| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_0162 |
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| Symbol | |
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| ID | 4844475 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 187251 |
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| End bp | 190400 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 640117375 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001048565 |
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| Protein GI | 126172416 |
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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 | 25 |
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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 | ATGTTGAAAT ATATTATCGA GGCGTCCATC AGGCAGCGAT TTATGGTGTT GATTATCGCC
ATCATGATCA CTGTTTGGGG CGTACAGGAG CTGCGAAAAA CGCCGCTCGA TGCGCTGCCG
GATTTATCCG ATGTGCAAGT GATCATTAAA ACCCCTTATC CGGGTCAAGC ACCAAAATTG
GTTGAAGAAC AAGTGACTTA TCCCTTGTCG ACCGCCATGT TAGCCGTACC TGGTGCTAAA
ACCGTGCGTG GTTATTCCAT GTTCGGCGAC TCCTACGTGT ATGTGATTTT TGAAGATGGC
ACCGACATTT ACTGGGCTCG CTCACGGGTG CTTGAATACC TGAGTCAGAT CAGCAGCCGT
TTGCCACAAA ATGTGCAACC TTCCCTCGGC CCCGATGCGT CTGGTGTTGG TTGGGTGTAT
GAATATGCGC TAGTCGATCG CTCCGGCAAT TTAGATTTAT CGCAACTCAA GAGTCTGCAG
GATTGGTATC TCAAGCTAGA GCTGCAAAGC GTGGCGGGCG TGTCTGAAGT CGCCACCGTT
GGCGGCATGG AGCAAACCTA TCAGATAGTG CTTGAGCCCG ATAAAATGGC GATCTATAAG
CTCGATATCG CCACCATTAA ACAAGCCATT GATAAAGCCA ACAGCGAAGC TGGCGGCTCA
GTGATCGAAA TGGCCGAAGC CGAGTACATG GTGCGCGCCA AAGGCTATCG CCAGACGCTA
GAGGATTTTC GTGAGATCCC CCTTGGTATC ACCAGTCCTT CTGGCACAGG TTTAACCCTC
AAAGATGTTG CCACTGTGCG TAAAGGCCCA GCCTCACGCC GCGGCATAGC AGAACTCGAC
GGTGAAGGTG AAGTCGTTGG CGGTATTGTA GTGATGCGTT ACGGCGAAAA CGCCTTAGCG
ACAATTGATG CGGTGAAAGC AAAACTCGAA GAACTCAAAG CTGGCCTGCC CGATGGGGTT
GAGATTATCC CAACCTATGA CAGATCCCAC TTGATCCTTA AGTCCGTCGA CAACCTGTTT
AGCAAGGTCG TCGAAGAAAT GTTGGTGGTC GGCTTAGTCT GCTTGCTGTT TTTACTGCAT
GCGCGCTCCA CACTCGTGGC CGTGATCACC CTGCCGCTAT CTATCCTAAT CGCCTTTATT
GTGATGAATA AGATGGGTGT TAACGCCAAT ATCATGAGCC TTGGCGGCAT CGCCATTGCC
ATCGGCGCCG TGGTGGACTG CGCGATTGTG ATGATCGAAA ACTTGCACAA ACATTTAGAG
CATTTTAAAG CGGATCATGA TCGCGAACCC GATACGAAGG AGCATTGGCG CATCGTCACC
GAAGCGTCGA TTGAAGTCGG CCCTGCGCTA TTTTTCTCAT TGATTATTAT CACCTTAAGC
TTTGTGCCTG TGTTCGCGCT CGAGGCGCAG GAAGGTCGAT TATTCGCGCC ATTGGCCTAC
ACTAAAACCT TCGCCATGGC AGCGGCGGCT TTTTTATCTA TTACCTTAGT GCCGATTTTA
ATGGGTTACT TTATTCGCGG CAAAATCCCC AGCGAACGCA GCAATCCCAT CAGCCGTTTC
TTGATCGCGA TTTACCAACC TTCACTAAAA CTGGTGCTTA AATTTCCTAA AGTCACCCTG
ATGTTAGCGT TAATCGCGCT GGCCAGCGCT TGGTATCCTA TGACCCGCAT GGGCAGCGAG
TTTATGCCCG CACTCGAAGA AGGCGATTTG CTCTACATGC CAACGGCATT ACCCGGCATC
AGTGCCAGCA AGGCCGCCGA AGTGCTGCAG CAAACCGATC GCTTGATCAA AACTGTGCCC
GAAGTAGCCC GTGTGTTTGG AAAAGTAGGC CGCGCCGAAA CCGCGACCGA TCCCGCGCCG
CTGACCATGC TTGAAACCAC TATCATGCTT AAACCCCATG ACGAATGGCG TGAAGGCATG
ACCTTAGATG GCATCATTGC CCAACTGCAG CAAACCGTAA AAGTACCGGG ACTCACCAAT
GCTTGGGTGC AACCCATCAA AACCCGTATC GACATGCTCT CGACGGGGAT CAAAACCCCT
GTCGGCATTA AGATCACTGG GGCCGATGTC AACGAACTGC AAAGCATTGG CACTAAGATT
GAAGCTATCT TAAGCAAAGT GCCACACACC AAATCGGCCT ACGCCGAACG CAGTGGCGGC
GGCCGTTATA TCGATATCAG TCCGAAACTT GATGTGGCCG CACGTTACGG TATGACGTTG
CAGGATATTC AAGATGTGGT GCGTTATGCC ATTGGCGGTA TGGATATTGG TGAGTCGGTA
CAAGGCGCCG AACGTTATCC AATCAACCTG CGTTATCCCC GAGAACTGCG CGACAACATC
GAGAAACTGC GCGAGCTGCC CGTGATCACT AAGTCGGGGC ATTATCTGCC GCTACGTAAC
TTGGCCGACA TCGAAATTAA CGATGGCGCG CCTATGTTAA AGAGTGAGAA TGGCCGCTTA
ATCTCTTGGG TGTTTATCGA TATCGAGGGC ACCTCTATCG GTGAGTATAT CGCCACCGCG
AAAACGGCCT TAGACGCCGA ACTCGTTGTC CCGCCCCGTT ACAGCTATAG CTTTGCGGGT
CAGTACGAAT ATATGCAAAG AGTCGATGCT AAGCTTAAAC AAGTGATCCC TATGGCATTA
GCCGTGATCT TCATCCTGCT GATGATGACC TTCGGCTCCA CCATTCAGGC CAGCATTATT
ATGCTCAGCC TCCCCTTCGC ATTGGTCGGC AGTACTTGGT TGTTATATCT ACTGGATTAC
AACATCTCAG TGGCCGTTGC TGTCGGTATG ATTGCCTTAG CGGGTGTCGC AGCCGAGTTT
GGGGTGGTAA TGTTGGTGTA TCTCAATAAC GCCATCAAAC ACAGGCAAGA AAAAGATAAT
TACCACAGCG TCAATGACTT GAAAGAAGCC TTGATTGAAG GCGCCGTTAT GCGGATCCGC
CCCAAAGCGA TGACAGTAGC GACCATCTTC TTCGGCCTAC TGCCCATAAT GTGGGGCGCA
GGTTCGGGTA ACGATGTGAT GCAAAAAATC GCCGCACCTA TGGTCGGCGG CATGGTCACA
GCGCCCATAC TGTCGCTGTT TGTCCTGCCC GCACTCTATC TACTGATTTA CTCGCGTAAA
TTAAAGAAAG ATCCTGCGCA CGTAAGTTAA
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| Protein sequence | MLKYIIEASI RQRFMVLIIA IMITVWGVQE LRKTPLDALP DLSDVQVIIK TPYPGQAPKL
VEEQVTYPLS TAMLAVPGAK TVRGYSMFGD SYVYVIFEDG TDIYWARSRV LEYLSQISSR
LPQNVQPSLG PDASGVGWVY EYALVDRSGN LDLSQLKSLQ DWYLKLELQS VAGVSEVATV
GGMEQTYQIV LEPDKMAIYK LDIATIKQAI DKANSEAGGS VIEMAEAEYM VRAKGYRQTL
EDFREIPLGI TSPSGTGLTL KDVATVRKGP ASRRGIAELD GEGEVVGGIV VMRYGENALA
TIDAVKAKLE ELKAGLPDGV EIIPTYDRSH LILKSVDNLF SKVVEEMLVV GLVCLLFLLH
ARSTLVAVIT LPLSILIAFI VMNKMGVNAN IMSLGGIAIA IGAVVDCAIV MIENLHKHLE
HFKADHDREP DTKEHWRIVT EASIEVGPAL FFSLIIITLS FVPVFALEAQ EGRLFAPLAY
TKTFAMAAAA FLSITLVPIL MGYFIRGKIP SERSNPISRF LIAIYQPSLK LVLKFPKVTL
MLALIALASA WYPMTRMGSE FMPALEEGDL LYMPTALPGI SASKAAEVLQ QTDRLIKTVP
EVARVFGKVG RAETATDPAP LTMLETTIML KPHDEWREGM TLDGIIAQLQ QTVKVPGLTN
AWVQPIKTRI DMLSTGIKTP VGIKITGADV NELQSIGTKI EAILSKVPHT KSAYAERSGG
GRYIDISPKL DVAARYGMTL QDIQDVVRYA IGGMDIGESV QGAERYPINL RYPRELRDNI
EKLRELPVIT KSGHYLPLRN LADIEINDGA PMLKSENGRL ISWVFIDIEG TSIGEYIATA
KTALDAELVV PPRYSYSFAG QYEYMQRVDA KLKQVIPMAL AVIFILLMMT FGSTIQASII
MLSLPFALVG STWLLYLLDY NISVAVAVGM IALAGVAAEF GVVMLVYLNN AIKHRQEKDN
YHSVNDLKEA LIEGAVMRIR PKAMTVATIF FGLLPIMWGA GSGNDVMQKI AAPMVGGMVT
APILSLFVLP ALYLLIYSRK LKKDPAHVS
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