| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0181 |
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| Symbol | |
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| ID | 4570562 |
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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 | Chlorobium phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | - |
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| Start bp | 205588 |
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| End bp | 208794 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 639764781 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_910672 |
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| Protein GI | 119356028 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGAATGAAG GTATCGCAGG AAAACTGGCA AAACAGTTTA TCAATTCGAA AATCACACCG
CTGCTCATGA TAGCGTCGCT TCTTGTCGGC GTTATGGCAA CGTTCATGAC TCCGAGGGAA
GAAGAGCCTC AGATTGTCGT ACCTCTTGTT GACCTTTACA TACCCTATCC GGGAGCGACA
CCCTCCGAAG TTGAAGAACG TGTGGCAAAA CCCGTCGAGC GGGCTCTGAC TGAAATTCCG
GGTGTTGATT TTGTTTATTC GACATCAATG CCCGATGTCG CTCTGGTAAC CGTTCGTTAC
AAGGTTGGGG AGGATACCGA ACAAAGCATG GTCAAGCTCT GGTCTGTCCT GATGAAAAAT
ATGGATAAAA TGCCGGCAGG AGCCCAGTTC CCCCTTATAA AAAAAGTTGC TATTGATGAT
GTTCCGGTAC TGAACCTCAC GTTCTGGAGC AAAACAAAGG ATCCCTATCA ATTGCGGCAA
ACCGTAGCCG CAGTCGGCGA CGAACTCAAA CAGATCGAAA GCATCGGAGA TGTTGAAATC
AAGGGCGGTC TGAAACGCCA GGTTCGAGTT GTCCTGAACA AGGAAAAACT GAGTCAGTTC
AATATCAGCG CATTGCAGAT CGCCCGCCAG ATTCAGCAGT CCAACAGCCA GATGACTGCC
GGAGATTTCA AGCAGATGAA TAATGAAATC ATTGTCCGCT CAGGACGATT TCTTGAAAGC
GCTGATGACG TCCGCGGAAT TGTTGTAGGC ATTTATGGAG CATCGCCCGT CTATCTCAGA
GATGTTTCGG AAGTAATCGA TGGCCCTGAA GAGGTGAACA ATTACACCTT TTTCGGTTGG
GGCGCTGCGG GACCGAAAAA TGCCGCGACA GGCGAATATC CTGCCGTAAC GCTGACGGTG
GCAAAACGCA AGGGAACCGA TGCCACCGTA CTTGCAAACA AGGTGATGAC AAAAGTCGAA
GGCCTCAAAA AAACCACCAT TCCGTCCGAC ATCACCGTCA CGGAAACCAG AAATTATGGT
GAAACCGCCT CGGAAAAGGT ATTCACGCTT CTGGAGCACC TGATCATGGC GGTTGTCGCT
GTTACCATCG TGGTTGGATT TTTCCTCGGC TGGCGGGGAG CCCTCGTGGT TTTCGCATCG
GTACCGATCA CCTTTGCACT CACCCTTCTG ATATACTATC TGCTGGACTA TTCGCTCAAC
AGGGTAACAC TCTTTGCACT CATCTTCGTA ACAGGCATTG TCGTTGATGA CTCTATCATT
ATTGCCGAAA ATATTCATCG ACATTTTGCC ATGAAGCGAC AGCCGAGGCT TCAGGCAGCC
ATAACCGCTA TCAGCGAGGT TGGCAACCCG ACAATTCTGG CTACGTTTAC CGTTATTGCC
GCTGTGCTTC CTATGGTTTT CGTATCGGGC CTGATGGGAC CCTATATGAG TCCGATGCCC
ATAGGAGCCT CGCTGGCAAT GGTTTTCTCC CTGCTCGTAG CTCTTATTGC AACACCCTGG
CTCTCTTACC GCCTGTTGAA AACGGAAGAG GGGCATCATG AAGAGTACGA CATTACCAAA
ACAGGATACT ACAAACTCTT CAACTCCATA CTCTCCCCAT TTATCGAAAG CAAGCTTAAA
ACCTGGCTTG CTTTTGGCGG TGTCGCAATC CTCCTTATCG GAGCGATTGC CCTTGTTCCG
CTCAAGGCCG TCCAGATGAA AATGCTCCCT TTTGATAACA AAAACGAGTT TCAGGTCATT
GTCGATATGC CTGAAGGTAC CGCGCTTGAA CAGACAGCAA GAGTGACCAA GGAAATATCG
GCCTATCTGA AAACAGTGCC CGAGGTAAGC AGTTACCAGT ACTATGTCGG CACCAACGCC
CCCATTAACT TCAATGGACT GGTTCGCCAC TACTATCTCC GTCAGGCCGA TAACATGGGC
GACATTCAGG TCAACCTGAT ACATAAGGGC GAACGCAGCC TGCAAAGCCA TGACATCGCA
AAAAAGGTCA GAAGCGCAGT ACAGAACATC GCGTTAAAAT ATAACGGGAA TGCCAAAATT
GTTGAAATAC CGCCAGGACC TCCGGTACTC TCCACCCTTG TAGCGGAAAT CTACGGACCG
TCCCAAAAAG AGCAGATCGC GCTGGCCGGA GAGGTTAAAA AAATTTTCAG CCAGACTCCC
GGCGTTGTCG ATGTTGACTG GCTTGTTGAA GATGATCAGC GGGTCTACGA CCTTGAGGTC
AACAAAGAAC AGGCCGCATT CCGCGGGGTC AGCGCAGAAC AGATTGCCCA GACGCTTCGC
ATGTCGCTTC ACGGCGTTGA GGTTGGTCTT CTGCATACCC GGAAATCCAT TGAACCGGTC
ACCATTCAGC TTCGTCTGCC CCAGAATCAG CGGACGTCGA TTCAGGATCT TTCAGGCATT
TTTGTTCAGT CCCAGGGAAT GGGAAGTCTG ACAACCCGGT TGAGAGCCGG CGAAATGATT
CCGTTATCAT CGCTGGTGAC CATAAAAGAA AAAATTCAGG ACAAAAGCAT CTATCGCAAA
GATCTGCGCC AGGTAGTCTA TGTGACTGCC GATGTTGCCG GTGCAACGGA AAGTCCTGTA
TATGCCATGC TTGCGATGGA CAAAAAAATC GAACAGCTCA AGCTCCCCGG AGGATATTCG
ATCAGTCCGC TCTACACCTC GGCGCCGACA TCACAGGCAA AATCATCCAT GAAATGGGAT
GGCGAATGGC AGATCACCTT TGAAGTATTC AGAGACCTCG GCACCGCATT TGCCGTTGTT
CTGGTCATCA TCTATCTGTT GATTATCGGC TGGTTCCAGT CCTTCAAGAC ACCTCTGATC
ATGATGATTG CCATCCCTCT GAGCCTTGTG GGCATCATTC CGGGTCACTG GATCCATGGA
GCGTTTTTTA CGGCAACAAG CATGATCGGC ATGATTGCGC TTGCCGGCAT TATGGTTAGA
AACTCGGTGC TTCTGATCGA CTTCATACAG ATACGCAGAG AAGAAGGCGT CGATCTCAAA
CAGGCGGTCA TTGAGTCGGC AGCAGTCAGA ACGCGACCAA TTATTCTCAC CTCCGGCGCC
GTAGTAATAG GCTCCCTGGT CATGCTCTTC GACCCGATTT TTCAGGGACT GGCCATATCG
CTCATCTGGG GCGGAGTGCT CTCAACGATC CTGACGCTTG TTGTCGTTCC GCTTGTTTAT
TATATGGCTG AAAAAAAATC TCACTAA
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| Protein sequence | MNEGIAGKLA KQFINSKITP LLMIASLLVG VMATFMTPRE EEPQIVVPLV DLYIPYPGAT
PSEVEERVAK PVERALTEIP GVDFVYSTSM PDVALVTVRY KVGEDTEQSM VKLWSVLMKN
MDKMPAGAQF PLIKKVAIDD VPVLNLTFWS KTKDPYQLRQ TVAAVGDELK QIESIGDVEI
KGGLKRQVRV VLNKEKLSQF NISALQIARQ IQQSNSQMTA GDFKQMNNEI IVRSGRFLES
ADDVRGIVVG IYGASPVYLR DVSEVIDGPE EVNNYTFFGW GAAGPKNAAT GEYPAVTLTV
AKRKGTDATV LANKVMTKVE GLKKTTIPSD ITVTETRNYG ETASEKVFTL LEHLIMAVVA
VTIVVGFFLG WRGALVVFAS VPITFALTLL IYYLLDYSLN RVTLFALIFV TGIVVDDSII
IAENIHRHFA MKRQPRLQAA ITAISEVGNP TILATFTVIA AVLPMVFVSG LMGPYMSPMP
IGASLAMVFS LLVALIATPW LSYRLLKTEE GHHEEYDITK TGYYKLFNSI LSPFIESKLK
TWLAFGGVAI LLIGAIALVP LKAVQMKMLP FDNKNEFQVI VDMPEGTALE QTARVTKEIS
AYLKTVPEVS SYQYYVGTNA PINFNGLVRH YYLRQADNMG DIQVNLIHKG ERSLQSHDIA
KKVRSAVQNI ALKYNGNAKI VEIPPGPPVL STLVAEIYGP SQKEQIALAG EVKKIFSQTP
GVVDVDWLVE DDQRVYDLEV NKEQAAFRGV SAEQIAQTLR MSLHGVEVGL LHTRKSIEPV
TIQLRLPQNQ RTSIQDLSGI FVQSQGMGSL TTRLRAGEMI PLSSLVTIKE KIQDKSIYRK
DLRQVVYVTA DVAGATESPV YAMLAMDKKI EQLKLPGGYS ISPLYTSAPT SQAKSSMKWD
GEWQITFEVF RDLGTAFAVV LVIIYLLIIG WFQSFKTPLI MMIAIPLSLV GIIPGHWIHG
AFFTATSMIG MIALAGIMVR NSVLLIDFIQ IRREEGVDLK QAVIESAAVR TRPIILTSGA
VVIGSLVMLF DPIFQGLAIS LIWGGVLSTI LTLVVVPLVY YMAEKKSH
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