| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_2664 |
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| Symbol | |
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| ID | 8358824 |
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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 | 3252615 |
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| End bp | 3255734 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 644964846 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003122347 |
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| Protein GI | 256421694 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium)
[TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | 35 |
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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 | ATGTCAATAG CAGAAGTTGC CGTAAAACGG CCTTTACTGA TCATTGTGAT ATTTACGGTG
CTTATCCTTT TCGGATTGAT CAGCTACAAT AAACTGAATT ATAACCTGCT TCCAAAAATA
GAAGTGCCAA CGGTCACGGT CAGTACGATC TATCCCGGCG CTTCGGCCTC GGAAGTGGAA
TCATCTGTTA CGAAGAAGCT GGAAGATGTG TTTGCGGCGA TTGAAGGGCT GGATAAGATC
AATTCCACTT CCCAGGAAGG GATCTCACAG ATCATCATAC AGTTTAAAAA CGGTACCAAT
ATCGACGAAG CAGAAGCAAA CGTACAGCGT AAGGCAGATC AGGCCATCAA CGATCTACCC
GATGATGCTG ATCGTCCGCT GGTGAATAAA GTCAACCTGG AAGAAGCGCC TGTGGTACGT
GCCGGTGTCA CATCTAACCT GACGCCCGCC GCAATGTATG AATTCGTAGA TAAACAACTG
CGTCCGATCC TTCAGAACGT AACAGGGGTA GGACAGGTGA ATATTATCGG GGGAGATGAA
AGACAGATCC AGATTAATGT GGATCAAAGT AAACTGTGGG CCTACGGATT AAGTATTTCC
GATGTGACGA ATGCGGTGAA TAACGCGAAT CAGTCATTTC CGGCAGGTAG CATCGAAACA
ACAGAACAGC AGTTCACTAT TCAATATGAT GCGAATGTTG CTTCCGTTGC ACAGCTGCGC
GATCTGATCG TCCGTCAGCA ACCAGGAAAG GGGAGTATCT ATTTACGGGA TGTGGCAGAA
GTAGTAGACG CGACTGCGAA AGCGACCGCG ATTAACCACA TCAACGGGGT GCCTTCTATC
GGTATCCAGA TCATCAAACA ATCAGACGCA AACGCCGTGA ACGTAAGCCG GCAGGTAAAA
GCCGCTTTCG AACGTATCGA AGGACAGTAT AAAAACAACC AGCTGAAATT TACTATTTCC
ACGGATCAGT CTACATACAC ACTCCGTTCC GCCGACGCAG TAATGGAAGA CCTGGTACTG
GCCGTAGTCA TTGTAGGTAT TGTGATGCTC GCCTTCCTGC ACAGCTTCCG GAGTTCCATG
TTTGTAATGG TGGCACTGCC ATCATCAATG ATTCCGACCT TCATTGCCAT GTACCTGCTG
GGCTTCTCCC TCAACCTGAT GACGTTGATG GCCCTTTCGC TGGTGGTAGG TATCCTGGTG
GATGACTCTA TTGTGGTGCT GGAAAATATT TACAGACACC TGGAAATGGG ATCAGACAGA
CGAACAGCTG CCCTGGAAGG ACGTAATGAG ATCGGTTTTA CGGCCATGGC CATCACCCTG
GTGGACGTGG TCGTGTTCCT GCCGCTGGCG ATGTCAGGGG GCATTATAGG GGCCATTCTC
CGCGAATTCT CACTGGTTGT AGTAGTATCT ACGCTGATGA GCCTCTTTGT GTCCTTTACT
GTGACGCCTA TGCTGGCCAG CCGGTTTGGT CGCCTGGAAT ATCTTAATCC GAAAAGCTGG
TGGGGTAAAG CCAACCTGGG CTTTGAACGC CTGATCGACA ACATAAAAGA AAGTTATGCC
CGCTTACTGG TGGTGATGCT GAAAAAGAAA CGTTGGTTAC TGTCAGGTGT CATCGTCATG
ATCATTGGAT CTGTTATGCT GCTGGCAAAG GGTTTTATTG GCGCTTCTTT TATCCCTTCG
GGAGATCAGG GAGAGCTCAT GATCAATCTT GAACTGAATC CTTCTTCCAG TATTTACCAG
ACGAACATGG TGACCCAGGA AGTAGAAAAG ATAGTCATGA AGCGTCCGGA AGTAGACAAG
GTATTTTCAA GTATCGGCTT TATCACAGGT GGCGTAGCCG GAAGCGGCAA CAATGCCAAC
CGGGCAGAAT TGACGGTTAC CCTGAAAGGT GCTGATGAAC GGAATATGAC GGCGGAGGAG
TTTGGTATCA TGATACAAAG GGAGCTGACC GCTGCTGTTC CCGGTGCAAA GGTCACCGCT
TCTCCTACCT CCATTACAGG TAATGGTACC CAGGCGCCTA TTCAGATCGC CATCAAAGGA
TTGGACCTGA AAGCTGTGCG CTCTATCGCA GAACAATACA TGAAAGAAGT AGCCAGTGTG
CCGGGTACAC AGTTCGTACA ATTATCTGTA AAAGCCCCTA AACAACAGAT TGAAGTAAAG
CTGGATCGTG AGAAGATGAC ACTGCTGGGT ATTAACGCCG CCCAGGTCGG CGGAGCATTA
CAGAATGCAT TCAGCGGTAA TGATAATAGT AAATTCAAAC AGGGAGGAAA TGAATACGAT
ATCCTGGTGA GTCTTGACCG CTATGACAGA TCCAATATCA ATGATGTAAA GAACCTCACG
TTTTCCAACA ATAACGGACA ACGCTTTGTG TTAAGTCAGT TTGCAGATGT AAAGGAAACA
ATGGGAGAAA GCGTACTGGA AAGAAGTGAT CGCCTGAACT CTATTACTGT AAACTCCAAT
GTGGCCGGGC GTCCATCAGG AACAGTGGCT GAGGATATAA AGAAAAAAGT GGCTGGTATT
AAATTACCGC CAGGTGTATC TGTAGAATAC CTGGGTGACG TGAAAAACCA GGGGGATGCA
TTCTCCAGTC TGGGACTGGC ACTGATAACC GCGATTCTGC TGGTATACCT GATCATGGTG
GCCCTGTATG AAAGTGTCAT CTATCCGTTT GTAGTATTGT TCTCTATACC AGTTGCACTG
ATTGGTGCGC TGCTGGCACT GGCTTTAGCT ATGGAGACAC TGAATATCTT CTCCATCATC
GGTGTCATTA TGTTGTTGGG ATTGGTGTCG AAGAATGCGA TCCTTATTGT CGATTTCACC
AACCAGCTGA AAGAAGAAGG ACGGAGTGTG AATGATGCAT TGATCGAAGC AGGGAAAGAA
CGTCTCCGTC CTATCCTGAT GACAACCCTC GCCATGATCC TGGGGATGTT GCCCATCGCA
TTGGCAACAG GTGCTGGTTC TGAGATCAAA AACGGCATGG CCTGGGTAAT CATCGGTGGC
CTGACCAGTT CAATGATCCT GACCTTATTT GTGGTACCTG CCATGTACGT CATCATCGAG
CGACTGAAGA ACCGCTTCCA GAAAAAATCA ACACCTGATA CCAGGTTAAG TACTACCTGA
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| Protein sequence | MSIAEVAVKR PLLIIVIFTV LILFGLISYN KLNYNLLPKI EVPTVTVSTI YPGASASEVE
SSVTKKLEDV FAAIEGLDKI NSTSQEGISQ IIIQFKNGTN IDEAEANVQR KADQAINDLP
DDADRPLVNK VNLEEAPVVR AGVTSNLTPA AMYEFVDKQL RPILQNVTGV GQVNIIGGDE
RQIQINVDQS KLWAYGLSIS DVTNAVNNAN QSFPAGSIET TEQQFTIQYD ANVASVAQLR
DLIVRQQPGK GSIYLRDVAE VVDATAKATA INHINGVPSI GIQIIKQSDA NAVNVSRQVK
AAFERIEGQY KNNQLKFTIS TDQSTYTLRS ADAVMEDLVL AVVIVGIVML AFLHSFRSSM
FVMVALPSSM IPTFIAMYLL GFSLNLMTLM ALSLVVGILV DDSIVVLENI YRHLEMGSDR
RTAALEGRNE IGFTAMAITL VDVVVFLPLA MSGGIIGAIL REFSLVVVVS TLMSLFVSFT
VTPMLASRFG RLEYLNPKSW WGKANLGFER LIDNIKESYA RLLVVMLKKK RWLLSGVIVM
IIGSVMLLAK GFIGASFIPS GDQGELMINL ELNPSSSIYQ TNMVTQEVEK IVMKRPEVDK
VFSSIGFITG GVAGSGNNAN RAELTVTLKG ADERNMTAEE FGIMIQRELT AAVPGAKVTA
SPTSITGNGT QAPIQIAIKG LDLKAVRSIA EQYMKEVASV PGTQFVQLSV KAPKQQIEVK
LDREKMTLLG INAAQVGGAL QNAFSGNDNS KFKQGGNEYD ILVSLDRYDR SNINDVKNLT
FSNNNGQRFV LSQFADVKET MGESVLERSD RLNSITVNSN VAGRPSGTVA EDIKKKVAGI
KLPPGVSVEY LGDVKNQGDA FSSLGLALIT AILLVYLIMV ALYESVIYPF VVLFSIPVAL
IGALLALALA METLNIFSII GVIMLLGLVS KNAILIVDFT NQLKEEGRSV NDALIEAGKE
RLRPILMTTL AMILGMLPIA LATGAGSEIK NGMAWVIIGG LTSSMILTLF VVPAMYVIIE
RLKNRFQKKS TPDTRLSTT
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