| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_4384 |
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| Symbol | |
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| ID | 4476012 |
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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 sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008573 |
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| Strand | - |
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| Start bp | 269236 |
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| End bp | 272379 |
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| Gene Length | 3144 bp |
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| Protein Length | 1047 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 639720739 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_863897 |
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| Protein GI | 117676321 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.55849 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.35087 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTGGAAT CGATTTTACG CTTTTCGATA AAGCGCAAAT TCTTAGTGTT AGTGATGGTA
ATCGCCGTTG CGGGATTAGG GCTATGGAAT TTCACTAAAT TACCCATCGA TGCCGTACCG
GATATCACCA ATGTGCAGGT GATGATTAAT ACCGAAGCGC CGGGATACAC GCCACTTGAA
ATCGAGCAGC GTGTGACCTT CCCTTTGGAA ACCGCATTAG CAGGCTTGCC TGGGTTAACC
TACACCCGCT CGGTATCGCG CTATGGCTTA TCACAGGTGG TGGCCATTTT CAGTGATGAG
ACGGATGTCT ATTTTGCCCG TCAGTTAGTC AATGAGCGTT TATCGGCGGC ACGTTCCGAG
CTGCCGCTTG GGCTTGAACC ACAGCTTGGC CCTATTGCGA CTGGCTTAGG TGAAATCTTT
ATGTTTACCG TGGATGCATT GCCAGATGCT ACCCATGCCG ATGGAACGCC TATCACGCCA
ATGGATTTAC GCACGGTACA TGATTGGACA ATTAGGCCGC AGCTCATGCG TGTGCCAGGG
GTGGTTGAAG TTAACCCTAT CGGCGGCTTT GAGCGTGAGA TTTTGGTCGC TTTCAAACCG
GAAAAACTGC TCGCCTTTGG TTTAACCCAA GCCGATGTTG TCGATGCCAT AGCCAAGAAT
AATCAGAACC AAGGCGCAGG TTTTATTGAG CAAAACGGTG CTCAGTGGTT ACTGAGAATG
CCAGGCCAAG CCGAAGACAT TGTGGCCATT GGCAATATCC CACTCAAATC AACGCAAGGC
AGTGCGCTGA CCATTAAAGA TGTGGCCGAT ATTGAAAATG GTCAGGGGCT ACGCAACGGT
GCTGCGACTC AAAATGGCCG CGAAGTGGTC ATGAGTACCG TGTTTATGTT GATTGGTGAG
AATAGCCGCA CCGTTGCCCA TGCTGTAGGT GAGAAACTCA AAGAAATCAA CGCGACCCTG
CCGGAAGGGA TTGTCGCCAC AGCAGTTTAT GATCGCACTA AGTTAGTGGA TAAAACCCTA
CAAACGGTGC AGACCAATCT ATTAGAAGGC GCACTACTGG TCATTGTGGT GTTGTTTGTA
CTGCTTGGGA ATTTTAGGGC TGCATTTTTA ACTGCACTGG TGATCCCCTT TGCTATGTTA
ATGACGATTA CCGGCATGGT ACAAACCCGC GTTAGCGCGA ACCTGATGAG TTTAGGCGCT
CTGGACTTTG GTTTGTTAGT CGATGGCGCG ATCATTATTG TTGAAAACTG CTTGAGACGG
TTAAGTCAGG CAGGAGACGA TCCTTTACCG TTAAAAGAAC GTCTAGAGCT CGTGTTTGAA
GCTACCCGTG AGGTCATTCG CCCCGCACTA TTTGGTGTAT TTATCATTAC CGCCGTGTAT
TTGCCGATTT TTGCACTAGA AGGTGTAGAA GGCAAAATGT TCCACCCGAT GGCGATTACG
GTAGTGATTG CGTTGTTAAG TGCCATGTTG CTGTCGGTGA CTTTTGTGCC AGCAACCATT
GCCTTGCTGT TTAAGAAACC AGTGAAGGAG AAGCATAGCC CGCTTATCCG TGGTGCAGGC
GCCTTGTATC GCCCTGCGTT AAACAGGGTA ATTCAAGGTC GCTGGGTCGT GGTGATTGCT
GCCACGTTGT TGGTCGCCGT TTTTGGTTAC CAAGCGACGA AATTAGGCAG TGAATTTGCC
CCTAATTTGG ATGAGGGGGA TATTGCAATG CATGCCCTAC GTATTCCTGG CACCTCACTG
AGTCAGGCGA TTGCCCTGCA AGAAACTCTA GAAGATAAAA TTAAGCAAAT GCCTGAAGTT
GAAAGGGTAT TTGCCAAAAT TGGTACTGCG GATGTGGCGA CCGATGCAGT GCCTCCGAGT
GTGGCTGATA ACTTTATTAT CCTAAAACCT CGTGAGCAGT GGCCAAATCC CAATAAATCG
AAGGAGCAAA TTGTAGAAGA GTTGGCGGCG ATGGTGGAAC CTATCCCTGG CAACCGCTAT
GAGTTCTTAC AGCCTATTCA AATGCGCTTT AATGAGCTGC TTGCAGGGGT CCGGGCGGAG
CTTGCAATTA AGGTGTTTGG TGATGATTTC GATACGCTCA CTTCGCTTGG TGCACAAATC
GAGGCAGCTA TCGCTCAGGT CGATGGCATT GCCGATGTGC AAGTGGAGCA GACAACAGGT
TTGCCTATGC TGAATATCAT TCCGAAACGT CAACAGCTGA TGCAACATGG CTTAAGTATG
GCCGAGTTGC AGTCTCAAGT GGCAACCGCA ATGGGCGGCA CTGTGGCGAG TAAATTCTAT
GAAGGAGATA TTCGCTCAGA CATTGTTGTA CGTCTGGGTG AATCACGTAG GCAAAATCTG
GACGGCTTAC GTTATTTACC GATTTCCTTA CCCGACAGGC ATAGCATCCC ACTTCAGGAA
TTAGCGTCCT TGGAATTGGT TTCTGGTGCT AACCAGATTA ACCGTGAAAA TGGGAAACGT
CGCATGGTGG TCACCGCCAA CGTACGTGGA CGGGATTTAG GTAGCTTTGT CGCTGATATT
CAAAACGTTA TCGGGGAAAG AGTGGATATT CCCGCAGGTT ACTCGGTGGA GTACGGAGGC
ACCTATCAAA AATTACAATC GGCATCGCAT CGCTTGAGTA TTGTTGTGCC TGTGACCCTG
TTGATGATTG TCGGTTTATT GATCCTCGCC CTTAGCTCCT TCAAGGATGC GATGATTATC
TTTACTGGCG TCCCCTTAGC CCTGACGGGC GGAATTGCCG CATTATTGTT ACGGGACATT
CCCTTTTCTA TCTCAGCCGC AGTGGGCTTT ATCGCCCTCT CTGGTATCGC GATTTTAAAT
GGTCTTGTCA TGGTGTCATT TATTCGCGAA TTACGTAAAG AAGGTATGGG ACTCGATAGG
GCAATTTTTG AGGGGGCACT AACAAGGCTT CGTCCAGTGT TAACCACGGC TTTAGTGGCA
TCACTCGGGT TTATTCCAAT GGCACTCAAT ACCGGTATCG GTTCAGAAGT CCAACGTCCG
CTGGCAACGG TTGTGATTGG GGGAATTATT TCATCAACCC TGTTAACGCT GTTTGTTATT
CCAGCGTTAT ATCGCATTTT ACATAAAGAA AAGGAGTCGA TTTTGACTGA AGTTGAAGTA
ATGGAGATTG CCGATGCCAA ATAA
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| Protein sequence | MLESILRFSI KRKFLVLVMV IAVAGLGLWN FTKLPIDAVP DITNVQVMIN TEAPGYTPLE
IEQRVTFPLE TALAGLPGLT YTRSVSRYGL SQVVAIFSDE TDVYFARQLV NERLSAARSE
LPLGLEPQLG PIATGLGEIF MFTVDALPDA THADGTPITP MDLRTVHDWT IRPQLMRVPG
VVEVNPIGGF EREILVAFKP EKLLAFGLTQ ADVVDAIAKN NQNQGAGFIE QNGAQWLLRM
PGQAEDIVAI GNIPLKSTQG SALTIKDVAD IENGQGLRNG AATQNGREVV MSTVFMLIGE
NSRTVAHAVG EKLKEINATL PEGIVATAVY DRTKLVDKTL QTVQTNLLEG ALLVIVVLFV
LLGNFRAAFL TALVIPFAML MTITGMVQTR VSANLMSLGA LDFGLLVDGA IIIVENCLRR
LSQAGDDPLP LKERLELVFE ATREVIRPAL FGVFIITAVY LPIFALEGVE GKMFHPMAIT
VVIALLSAML LSVTFVPATI ALLFKKPVKE KHSPLIRGAG ALYRPALNRV IQGRWVVVIA
ATLLVAVFGY QATKLGSEFA PNLDEGDIAM HALRIPGTSL SQAIALQETL EDKIKQMPEV
ERVFAKIGTA DVATDAVPPS VADNFIILKP REQWPNPNKS KEQIVEELAA MVEPIPGNRY
EFLQPIQMRF NELLAGVRAE LAIKVFGDDF DTLTSLGAQI EAAIAQVDGI ADVQVEQTTG
LPMLNIIPKR QQLMQHGLSM AELQSQVATA MGGTVASKFY EGDIRSDIVV RLGESRRQNL
DGLRYLPISL PDRHSIPLQE LASLELVSGA NQINRENGKR RMVVTANVRG RDLGSFVADI
QNVIGERVDI PAGYSVEYGG TYQKLQSASH RLSIVVPVTL LMIVGLLILA LSSFKDAMII
FTGVPLALTG GIAALLLRDI PFSISAAVGF IALSGIAILN GLVMVSFIRE LRKEGMGLDR
AIFEGALTRL RPVLTTALVA SLGFIPMALN TGIGSEVQRP LATVVIGGII SSTLLTLFVI
PALYRILHKE KESILTEVEV MEIADAK
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