| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_3973 |
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| Symbol | |
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| ID | 5755792 |
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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 | Shewanella baltica OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009997 |
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| Strand | - |
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| Start bp | 4676848 |
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| End bp | 4680054 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 641290319 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001556393 |
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| Protein GI | 160877077 |
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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 | 16 |
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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 | 13 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTGCAAA AAGTGATCGA AGCCGCGATT AAAAATCGGC TGTTAGTGGT GTTGGCCTTG
CTCGCCATGA TAGTGGCAAG CGTGGTGATG CTGCCTAAAT TGAATCTCGA TGCCTTTCCC
GATGTGACTA ACGTGCAAGT GACTATCAAT ACTGCGGCCG AAGGGTTAGC CGCAGAAGAG
GTGGAAAAAC TCATCAGTTA TCCGGTGGAA TCGGCCATGT ACGCCTTGCC GGCGGTGACA
GAGGTACGTT CCTTGTCGCG CACCGGCTTG TCGATTGTGA CTGTGGTATT TGCCGAAGGG
ACGGATATTT ACTTCGCCCG TCAGCAAGTG TTTGAGCAGT TGCAAGCGGC GCGGGAGATG
ATCCCAAGCG GTGTCGGTGT GCCGGAAATC GGCCCGAATA CTTCGGGATT AGGGCAGATT
TATCAGTACA TTCTGCGCGC CGAACCTAAC TCAGGTATCG ATGCCGCCGA GCTGCGCAGT
TTGAATGATT ACCTTGTAAA ACTCATCATG ATGCCCGTTG GCGGCGTGAC TGAAGTCTTG
TCTTTTGGTG GCGATGTGCG CCAATACCAA GTGCAGGTCG ACCCGAATAA ACTGCGCGCC
TATGGCTTGT CGATGGCGCA AGTTACCGAG GCATTAGAGA GCAATAACCG CAACGCTGGC
GGTTGGTTTA TGGACCAAGG CCAAGAGCAA CTGGTGGTGC GCGGCTATGG CATGTTGCCC
GCAGGAGAAG AAGGTTTAGC AGCGATCGCG CAGATCCCGC TTACGGAGGA TAAAGGCACA
CCCGTGCGGG TGGGGGACAT CGCTCAGGTG GATTTTGGCA GTGAAATCCG TGTTGGCGCT
GTGACTATGA CGCGCCGCGA TGAGGCTGGC AACGTACAAA ACCTCGGCGA AGTGGTGGCG
GGGGTCGTGC TTAAACGCAT GGGCGCCAAC ACCAAAGCGA CTATTGATGA TATCGGCGCG
CGGGTGAGTC TTATCGAGCA GGCCTTGCCC GATGGCGTGT CTTTTGAAGT GTTTTACGAT
CAAGCCGAAC TGGTCGATAA GGCCGTGACC ACAGTGCGCG ATGCGTTGCT AATGGCCTTT
GTGTTTATCG TAGTGATTTT GGCGCTGTTC CTCGTCAATA TCCGCGCAAC CTTGCTGGTG
CTCTTGTCTA TTCCTGTGTC TATCGGGCTC GCGCTCATGG TGATGTCCTA CTATGGATTG
TCGGCAAACC TGATGTCGCT CGGCGGTTTA GCCGTGGCGA TTGGTATGTT AGTCGATGGT
TCTGTGGTGA TGGTAGAGAA CATTTTCAAA CACTTAACTC AGCCGGATCG TCGACATTTG
CTGGAGGCGA GAACGCGCGC CGATGGTGAG GCAGACCCAT ATCATAGCGA TGAGGACGGT
GGTCAGCAGG CCAATATGGC TGTGCGCATC ATGCTCGCGG CTAAAGAGGT GTGTAGTCCA
ATCTTCTTCG CGACGGCGAT CATCATAGTG GTATTTGCAC CCTTATTTGC CCTCGAAGGT
GTTGAAGGCA AGCTGTTCCA GCCGATGGCG GTCAGTATCA TTCTGGCGAT GATATCAGCG
CTGCTGGTGG CGCTGATTGC CGTGCCAGCC CTTGCTGTGT ATCTGTTTAA GCGCGGTGTG
GTACTCAAAC AAAGTGTGGT CTTAGCGCCG CTGGATGCCG CTTATCGCAA GCTACTGACG
GCAACGCTTG CTAGGCCAAA GGTGGTGATG CTCAGTGCCT TATTGATGTT TGCTTTGAGT
TTATTGTTGC TACCAAGGCT GGGCACCGAA TTTGTGCCTG AGTTGGAGGA AGGCACGATT
AACCTCAGGG TCACGCTGGC GCCAACGGCG AGTTTGGGCA CGTCTTTGGC GGTCGCGCCC
AAGCTTGAAG CTATCTTGCT GGAGTTTCCC GAGGTGGAAT ATGCCCTGAG CCGCATTGGT
GCGCCTGAGC TTGGCGGCGA TCCTGAGCCT GTGAGTAATA TCGAGGTTTA TATTGGACTT
AAGCCAATAT CTGAATGGCA ATCGGCAAGT TCGCGCTTAG AGCTGCAACG CCTGATGGAG
GAAAAGCTCA GTGTGTTCCC TGGACTCTTG CTGACTTTCT CGCAGCCGAT CGCAACTCGG
GTAGATGAAT TGCTCTCGGG GGTAAAAGCC CAGTTAGCGA TCAAAATTTT CGGCCCAGAT
TTAGCCGTGT TATCGGAGAG AGGCCAAGCG CTCACCGATC TTGTCGCGAA AATCCCCGGT
GCCGTCGATG TGTCATTAGA GCAAGTGAGT GGAGAAGCGC AATTGGTTGT GCGGCCAAAG
CGCGAGTTAT TGGCGCGCTA CGGGATTAGT GTCGATCAAG TGATGAGCCT TGTCAGCCAA
GGCATTGGCG GCGCGAGTGC AGGTCAAGTG ATTGACGGCA ACGCCAGATA CGACATCAAT
GTGCGTCTCG CGGCCGAGTT TCGCACTAGT CCGGATGCGA TTAAGGACTT GTTACTCAGC
GGCACGAATG GCGCCACTGT GCGCTTAGGC GAAGTCGCCA GCGTCGAAGT GGAAATGGCG
CCGCCAAATA TTCGCCGTGA CGACGTGCAG CGCCGAGTGG TGGTGCAGGC CAACGTAGCG
GGGCGTGATA TGGGCTCTGT GGTGAAAGAC ATTTATGCTT TAGTGCCACA GGCGGATTTA
CCCGCGGGAT ATACAGTGAT CATTGGCGGC CAGTATGAGA ATCAGCAGCG AGCGCAGCAA
AAGCTGATGC TAGTGGTGCC GATTTCTATC GCCTTGATTG CCTTGCTGTT GTACTTCTCC
TTTGGGTCAT TCAAGCAAGT GTTACTCATC ATGGCGAACG TGCCCTTAGC CTTGATTGGC
GGCATAGTGG CCCTGTATGT CAGTGGCACT TATTTATCAG TGCCTAGCTC AATTGGTTTT
ATCACCTTAT TTGGGGTGGC CGTGCTCAAC GGTGTGGTGT TGGTGGATTC GATTAATCAG
CGCAGGCAAA GCGGCGAAGC TCTTTATGAT TGTGTTTATG AGGGCACGGT TGGGCGTTTG
CGCCCTGTGT TGATGACGGC ACTGACCTCG GCCTTAGGCT TGATCCCGAT TTTATTGTCA
TCGGGGGTTG GCAGTGAGAT CCAAAAGCCG CTGGCAGTGG TGATTATCGG TGGCTTGTTT
AGCTCGACGG CGCTGACCTT GCTTGTGTTG CCGACCTTAT ATCGCTGGCT ATATCGTGGC
GACAAGCGCA TCGATGAGCT TGATTAA
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| Protein sequence | MLQKVIEAAI KNRLLVVLAL LAMIVASVVM LPKLNLDAFP DVTNVQVTIN TAAEGLAAEE
VEKLISYPVE SAMYALPAVT EVRSLSRTGL SIVTVVFAEG TDIYFARQQV FEQLQAAREM
IPSGVGVPEI GPNTSGLGQI YQYILRAEPN SGIDAAELRS LNDYLVKLIM MPVGGVTEVL
SFGGDVRQYQ VQVDPNKLRA YGLSMAQVTE ALESNNRNAG GWFMDQGQEQ LVVRGYGMLP
AGEEGLAAIA QIPLTEDKGT PVRVGDIAQV DFGSEIRVGA VTMTRRDEAG NVQNLGEVVA
GVVLKRMGAN TKATIDDIGA RVSLIEQALP DGVSFEVFYD QAELVDKAVT TVRDALLMAF
VFIVVILALF LVNIRATLLV LLSIPVSIGL ALMVMSYYGL SANLMSLGGL AVAIGMLVDG
SVVMVENIFK HLTQPDRRHL LEARTRADGE ADPYHSDEDG GQQANMAVRI MLAAKEVCSP
IFFATAIIIV VFAPLFALEG VEGKLFQPMA VSIILAMISA LLVALIAVPA LAVYLFKRGV
VLKQSVVLAP LDAAYRKLLT ATLARPKVVM LSALLMFALS LLLLPRLGTE FVPELEEGTI
NLRVTLAPTA SLGTSLAVAP KLEAILLEFP EVEYALSRIG APELGGDPEP VSNIEVYIGL
KPISEWQSAS SRLELQRLME EKLSVFPGLL LTFSQPIATR VDELLSGVKA QLAIKIFGPD
LAVLSERGQA LTDLVAKIPG AVDVSLEQVS GEAQLVVRPK RELLARYGIS VDQVMSLVSQ
GIGGASAGQV IDGNARYDIN VRLAAEFRTS PDAIKDLLLS GTNGATVRLG EVASVEVEMA
PPNIRRDDVQ RRVVVQANVA GRDMGSVVKD IYALVPQADL PAGYTVIIGG QYENQQRAQQ
KLMLVVPISI ALIALLLYFS FGSFKQVLLI MANVPLALIG GIVALYVSGT YLSVPSSIGF
ITLFGVAVLN GVVLVDSINQ RRQSGEALYD CVYEGTVGRL RPVLMTALTS ALGLIPILLS
SGVGSEIQKP LAVVIIGGLF SSTALTLLVL PTLYRWLYRG DKRIDELD
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