| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4295 |
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| Symbol | |
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| ID | 5090631 |
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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 | 5188520 |
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| End bp | 5191624 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 644743719 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001196622 |
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| Protein GI | 146302031 |
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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 | 18 |
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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 | ATGAAAAAAT TTGTACAAGG TCTGGTTGCT TTTTCCTTGA AAAACTCGCT TATTATATTC
TTTTTTACAG CCATTTTACT GGCTGCAGGA ATTGTGAGTT ACATTCATAC GCCAATAGAA
GCATTTCCCG ATGTAACCAA TACAAGGGCC AGAATTATTA CACAGTGGCC TGGACGAAGT
GCCGAAGAAG TCGAAAAATT CATCACGCTT CCGATATCCA AACAAATGAA TACCATTCCA
AAAAAGGCAG AAGTACGTTC TATTTCCCTT TTTGGATTAT CAGTAGTAAC CGTTTTATTT
GATGACGGAG TTGAGGATTT CTACGCACAG CAATATGCTT CAAACCGTCT TAACGGACTG
GATCTTCCAG AAGGTGCCGA TGTTGAGATC GATCCGCCGT CTGGAGCAAC GGGAGAAATC
TTTAGATACG TTATAAAAAG TGATCTTCCT ATCAAAGAAA TCAAAGCCAT TCAGGATTGG
GTTATCGAGC GCGAATTGGT TTCTGTACCC GGAGTTGCCG ATGTGGTGAG TTTTGGTGGA
GAAGAAAAAA TGTTCGAAAT CAAAATCAAC CCAACTGAGC TTGAAAATTA CAATTTATCG
GCATTAGATG TTTATGAAGC TGTTTCAAAA AGTAATATCA ATGTGGGCGG AGACGTCATT
AAAAGAGGCG ATCAGGCTTA TGTGGTGCGA GGTGTCGGCT TAATTAATAA AGTCGAAGAT
ATTGGCAATA TATTAATTGA AACCAAAGGC GGAGCGCCAG TTTTAGTAAA ACACGTAGCC
GAAGTTTCAA TTTCGGCAAA ACCAAGATTA GGACAAGTAG GTCTTGACGG AAACGATGAT
GTTGTAGAAG GAATTGTTGT GATGCTTCGC GGAGAAAATC CGGGAGAAGT TATTGGCAGA
TTGAAAGAAC GTTTAAACGA ATTGAATGAA AGGGTTCTTC CTGATAATGT TAAAATCGTG
CCGTTTATCG ACCGTACCGA ATTGGTCAAT ACAACCGTAA AAACGGTAAC CAAAAACTTA
ATCGAAGGGG TTTTACTTGT TTCATTGATT GTGTTTGTTT TCCTTTACAA TTGGCGTACC
TCGTTGATTG TAGCGACTGT AATTCCGCTT TCGTTTTTGT TTGCAATTGT AATGTTGCGG
ATTCAGGGAC TTCCTGCGAA CTTGATTTCT ATGGGAGCGC TCGATTTCGG TTTACTGCTC
GAAGGAACAT TGGTTATTGT AGAAAATGTG TTCGTTTCTT TAGAAAAGAA AGCTCATAAA
GTGGGAATGG AACGCTTTAA CAATATGAGC AAAATGGGAT TAATTAAGAA AAGCGTCGGA
AGTGTGGCTA CCTATATTTT CTTCGCCCTG ATTATTTTGA TTGTCGCATT AATGCCAATT
TTCTCATTTA CGAAAGTAGA AGGAAAAATG TTCTCTCCCC TGGCCTTTAC TCTAGGTTAT
GCCTTATTAG GTTCGCTGAT TTTATCACTT ACTTATGTGC CTGCAATGTG TAAAGTAATG
CTGACGAAAA ACATTGTCGA GAAAGAAAAC ATGATTTCGC GTTTCTTTAG AACCAATTTG
TTCAATCTTT TTAAATGGAG TACCAAACAC CGTAAATTAA CGATTTATTC GTTTCTGGCT
TTATTGGCAG TTTGTTGTGT ACGATTTGCT TTTTACGGAT CAGAATTTAT TCCGAAGCTG
AATGAAGGTG CTATTTATGT AAGAGCAACG CTTCCTAATA GTATTAATTT GGATGAATCA
GTTCGTTTGA CAAAAGAAAT GAAAACGAAG ATCCGAAAGT TTGAAGAGGT AAAATTTGTG
CTTTCGCAAA CGGGACGACC AAATGATGGA ACCGATCCAA CAGGATTTTT TAATATCGAA
TTCCATATCG AATTAAAACA TAAAGACGAA TGGAAACACG ACATAAGCAA AGAAGAACTG
ATTGCCGAAA TCAAAAAAGT ACTCGATGTA TATCCCGGAA TCGCCTTTGG TTTCAGTCAG
CCTATTCAGG ATAATGTTGA AGAATATGTT GCAGGAGTAA AAAGTCCGCT GGCGATTAAG
ATTTTCGGAA GCGATCTTTT CCAAATGGAA GAAATGGCTG CAAAAGTTGC TAATTCGATT
AAAGACGTAA AAGGAATCGA AGACATTAAT GTTTATAAAA ATATTGGATT GCCAGAATTG
AGAATTCAGC TTGAAGATGA AAAAATGGCG CGTTATGCCG TAACAACTGC CGATGCGCAG
GCGGTTATCA GAATGACAAT TGGCGGTCAG GCTGCAACAA AATTTTATGA TGACGAAAAA
ATCTTTGACA TTACTCTGCG TTTTGAAAAA GAATACCGTG ATTCTAAAGA AAAAATAGAA
GGCATTCTGA TTCCAACAAT GAATGGCAAA AAAGTGCCTT TAAAAGAAAT TGCAACTGTA
GAATACAAAA CCGGGCCAAC TTTTATTTAC CGCGAAGGAA ACAGCCGTTA CATTGCCGTA
GGTTTTAGTA TTGAAGGACG AGATTTGGGA AGCACGATCG AAGAAGCTCA GAAAAAAGTA
GCTGCCGAAG TTAAACTTCC AAAAGAAAAC GTCATGAAAT GGGCGGGAGA ATTTGAAAGT
AAAGAAAGAG CTTCTAAACA ATTAGCGATG ATTGTACCCG TTGTATTGAT CCTTATTTTA
TGTCTGCTGT ATTTCAACTT TGGCAATTTC AAAGACACCA TGATTGCCGT AAGTGCCATG
CCGTATGCCT TTATCGGAGG ATTCATATCG CTTTGGGTAA CAGGAACCGT TTTCGGTATC
TCGGCAGGAA TTGGATTTAT CATACTTTTT GGGGTCAGCG CAATTGACAG TATTGTCCTC
ATCGGAATGA TTAAGGAAAA TATGCGTGCC GGAATGCATT TACGAGATGC TATTTCAGAG
GGAATTCACA GCCGTATTCG TCCAATTGTT ATGATTGCCT TAATGGGTTC TTTAGGATTA
TTACCTGCTG CTTTATCGAC AGGAATGGGT TCTGAAGTTC AAAAACCGCT GGCGATCATG
ATCGTAGGCG GACTTATAAC CTGTATGATT CTTTCATTAA CGGTTTTACC TCAGGTTTTT
TATCTCGTTT ACCGCAAAAA AGATATCAGC AATACCGAAT CTTAA
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| Protein sequence | MKKFVQGLVA FSLKNSLIIF FFTAILLAAG IVSYIHTPIE AFPDVTNTRA RIITQWPGRS
AEEVEKFITL PISKQMNTIP KKAEVRSISL FGLSVVTVLF DDGVEDFYAQ QYASNRLNGL
DLPEGADVEI DPPSGATGEI FRYVIKSDLP IKEIKAIQDW VIERELVSVP GVADVVSFGG
EEKMFEIKIN PTELENYNLS ALDVYEAVSK SNINVGGDVI KRGDQAYVVR GVGLINKVED
IGNILIETKG GAPVLVKHVA EVSISAKPRL GQVGLDGNDD VVEGIVVMLR GENPGEVIGR
LKERLNELNE RVLPDNVKIV PFIDRTELVN TTVKTVTKNL IEGVLLVSLI VFVFLYNWRT
SLIVATVIPL SFLFAIVMLR IQGLPANLIS MGALDFGLLL EGTLVIVENV FVSLEKKAHK
VGMERFNNMS KMGLIKKSVG SVATYIFFAL IILIVALMPI FSFTKVEGKM FSPLAFTLGY
ALLGSLILSL TYVPAMCKVM LTKNIVEKEN MISRFFRTNL FNLFKWSTKH RKLTIYSFLA
LLAVCCVRFA FYGSEFIPKL NEGAIYVRAT LPNSINLDES VRLTKEMKTK IRKFEEVKFV
LSQTGRPNDG TDPTGFFNIE FHIELKHKDE WKHDISKEEL IAEIKKVLDV YPGIAFGFSQ
PIQDNVEEYV AGVKSPLAIK IFGSDLFQME EMAAKVANSI KDVKGIEDIN VYKNIGLPEL
RIQLEDEKMA RYAVTTADAQ AVIRMTIGGQ AATKFYDDEK IFDITLRFEK EYRDSKEKIE
GILIPTMNGK KVPLKEIATV EYKTGPTFIY REGNSRYIAV GFSIEGRDLG STIEEAQKKV
AAEVKLPKEN VMKWAGEFES KERASKQLAM IVPVVLILIL CLLYFNFGNF KDTMIAVSAM
PYAFIGGFIS LWVTGTVFGI SAGIGFIILF GVSAIDSIVL IGMIKENMRA GMHLRDAISE
GIHSRIRPIV MIALMGSLGL LPAALSTGMG SEVQKPLAIM IVGGLITCMI LSLTVLPQVF
YLVYRKKDIS NTES
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