCA ACAATCAGGT TCAGATTATT ACAACCGCTC CGTCACTGGG CGCAGAAGAT
GTTGAACGTC TTATAACTTT CCCGATAGAA CAAGCCATAA GCAATATACC GCAGTTAAAA
GAAAGCCGCA GTATTTCGCG TTTCGGGCTT TCGCTTGTTA CGATTGTTTT CTCAGATGAT
ACCGATGTGT ATTGGGCGCG CCAGCAGGTT ACAGAGCGTT TGCAGAAAGT AGAAATTCCC
GAAAATGCCA GTTTACCCGA AATGGCGCCT GCAACAACAG GTCTTGGTGA AATCTATCAG
TATGTTTTAA AGCCTCAGCC CGGTTTTGAG AAAAAATATT CGCTTGAAGA TTTACGAACA
ATCCAGGACT GGACTATTCG CAGACAGCTT TTAGGAACGC CCGGAATTGC TGATGTAGCC
ACTTTTGGAG GGAAATTGAA ACAATATGAA ATTGCAGTAA ATCCAGCCCG GTTAAAAGCA
CAAAACCTGA CTATAAAAGA AGTTTTTACC GCATTAAGCA GTAATAACGA AAACACAGGC
GGTGCTTATA TTGAAAAAGG CCCTACCGTA TTATATATCC GAAGTGTCGG GCTTACCCGA
AACATTAAAG ATATACAGAA TATCATTGTA AAAAACACGC AGGCCGGAAC ACCTATTTTA
ATAAAAGATG TTGCCGAAGT AAAAATGTCT TCGGCTATAC GTTACGGCGC TTTAACAACC
GATGATTTTG GAGAATCTGT AGGCGGGATT GTCATGATGT TAAAAGGCGA AAATGCCAAT
AATGTTATTG CAACCGTAAA AAAACGTGTT ACAGAAATTG AAAAAATCCT GCCGGAAGGT
TTAAAAATAG AACCTTTTCT GGATCGTACC AAAATGGTAG ATAATGCGAT TGGTACTGTA
GAAAAAAATC TAATCGAAGG TGCATTGATT GTAGTTTTAG TTCTGGTGCT TTTTCTAGGA
AATTTAAGAG CCGGATTTAT TGTTGCATCT GTAATTCCGT TAGCGATGTT ATTTGCCATT
ATTATGATGA ATACTTTTGG CGTAAGCGGT AATTTAATGA GTCTTGGTGC GCTCGATTTC
GGTTTAATTG TAGATGGAGC CGTAATTATT GTTGAAGCCA TTCTGCACCA CATGCACAGC
GCTAAAAAGT ATAAAAATGT CGATTCTGTT TCGCAGGAAG AAATGGATAA AGAAGTTACC
GGATCAGCAG GGCGAATGAT GAACGCGGCT GTTTTTGGGC AGATTATTAT CCTGATCGTA
TATCTTCCAA TATTATCATT AGAAGGAATT GAAGGGAAAA TGTTCAAACC AATGGCACAG
ACAGTTGCTT TTGCTATTTT GGGTGCTTTT ATACTATCAT TGACGTATGT GCCAATGGTA
AGTTCTTTAT TCATCAGTAA AAAAATAAGT CATAAACCAA ATTTCTCCGA CAGGATTATG
GCAAAACTGG AAATCTATTA TGAAAACTGG CTTTCGAAAG CATTAAATGT TAGAAAAGCA
ATTGTAGTTT CTGCCTTTGT TTTATTCGGA ATTGCTTTGA TATTGTTTGC CAGAATGGGA
GGAGAGTTTA TCCCGCAGTT AGAAGAAGGC GATTTTGCAG TAGAAACCAG ATTACTGCTG
GGAACCAATC TTTCGACCAC AACAGAAACC ATTCAGAAAA TATCAACTGA ACTAAAAAAT
AAATATCCCG AAGTCGAAAA AGTAGTCTCA AGAATTGGAA GTGCCGAAAT TCCAACCGAT
CCAATGCCAA TTGAAGGCGG TGATATGATT ATTGTACTGA AAGATAAATC AGAATGGACA
AGCGCATCAT CTTTCCCTGA AATGGCTGAT AAAATGACCG AAACCGTTAA GCAGATTGCT
CCTGGAGTTA CAACAGGATT TCAGTTTCCG GTTCAAATGC GTTTTAACGA ATTAATGACA
GGAGCCAAAC AGGATTTGGT ATGCAAGATT TATGGGGAAG ATTTAAATAA ACTGGCGGAA
TATGCTGAGA AACTGGGAGC TATAAGTAAA ACAGTTTCGG GTGCGACAGA TTTATATGTT
GAAAAAGTAA CCGGAATGCC TCAAATTGTA ATTGATTACG AATGGGCAGA AATGGCAAAA
TACGGCATTT ATGTATCTGA TATAAATAAA ACCGTAAACG CCGCTTTTGC CGGAGCGGCA
GCCGGAAGTA TTTATGAAGG CGAAAAACGA TTTGATATGG TCGTTAGAGT TGAAGACAGC
GGCAGAAAAG ATATTTCGGA TGTTCGTAAT TTATTAATTG CCACACCATC CGGAATGCAG
ATTCCGCTTT ATCAGGTGGC TTCTGTAAAA GAAGTCGAAG GACCAAACCA AATACAGCGT
GAAGATGCTA AACGCAGAAT TATCGTTGGT TTTAATGTCC GCGGGCGCGA CGTTCAGTCT
ATTGTAGAAG AATTACAGAA AAAAGTCGAA ACGCAGATCA AATTTGATCC GGGTTATTAT
ATTACTTACG GCGGAACGTT CGAAAATTTA CAGCAGGCAA AATCAAGACT TGGCGTTGCT
GTTCCTGCTG CTTTATTTAT GATTTTGGCA TTATTGTATT TTGCTTTTAG ATCGTTTAAA
GAAGGTTTGA TCATTTTTAC CGCAATTCCG TTATCGGCAA TTGGAGGCGT TTTTGGACTG
GCTTTGCGCG ATATGCCTTT TAGTATTTCG GCTGGAGTTG GTTTTATAGC CCTTTTTGGA
GTAGCGGTTT TAAATGGAAT TGTGTTAATA TCAGAGTTTA ACCGAATTCA AAAACAAGGC
GAAGTTTCAG ATCCTTTTCA AATTATTATT ATCGGTACCA AAAACCGACT TCGACCTGTA
TTAATGACGG CTGCTGTGGC ATCTTTAGGA TTTCTTCCAA TGGCTTTAAG CAACGGAGCA
GGAGCAGAAG TACAGCGTCC GCTGGCAACT GTTGTAATTG GCGGACTTAT TACAGCAACA
CTTCTTACGC TGTTTGTTCT TCCGTCTATT TATTTAATGA CGTTTCACAC TAAAGTATTT
TCTAAAAAAA TGAAAAAACA TAAAATAGAT AAACTGACTT TATTGTTAAT TGGTTTATTG
GTTACAGCTT CGGTTCAATC ACAGCAAAAG CCAATTTCTC TTGAAGAATC ATTGTCAAAA
GCAATTCAGT ATAATAAAAG AATTAAGGCT TCACAATTGA ATGAAAAATC AAAAGAACAG
CTTCAAAAAT CGGCTTTTGA TATTCCAAAA ACCGTTGTAG ATGCAGATTA CGGACAGTTT
AACAGCGGCG TAAATGATAC CCGTTTCGGA GTAAGCCAGA CTTTTGCTTT TCCTACCGTT
TATGCACATC AAAAAAAGGC TTTAAAAGAA AATTATAATT CGGCGAAAGC CCAGTCTCAA
TTGACTTCTC AGCAGATTAA ATCAAATGTA AGAAACTTGT TTTACGAGTA TATCTGGCTG
AAAAGCAAAA AAGATTTATT GACTTATGCA GATTCTATTT ATCGATTAAT GGAACAGAAA
GCATCGCTTC GCTATAAAGT GGGAGAAACG AATGTTTTAG AAAAAACCGC TTCGCAGTCG
GCAAGACAGT TTTATTCAAA TCAGCTTACA ATGATTAATA AAGATCTGGC AATAACACTG
AATTCGTTTA ATGCCGTTCT TCAGGACAGC ACAGTTTATG AACCAGCTTT GAATAAAATA
AAAAATGATT TTAATTTTTC GGTAAATGAA AAATCAGATG TTGCTTCACT TCCTCAGGTA
CAGCTTTCGA ATCATGAAGC CGAAGCCGCA AAATGGAAAT GGAGATCAGA ACAAGCCAAA
ATGATGCCTG ATATTACTTT GGGTTATAAC AATTTAAGCA TTATAGGCAC TCAGACTAAT
TCGGCCGGTC AGGATGTGTA TTACGACAGC AGCCACAGGT TTAATTATGT AAATGTCGGA
CTTTCGATTC CGTTGTTTTT TTCCAGTCAG TCAGCACGAA ACAAAGCATC AAAGATCGAA
TACGAAAATT ACAAAGCACA GGCAGAAACT ATTAAAATTG AAACCAAAGC AGAAATTAGT
AATGCCGTAA GCGAGATGGA GAAATACAAA GAAAGTCTGC TGTATTATGA AAATGACGGA
CTTAAAAACG CTTCGATTAT TATTGATGCG GCAAACAGCC AGCTTGAAAA TGGAGATATT
GATTATCTGC AATGGGTAAT GGTTATCAAT CAGGCTGTAA CGATAAAAAA CGAATATTTA
GACATGGTTA ACAGTTATAA TAAGGCTGTT AATACTCTTC GAACTCTTCA AAATTTATAA
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| Protein sequence | MLNKIIQFSV KNKLVIGIFT LLWIIYGVFE VTRLPIDAVP DITNNQVQII TTAPSLGAED
VERLITFPIE QAISNIPQLK ESRSISRFGL SLVTIVFSDD TDVYWARQQV TERLQKVEIP
ENASLPEMAP ATTGLGEIYQ YVLKPQPGFE KKYSLEDLRT IQDWTIRRQL LGTPGIADVA
TFGGKLKQYE IAVNPARLKA QNLTIKEVFT ALSSNNENTG GAYIEKGPTV LYIRSVGLTR
NIKDIQNIIV KNTQAGTPIL IKDVAEVKMS SAIRYGALTT DDFGESVGGI VMMLKGENAN
NVIATVKKRV TEIEKILPEG LKIEPFLDRT KMVDNAIGTV EKNLIEGALI VVLVLVLFLG
NLRAGFIVAS VIPLAMLFAI IMMNTFGVSG NLMSLGALDF GLIVDGAVII VEAILHHMHS
AKKYKNVDSV SQEEMDKEVT GSAGRMMNAA VFGQIIILIV YLPILSLEGI EGKMFKPMAQ
TVAFAILGAF ILSLTYVPMV SSLFISKKIS HKPNFSDRIM AKLEIYYENW LSKALNVRKA
IVVSAFVLFG IALILFARMG GEFIPQLEEG DFAVETRLLL GTNLSTTTET IQKISTELKN
KYPEVEKVVS RIGSAEIPTD PMPIEGGDMI IVLKDKSEWT SASSFPEMAD KMTETVKQIA
PGVTTGFQFP VQMRFNELMT GAKQDLVCKI YGEDLNKLAE YAEKLGAISK TVSGATDLYV
EKVTGMPQIV IDYEWAEMAK YGIYVSDINK TVNAAFAGAA AGSIYEGEKR FDMVVRVEDS
GRKDISDVRN LLIATPSGMQ IPLYQVASVK EVEGPNQIQR EDAKRRIIVG FNVRGRDVQS
IVEELQKKVE TQIKFDPGYY ITYGGTFENL QQAKSRLGVA VPAALFMILA LLYFAFRSFK
EGLIIFTAIP LSAIGGVFGL ALRDMPFSIS AGVGFIALFG VAVLNGIVLI SEFNRIQKQG
EVSDPFQIII IGTKNRLRPV LMTAAVASLG FLPMALSNGA GAEVQRPLAT VVIGGLITAT
LLTLFVLPSI YLMTFHTKVF SKKMKKHKID KLTLLLIGLL VTASVQSQQK PISLEESLSK
AIQYNKRIKA SQLNEKSKEQ LQKSAFDIPK TVVDADYGQF NSGVNDTRFG VSQTFAFPTV
YAHQKKALKE NYNSAKAQSQ LTSQQIKSNV RNLFYEYIWL KSKKDLLTYA DSIYRLMEQK
ASLRYKVGET NVLEKTASQS ARQFYSNQLT MINKDLAITL NSFNAVLQDS TVYEPALNKI
KNDFNFSVNE KSDVASLPQV QLSNHEAEAA KWKWRSEQAK MMPDITLGYN NLSIIGTQTN
SAGQDVYYDS SHRFNYVNVG LSIPLFFSSQ SARNKASKIE YENYKAQAET IKIETKAEIS
NAVSEMEKYK ESLLYYENDG LKNASIIIDA ANSQLENGDI DYLQWVMVIN QAVTIKNEYL
DMVNSYNKAV NTLRTLQNL
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