| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_3995 |
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| Symbol | |
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| ID | 5081504 |
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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 putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | - |
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| Start bp | 4646424 |
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| End bp | 4649567 |
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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 | 640501207 |
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| Product | CzcA family heavy metal efflux protein |
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| Protein accession | YP_001185497 |
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| Protein GI | 146295073 |
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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 | 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 | ATGTTGGAAT CGATTTTACG CTTTTCGATA AAGCGAAAAT TCCTAGTGCT GGTGATGGTA
TTAGCTTTAG CCGGATTAGG CATATGGAAC TTCACTAAAT TGCCGATTGA TGCGGTGCCG
GACATCACCA ATGTGCAGGT GATGATCAAC ACCGAAGCCC CAGGTTATAC CCCGCTTGAG
ATTGAGCAAC GGGTCACCTT TCCCTTGGAA ACCGCTTTGG CAGGTTTACC TGGGCTAACT
TACACACGTT CCGTTTCTCG CTATGGCTTG TCTCAAGTGG TTGCCATATT CAGTGACGAC
ACGGATGTGT ATTTTGCCCG CCAGCTCGTG AACGAACGAT TATCCGCAGC CCGTGCTGAA
TTGCCTGTAG GACTTGAGCC GCAGCTTGGG CCTATTGCGA CAGGCTTAGG TGAAATCTTT
ATGTTTACGG TGGATGCATT GCCTGATGCC ACCCACGCCG ATGGTTCGCC GATCACGCCA
ATGGATTTAC GCACTGTGCA CGATTGGACG ATTAGACCGC AGTTGATGCG AGTGCCCGGC
GTTGTTGAAG TGAATCCTAT TGGTGGTTTT GAACGTGAAA TTTTAGTGGC TTTCAAACCA
GAAAAACTTT TGGCCTTTGG CTTAACCCAA GCGGATGTTG TCGATGCCAT TGCTAAAAAT
AATCAAAATC AAGGTGCGGG TTTTATTGAG CAAAACGGCG CGCAGTGGCT ACTGAGAATG
CCCGGTCAGG CAGAGGATAT GGCCACGATT GGCAATATCC CGCTGAAATC GACCAATGGA
TCAGCCTTGA CCATCAAAGA TGTGGCAGAG ATTGAAAATG GCCAAGGTCT ACGAAACGGT
GCCGCCACGC AGAATGGCCG TGAAGTGGTT ATGAGTACCG TGTTTATGTT AATTGGTGAA
AATAGCCGCA CCGTAGCCCA TGCCGTGGGC GAAAAGCTCA AAGAAATCAA TGCGACTTTA
CCAAAAGGGA TTGTGGCCAC TGCCGTATAT GACCGCACCA CCTTGGTAGA TAAAACGTTA
CAGACAGTAC AAACCAATCT ACTTGAAGGC GCAATTCTGG TGATCGTGGT GTTGTTTGTC
TTGCTAGGAA ACTTTCGGGC GGCATTTTTA ACCGCATTAG TCATCCCTTT TGCCATGTTG
ATGACCATTA CGGGCATGGT GCAGACTCGT GTTAGTGCTA ACTTGATGAG CTTAGGGGCT
CTGGACTTTG GTTTATTAGT GGATGGCGCG ATCATCATTG TTGAAAACTG CCTGAGGCGT
TTAAGTCAGG CGGGGGATGA TCCCTTACCA TTAAAAGAAC GTTTAGAACT CGTCTTTGAG
GCCACTCGCG AGGTTATTCG CCCGGCACTG TTTGGTGTCT TTATCATTAC GGCGGTCTAT
TTGCCGATTT TTGCGCTGGA AGGCGTGGAA GGCAAAATGT TCCATCCAAT GGCCATTACA
GTGGTGATTG CACTGTTAAG TGCAATGCTG CTTTCCGTCA CCTTTGTTCC TGCAATGGTT
GCATTGCTGT TTAAAAAACC GGTGAAAGAG AAACACAGTC CACTTATTCG TGGCGCAGTG
TTCTTATATC GCCCTGCCTT AAACTGGGTC ATTAAAGGGC GCTGGATGGT TGTCATCGCT
GCCACGCTGT TAGTCGCAAT CTTTGGTTAT CAGGCGACGA AATTAGGCAG TGAATTCGCA
CCAAATCTGG ATGAAGGGGA TATTGCTATG CACGCCCTTC GAATTCCGGG AACCTCGCTG
AGTCAGGCAA TCGCCCTGCA GGAAACACTG GAAGATAAAA TTAAACAGAT GCCAGAGGTT
GAGCGGGTAT TTGCCAAAAT CGGCACGGCT GATGTCGCTA CCGATGCGGT TCCTCCCAGC
GTGGCGGATA ACTTCATTAT CTTAAAACCC CGTGAGCAGT GGCCCAATCC TAACAAATCT
AAAGAACAAA TCGTCGAAGA ACTTGCTGCT CTAGTAGCCC CCATTCCGGG TAATCGTTAT
GAATTCTTGC AACCCATTCA GATGCGTTTC AATGAACTGC TGGCAGGGGT AAGGGCAGAA
CTTGCCATCA AAGTGTTTGG TGATGATTTT GATACGCTCA CAGCACTGGG CGCAGAAATT
GAGTCCGCCA TCGCTCAAGT CGAAGGCGTT GCAGATATTC AGGTTGAGCA GAGCACGGGG
CTAACGATAC TGAACATCAT TCCTAATCGT CAAAAGCTGA TGCAGCATGG TATCAGTATC
ATGGAGGTGC AATCTCAAGT TGCTACCGCG ATGGGAGGGA CTGTGGCGGG TAAGTTCTAC
CAAGGGGATG TGCGTTCAGA TATCGTGGTG CGTCTTGATG AGTCGCGTAG GCAGAACATC
GATGCGCTCA GTTATCTACC TATTACATTG TCTGGCGGTC AAAGTATTCC ACTTCAAGAA
TTAGCCTCCT TAGAGCTGGT TTCGGGCGCT AACCAAATAA ACCGTGAAAA CGGTAAACGC
AGAATGGTCG TTACTGCTAA CGTGCGTGGA CGAGATTTAG GCAGCTTTGT CGCCGATATT
CAGACCGTTA TTGGTGAAAA AGTGGCAATT CCCGCAGGTT ATTGGCTGGA GTACGGTGGC
ACCTATCAGA AACTGCAATC GGCTTCAAAA CGCCTCAGTA TTGTGGTGCC TGTTACCTTG
TTGATGATTA TTGGGTTGCT GATGTTGGCG CTTAACTCCT TTAAAGACGC AATGATTATC
TTTACTGGTG TGCCTCTGGC GTTAACTGGT GGGATTGCGG CGCTGTTGCT GCGCGATATT
CCGTTCTCAA TTTCGGCCGC GGTTGGCTTT ATTGCGTTAT CGGGCATTGC GATTTTAAAT
GGTCTGGTGA TGGTGTCATT TATTCGCCAA TTACGTAAAG AAGGGGTGGG ACTCGATAGC
GCCATTTTTG AAGGGGCGCT AACGAGGCTG CGTCCGGTCA TAACAACCGC ATTAGTCGCT
TCGCTTGGCT TTATTCCGAT GGCCCTCAAT ACCGGTATTG GTTCTGAAGT GCAACGGCCA
CTGGCTACCG TAGTGATTGG TGGCATTATC TCCTCTACGC TATTAACGCT ATTTGTTATC
CCCGCGCTAT ATCGAATTTT ACACAAAGAA AAGGAGTCTA TTTTGACTGA AGTAGAAGCA
ATGGAGTTAG TTGATGCCAA ATAA
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| Protein sequence | MLESILRFSI KRKFLVLVMV LALAGLGIWN FTKLPIDAVP DITNVQVMIN TEAPGYTPLE
IEQRVTFPLE TALAGLPGLT YTRSVSRYGL SQVVAIFSDD TDVYFARQLV NERLSAARAE
LPVGLEPQLG PIATGLGEIF MFTVDALPDA THADGSPITP MDLRTVHDWT IRPQLMRVPG
VVEVNPIGGF EREILVAFKP EKLLAFGLTQ ADVVDAIAKN NQNQGAGFIE QNGAQWLLRM
PGQAEDMATI GNIPLKSTNG SALTIKDVAE IENGQGLRNG AATQNGREVV MSTVFMLIGE
NSRTVAHAVG EKLKEINATL PKGIVATAVY DRTTLVDKTL QTVQTNLLEG AILVIVVLFV
LLGNFRAAFL TALVIPFAML MTITGMVQTR VSANLMSLGA LDFGLLVDGA IIIVENCLRR
LSQAGDDPLP LKERLELVFE ATREVIRPAL FGVFIITAVY LPIFALEGVE GKMFHPMAIT
VVIALLSAML LSVTFVPAMV ALLFKKPVKE KHSPLIRGAV FLYRPALNWV IKGRWMVVIA
ATLLVAIFGY QATKLGSEFA PNLDEGDIAM HALRIPGTSL SQAIALQETL EDKIKQMPEV
ERVFAKIGTA DVATDAVPPS VADNFIILKP REQWPNPNKS KEQIVEELAA LVAPIPGNRY
EFLQPIQMRF NELLAGVRAE LAIKVFGDDF DTLTALGAEI ESAIAQVEGV ADIQVEQSTG
LTILNIIPNR QKLMQHGISI MEVQSQVATA MGGTVAGKFY QGDVRSDIVV RLDESRRQNI
DALSYLPITL SGGQSIPLQE LASLELVSGA NQINRENGKR RMVVTANVRG RDLGSFVADI
QTVIGEKVAI PAGYWLEYGG TYQKLQSASK RLSIVVPVTL LMIIGLLMLA LNSFKDAMII
FTGVPLALTG GIAALLLRDI PFSISAAVGF IALSGIAILN GLVMVSFIRQ LRKEGVGLDS
AIFEGALTRL RPVITTALVA SLGFIPMALN TGIGSEVQRP LATVVIGGII SSTLLTLFVI
PALYRILHKE KESILTEVEA MELVDAK
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