| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Oter_4432 |
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| Symbol | |
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| ID | 6205296 |
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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 | Opitutus terrae PB90-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010571 |
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| Strand | + |
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| Start bp | 5722977 |
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| End bp | 5726303 |
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| Gene Length | 3327 bp |
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| Protein Length | 1108 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 641694098 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001821303 |
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| Protein GI | 182416237 |
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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 | 12 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.91419 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTCAAGG CCATCATCGA ATTCTCGCTC AAGAACAAGT TTCTGGTTCT CGCCGCCACC
GCGGCTCTGA TCCTGGGCGG CATTTACTCG CTGCGGAATA TCCCGCTCGA TGCCATTCCC
GACCTCTCGG ACACGCAGGT TATCATTTAC ACCGAGTGGC CCGGCCAGGC GCCGCAGCTC
GTGCAGGATC AAGTCACTTA TCCGCTCACG ACGAAGATGC TGTCCGTGCC GAAATCGAAA
GTCGTGCGGG GCTATTCGTT CTACGGGTTT TCGTTCGTCT ACGTCATCTT CGAGGACGGC
ACTGATCCTT ACTGGGCGCG CAGCCGTGTG CTCGAATACC TGAGCGGCTT GCAGGCTAGT
CTGCCGAAAA ACGTGACACC CACCCTCGGG CCGGACGCCA CGGGCGTGGG CTGGGCGTTC
ATGTATTCGC TCAACTCGAC GAAGCACGAC TTGGCTGAAC TGCGCAGCAT GCAGGACTGG
TTCCTTCGGT ACCAACTTGC CAGCGTGGAA GGGGTGGCAG AAATCGCCTC CGTTGGCGGG
TTCGTGAAGC AATATCACAT CACGGTCGAT CCGCACCGGC TCCACGCCTA CAATCTCTCG
ATCAGCGATG TCGCGATGGC CGTGGAGAAG AGCAATGGCG AGGTCGGGGG CAGGTCCGTG
GAAATGGCCG AGAAGGAATT CATCCTGCGC GTTAAAGGCT ACGTCACCGA CGTGGAGATG
CTGAAGAAAG TGGCGGTGGG ACGAGGACCC GGCGGCACAC CGATCCTTCT CGGAGAGGTG
GCAAATGTGC AGCTCGGGCC GGATATGCGC CGTGGCATTG CCGAACTCAA CGGCGAAGGC
GAGACGGTCG GCGGCGTGGT GGTGGTTCGC TATGGAGTCG ACACGCGTCA GGTCATTCAA
GCCGTCAAGG CCCGACTCGA CCAAGCCATG AAGAGCTTGC CGGAAGGCGT TACCTACTCG
ATCGCCTATG ATCGCACCGC GCTCATCGAC CGCGCCGTCA AGACGCTCAA GGAGAAACTA
ATCGAGGAGA GCATCGTCGT CGCGCTGGTG TGCCTGATCT TCCTCATGCA TCTGCGCAGC
GCGTTTGTGG CAATCGTGAT CCTGCCGATC GCGGTCTTGG CTTCGATTTC TATCATGTAT
GGCCAAGGGC TCAGTGCGAA CATCATGTCG CTTGGAGGTA TTGCGATCGC TGTCGGTGCG
ATGGTCGATG CGGCGATCAT CATGATTGAA AACGCGCACA AGCACATCGA GCACGATGGG
GGAAAGAAAC CGCACTGGGA TATAATCCGC GATGCCGCAG TCGAGGTGGG CCCCACGCTG
TTCTATTCGC TCCTCGTGAT CACGGTTTCC TTCCTGCCAG TGTTTACGTT GCAGGCCCAG
GAAGGTCGGA TGTTCAAGCC GCTGGCTTTC ACGAAAACCT ACTCAATGGG GGCGGCTGCG
CTCTTATCGA TCACGCTCGC TCCGGTGCTC ATGGGCTTTT TCATTCGCGG GAAAATTCCG
GCCGAGGAAA AGAATCCAGT GAACCGTTTC CTCATCTGGC TTTATCATCC GGTGCTCGAT
CTGATGATCA AGTTCCGGTG GTGGGTCATC ACCATCGCAG CGGTGGTCGT GCTCTGGGTG
TTTATGCCGT GGAATGCGAT CGTTTCCCGT GTTCTGCCCG ATGGCGCGGC CAAAGAAGTC
GCGCTGAAAA TGGGCAAGGC ATTTCCGTAT CAGAATCTCG GCTCCGAGTT CATGCCGCCG
CTTTATGAAG GCGACCTGCT CTACATGCCG ACGACATTTC CCGGAATTTC GCCGACCAAG
GCGCGCGAAA TAATCCAACA AACCGACCAG ATCATAAAGT CGTTCGCCGA GGTGCATCAT
GTATTCGGCA AGATCGGGCG GGCGGAATCA GCGACCGATC CCGCGCCGAT GGACATGATC
GAGACGACAA TCATGTTGAA ACCCGAGGAG GAGTGGCCGG AAGTCGATAT CAAGGACATG
GACGGGAAGG TCGTCGCCCA CCGTCGGCGG ACAATCGAGG AACTCACCAC CGCATTGAAC
AATGCCGTGC AGATTCCCGG GCTCACCAAC GCGTGGACCA TGCCTATCAA AACACGTATC
GACATGCTGG CCACGGGGAT CAAGACCCCG GTAGGCATCA AGGTGGCTGG ACCCGATCTC
AAAGAGTTGG AACGAATCGC CAGTCAGATC GAAGGTGTGA TTCGTCGAGC GCCTGGCACG
AGCAGCGTGT TTGCCGAGCG GGTCATGGGC GGTAACTATG TGGAGTTCGA CATCGATCGC
GACGCGATTG CCCGCTACGG CCTCACCCTT GGCGAGGTTC AGGAGGTGCT GCAGGTTGCG
TTGGGCGGCA TGCCGCTAAC GACAACGGTC GAAGGGCTCG AACGTTATGG TGTCATTCTG
CGCTATGAGC GAGACTATCG TGAGAATCTC GAGGCGTTAC GTGAAATCCT CATCCCGGTC
AAAGCGGCGG GGACAGGCAG CGCGATGGGA GGTGGCAACG GGAACGGTTC ACTCGCCGCC
CAAGTTCCAC TGAGCCAGTT GGCGCAGGTG CGTGTTGTTG CTGCCCCGAT GGGCATCAAG
AGCGAAGCCG CGGTGCCGAA CGCTTGGATT TACGTCGATG TTCAAGGCGT AGACCTGGGC
AACTATGTCC GCGGCGCGCA GCAGACGGTG AACGACGCAA TCCAACGAGG TGAAATCAAG
ATCCCGACCG GCTACAGCAT TTTCTGGAGC GGACAATATG AATATATGCA GCGCGCACAA
CAACGGCTCA TGATCGTGGT GCCTCTCACG CTGTTCGTCA TCATCTTTAT CATCTACCTC
AACACGCAGT CGTGGATCAA AACCGGCATC GTGCTGCTCG CCGTGCCGTT CTCCCTTGTA
GGCGCGTTCT GGGCGCTTTA CCTCCTCGAC TACAACATGA GCGTGGCGGT TTGGGTCGGC
ATTATCGCCC TGGCGGGCCT GGACGCCGAG ACGGGCGTGG TGATGCTCCT GTACCTGGAT
CTGGCATACG ATGACTGGAA GAAGAAGGGG AAGATGCTCA CAACTTTCGA TCTGCGCGAC
GCAATCTACC ATGGGGCGGT GAAACGCGTG CGACCGAAAG CCATGACAGC GGCGGTCATC
ATCGCGGGTC TGCTGCCGAT TCTCTGGAGT CACGGCACCG GCGCCGACAC GATGAAGCGG
ATCGCAGTTC CGATGGTTGG CGGCGTCATC ACCTCAACGT TGATGGAACT GCTCGTGTAT
CCGGCGATCT TCTTCCTCTG GCGCCGTCGC AGCCTGCCGC CGCCGCCAGC AGCGCCCACG
GCTCTGCCCG CCGAGGCTCA GACATGA
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| Protein sequence | MLKAIIEFSL KNKFLVLAAT AALILGGIYS LRNIPLDAIP DLSDTQVIIY TEWPGQAPQL
VQDQVTYPLT TKMLSVPKSK VVRGYSFYGF SFVYVIFEDG TDPYWARSRV LEYLSGLQAS
LPKNVTPTLG PDATGVGWAF MYSLNSTKHD LAELRSMQDW FLRYQLASVE GVAEIASVGG
FVKQYHITVD PHRLHAYNLS ISDVAMAVEK SNGEVGGRSV EMAEKEFILR VKGYVTDVEM
LKKVAVGRGP GGTPILLGEV ANVQLGPDMR RGIAELNGEG ETVGGVVVVR YGVDTRQVIQ
AVKARLDQAM KSLPEGVTYS IAYDRTALID RAVKTLKEKL IEESIVVALV CLIFLMHLRS
AFVAIVILPI AVLASISIMY GQGLSANIMS LGGIAIAVGA MVDAAIIMIE NAHKHIEHDG
GKKPHWDIIR DAAVEVGPTL FYSLLVITVS FLPVFTLQAQ EGRMFKPLAF TKTYSMGAAA
LLSITLAPVL MGFFIRGKIP AEEKNPVNRF LIWLYHPVLD LMIKFRWWVI TIAAVVVLWV
FMPWNAIVSR VLPDGAAKEV ALKMGKAFPY QNLGSEFMPP LYEGDLLYMP TTFPGISPTK
AREIIQQTDQ IIKSFAEVHH VFGKIGRAES ATDPAPMDMI ETTIMLKPEE EWPEVDIKDM
DGKVVAHRRR TIEELTTALN NAVQIPGLTN AWTMPIKTRI DMLATGIKTP VGIKVAGPDL
KELERIASQI EGVIRRAPGT SSVFAERVMG GNYVEFDIDR DAIARYGLTL GEVQEVLQVA
LGGMPLTTTV EGLERYGVIL RYERDYRENL EALREILIPV KAAGTGSAMG GGNGNGSLAA
QVPLSQLAQV RVVAAPMGIK SEAAVPNAWI YVDVQGVDLG NYVRGAQQTV NDAIQRGEIK
IPTGYSIFWS GQYEYMQRAQ QRLMIVVPLT LFVIIFIIYL NTQSWIKTGI VLLAVPFSLV
GAFWALYLLD YNMSVAVWVG IIALAGLDAE TGVVMLLYLD LAYDDWKKKG KMLTTFDLRD
AIYHGAVKRV RPKAMTAAVI IAGLLPILWS HGTGADTMKR IAVPMVGGVI TSTLMELLVY
PAIFFLWRRR SLPPPPAAPT ALPAEAQT
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