| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_2689 |
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| Symbol | |
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| ID | 8358849 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | + |
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| Start bp | 3284779 |
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| End bp | 3289158 |
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| Gene Length | 4380 bp |
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| Protein Length | 1459 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 644964871 |
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| Product | heavy metal efflux pump, CzcA family |
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| Protein accession | YP_003122372 |
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| Protein GI | 256421719 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.812811 |
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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 | 40 |
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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 | ATGCTAAATA GAATCATTCA ATTTTCCATA AAGAATAAGT TGATCATTGC GCTCATGACT
TTGGGCCTGG TCATCTGGGG GATCTACTCG CTGAAAAAAT TACCCATTGA CGCCGTTCCC
GATATTACGA ATAACCAGGT ACAGGTAATC ACCTTGTCTC CATCGCTTGC AGCGCAGGAG
GTAGAACGCC TGATATCTTT TCCTGTGGAG CAGGTGATGT CTACTATCCC CGAACTGGAA
CAGGTACGTT CTATCTCCAG GTTTGGCCTG TCAGTGGTGA CCATCGTTTT TAATGACGAT
GTGGATATTT ACTGGGCACG CCAGCAGGTT AACGAGAAGC TGGCCGAGGC TAAGAATAAT
ATACCCGCAG GTCTGGGTAA TCCGGAGATC TCGCCTATAT CAACCGGACT GGGAGAAATA
TACCAGTATG TTATTCACGC AAAGCCTGGT TTTGAAGAAA AGTACAATGC CAGGGAGTTA
CGTAGTATAC AGGACTGGAT CGTGCGTCGA CAGCTGTTGG GAACACCCGG TGTAGCCGAA
GTGAACAGTT TCGGTGGATT ACTCAAGCAG TACGAAATAG CACTCGATCC GGATAAATTG
CGTAGCTATA ATCTCAGCAT CACAGAGATC TTTAATGCAC TGCAACTGAA CAGCCGGAAC
GCCGGTGGTG CCTATATAGA TAAAAAGCCG AATGCATATT TCATTCGTAC AGAAGGTCTG
GTGGAAAACC TGGATGATAT TAATAAAATT GTTGTGAAAA ATAGTGAAGC CGGTGTGCCC
GTCCTGATAC GTGACGTTGC CACGGTGCAG ATCGGTAATT CCATCCGATA TGGCGCCCTG
ACCCGTACTT CTGCGAATAG CAGCGGGGAG GCAGTAGGAG GAATCGTGAT GATGTTGAAA
GGCGCCAATG CCAAAAAGGT AGTAGGGGAA GTGAAATCGA GGATCGGACG TATTAGTAAA
ACCTTGCCGG AAGGGGTCGT TATAGAACCA TTCCTGGATC GTAGCGCCCT GGTAGACCGG
GCAATTGGTA CCGTAGCCAA AAACCTGATC GAAGGCGCCC TGATCGTCAT TTTTGTACTT
GTGATATTCC TGGGCAACCT GCGGGCCGGA TTAGTAGTGG CCTCCGTGAT TCCATTAGCG
ATGCTCTTCG CCATCGGCAT GATGAACGTT TTTGGTGTAT CGGGCAACCT CATGAGTCTT
GGTGCAATAG ACTTCGGCCT TATTGTCGAC GGTGCTGTGA TCATCGTAGA AGCAACCATG
CACCACCTTG GCCTCAAAAA CCGGGGTAAA CTAACGCAGG AGGAAATGGA TGAGGAAGTA
CTGGAGTCCG CTGTAAAGAT CCGTTCTGCT GCTGCTTTCG GCGAAATCAT CATCCTGATC
GTTTATCTGC CTATTCTCGC CCTGGTCGGT ATTGAAGGTA AGATGTTCCG CCCGATGGCT
GAAACCGTCT CTTTTGCCAT CCTGGGAGCC TTTATACTGT CTATGACCTA CGTTCCCATG
GTATCAGCAT TGGTATTGAG TAAGAATACC ACACATAAGC GGACTTTCTC TGACCGTATG
ATGGATTTCC TGCACAGACG CTATATCCCT ATCATAAAAG GTGCACTGAG AAAACGTTTG
CTCGTTACTA TTACAGCTGC CACCTTACTG GTGATAAGTA TATTAGTCTT CTCCCGCATG
GGTGGTGAAT TTATTCCCAG CCTGGAAGAG GGTGATTTCG CGGTAGAGAC CCGTCTGCTG
ACCGGTAGCT CCTTGTCGCA GACTATCGAC AAGGTAAACC AGGCTTCCGC TATCCTGGTA
AAGCAATTCC CCGAAGTAAA GGAAGTAGTC GGAAAGATCG GTGCTGCGGA AATACCAACT
GATCCTATGC CGATGGAAGC CTGTGACCTG ACCATCATCC TGAAAGATAA AAAGGAATGG
ACATCTGCCC GCAATAGGGA CGAACTGACA GAAAAGATGA GCGAGGCGCT GAAACAGGTG
CCGGGTGTAA ACTTTGGCTT CTCTCAGCCT ATACAATTAC GCTCCAATGA ATTGATATCA
GGTGTAAGAC AGGATATTGG TATAAAGATT TTTGGGGACG ACCTCGACGT ACTTACACAA
TTGTCAAAGA AGATCGGCAC AATCGTTTCC AAAGTGGATG GTGCAAAAGA TCTGTACCTG
GAACAGGCGG AAGGCTTGCC TCAGATCGTT GTGAACATTA ACCGTGACCG TATCGCACAG
TATGGCCTGA GTGTAGAAAG TGTCAATGAA GCAGTAAATG CTGCTTTCGC CGGACAATCA
GCGGGCCTGG TCTATGAAGG TGAACAACGA TATGATATGG TCGTAAGACT ATCACAACAA
AACCGCCAGA GCATCGAAGA TGTAAGGAAT ATATACATCA CTTCTTCTAC CGGTATTCAG
GTACCACTGG AACAACTCGC AGATGTAACT TTTAAACTGG GCCCTAACCA GATCCAGCGT
GAAGACACAA AGAGAAGGAT TATAGTCGGA CTCAACGTAC GCGGAAAAGA CATACAAAGT
GTAGTAAATG AGATCGAAGG AAAGATCAAT CAGCAGATCA AACTGCCCAC CGGTTATTAT
ATTACTTACG GTGGACAATT CGAAAACCTG AAAGCAGCCA GCGCCAGACT CTCCCTCGCC
GTGCCGGTTG CCCTGGGATT GATCCTCCTG CTGCTCTATT TTACCTTCGG CTCTGTAAAA
CAATCGCTCC TCATATTCAC CGCGATTCCG ATGGCAGCTA TCGGAGGAAT CTTTGCCTTA
CTCCTGAGAG GGATGCCTTT CAGTATCTCG GCAGGTGTTG GTTTTATCGC CCTCTTTGGT
GTGGCCGTAT TAAATGGTAT TGTGCTCATT ACTGAGTTTA ACCGCCTGCG GAAAGAAGAT
GACGGCTATT CACTGGATGA AATAGTGCTG AAAGGAACAG AAGTACGTCT ACGACCGGTA
TTAATGACGG CAACAGTGGC TTCCCTCGGC TTTTTGCCAA TGGCTATTTC AACTGCTGCC
GGTGCAGAAG TACAGAAACC CTTAGCCTCA GTAGTGATTG GCGGATTGAT CACCTCAACC
ATCCTTACCC TGGTCGTACT GCCGGTATTA TACACCTACT TCGAAGGCTG GAAGCCTAAA
ATATCGAAAC TGCCGGCAGT AGCCTCCATC ATATTGCTGC TGGGATCACT CCTGACATTC
TCCCCGGCAG CCAAAGCCCA GGATCAACGT AGCGGTCTGA CTATGGAAGC GGCTATCCAA
ACCGCCATCA AAAACAATTC TGCCATCCGT TCCGCTAATC TGGAGATCGA CCGGCAACAG
GCATTAAAAG GAACATCAGG AGACATCGGT AAAACGAACC TGGATGTCCA GTATGGACAG
TTCAACAGTA ATAACCGGGA TAATAACATC ACCATATCCC AGTCTATTCC TTATCCAGGC
GTATTAAAGA ATCGTAGCAA ACTGGCGGAG GCGCGTATCG AAGGTGCAAA GACCGGACTG
GCAGTAAATC AGACCGGACT GATTTACGAA GTAAGGAGTG CATATGGACA ATTATCCTAC
TACTATGCAC TGGAAGTACT GTATAAACAA CAGGATTCTA TCTATGGAAG ATTTCAGAAA
GCGGCGGCCC TCCGTTATCA GACAGGCGAA ACAAGACTCC TGGAGTCCGC CACCGCCGAG
ACCCAGCGCA ATGAAATACA TAATCAGATG GAGAAGAACG AGGCGGACAT TCGCGCTTAT
AAAGCAGAAT TACAACGCCT GCTGAACACG CCGGATGATA TCATACTCGC TGAAGAAGAG
TACAAGCCCG ATGCATATTT ATTAACACCG CCTGACACCA ATACACAGCA AAGTCCCTTA
CTGGCACAGC AGAAACAACA GGTTGAAATC GCAGAAAGGG CTGTACATCT TGAACGTTCT
TTGTCCGCGC CAGACTTTAC CCTGGGTTAC TTTAACCAGT CTATTATCGG TATGCAGAAT
GTCAACGGAC AGGATGTATA CTTCGGTGGG GGAAAGCGTT TCCAGGGACT GCAGGCCGGT
ATTGCTATCC CGATATTCTT CAGGTCCTTC GCTTCCCGCG TGAAAGCTGC GAAGATCGAA
AAGCAGATAG CCGAAAGTCA GTTAATGTTA TTGCAGAACA ATCTGCAGGG AGAATACAAA
CAGGCATACC AGGAAATGCT AAAGAATGCG CGCAGTATTG AATATTACCA GAAAAGCGCA
TTGCCCAACG CAGTGCTTAT TCTGAAGCAG GCGCAGCTAT CCTTTCAGAA TGGAGAAGTG
GGTTATGTGG AGTATCTGCA GGCACTCAGG ACGGCTTCAG ACCTGCGTTT TAATTATCTG
CAAACAGTCA ATCAATATAA TCAATCAGTT TACCGGATCA AATACCTGGT TGGTCTATAA
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| Protein sequence | MLNRIIQFSI KNKLIIALMT LGLVIWGIYS LKKLPIDAVP DITNNQVQVI TLSPSLAAQE
VERLISFPVE QVMSTIPELE QVRSISRFGL SVVTIVFNDD VDIYWARQQV NEKLAEAKNN
IPAGLGNPEI SPISTGLGEI YQYVIHAKPG FEEKYNAREL RSIQDWIVRR QLLGTPGVAE
VNSFGGLLKQ YEIALDPDKL RSYNLSITEI FNALQLNSRN AGGAYIDKKP NAYFIRTEGL
VENLDDINKI VVKNSEAGVP VLIRDVATVQ IGNSIRYGAL TRTSANSSGE AVGGIVMMLK
GANAKKVVGE VKSRIGRISK TLPEGVVIEP FLDRSALVDR AIGTVAKNLI EGALIVIFVL
VIFLGNLRAG LVVASVIPLA MLFAIGMMNV FGVSGNLMSL GAIDFGLIVD GAVIIVEATM
HHLGLKNRGK LTQEEMDEEV LESAVKIRSA AAFGEIIILI VYLPILALVG IEGKMFRPMA
ETVSFAILGA FILSMTYVPM VSALVLSKNT THKRTFSDRM MDFLHRRYIP IIKGALRKRL
LVTITAATLL VISILVFSRM GGEFIPSLEE GDFAVETRLL TGSSLSQTID KVNQASAILV
KQFPEVKEVV GKIGAAEIPT DPMPMEACDL TIILKDKKEW TSARNRDELT EKMSEALKQV
PGVNFGFSQP IQLRSNELIS GVRQDIGIKI FGDDLDVLTQ LSKKIGTIVS KVDGAKDLYL
EQAEGLPQIV VNINRDRIAQ YGLSVESVNE AVNAAFAGQS AGLVYEGEQR YDMVVRLSQQ
NRQSIEDVRN IYITSSTGIQ VPLEQLADVT FKLGPNQIQR EDTKRRIIVG LNVRGKDIQS
VVNEIEGKIN QQIKLPTGYY ITYGGQFENL KAASARLSLA VPVALGLILL LLYFTFGSVK
QSLLIFTAIP MAAIGGIFAL LLRGMPFSIS AGVGFIALFG VAVLNGIVLI TEFNRLRKED
DGYSLDEIVL KGTEVRLRPV LMTATVASLG FLPMAISTAA GAEVQKPLAS VVIGGLITST
ILTLVVLPVL YTYFEGWKPK ISKLPAVASI ILLLGSLLTF SPAAKAQDQR SGLTMEAAIQ
TAIKNNSAIR SANLEIDRQQ ALKGTSGDIG KTNLDVQYGQ FNSNNRDNNI TISQSIPYPG
VLKNRSKLAE ARIEGAKTGL AVNQTGLIYE VRSAYGQLSY YYALEVLYKQ QDSIYGRFQK
AAALRYQTGE TRLLESATAE TQRNEIHNQM EKNEADIRAY KAELQRLLNT PDDIILAEEE
YKPDAYLLTP PDTNTQQSPL LAQQKQQVEI AERAVHLERS LSAPDFTLGY FNQSIIGMQN
VNGQDVYFGG GKRFQGLQAG IAIPIFFRSF ASRVKAAKIE KQIAESQLML LQNNLQGEYK
QAYQEMLKNA RSIEYYQKSA LPNAVLILKQ AQLSFQNGEV GYVEYLQALR TASDLRFNYL
QTVNQYNQSV YRIKYLVGL
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