| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bpro_1667 |
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| Symbol | |
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| ID | 4015686 |
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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 | Polaromonas sp. JS666 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007948 |
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| Strand | - |
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| Start bp | 1718728 |
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| End bp | 1722015 |
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| Gene Length | 3288 bp |
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| Protein Length | 1095 aa |
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| Translation table | 11 |
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| GC content | 65% |
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| IMG OID | 637941339 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_548501 |
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| Protein GI | 91787549 |
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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 | 12 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.954276 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTGGTTCA CGCAGGTCAG CCTCAAGAAT CCCGTGTTTG CCACCATGGT CATGCTGGCC
ATCGTCGTGC TGGGGCTTTT CTCGTACCAG CGCATGCAGG TGGACCAGTT CCCCAACATC
GACTTCCCGG TGGTGGTCGT CACGGCGGAC TACCCCGGCG CTTCACCCGA GATTGTGGAA
AGCGAAGTCA CCAAGAAAAT TGAAGAAGGC GTCAACTCGA TCGCCGGCAT CAATGCCCTG
ACCTCGCGCA GTTTCGAAGG CCAGGCCATC GTCATCATCG AGTTCCAGCT GTATGTGGAC
GGACGCAAGG CGGCCGAAGA TGTGCGCGAA AAAATAGCGG CGATCCGGCC CAGCTTTCGC
GATGAGGTGA AGGAGCCGCG CGTGCTGCGC TTCGACCCGG CCAGCCGCGC AATCTGGTCG
ATCGCCGTTT TACCGGCCGC ACCCAAAGCA ACAGGGGAAC GCGGCAGCGC AACGCCAAAG
GCACCCGAAG CGACAGGCGC GGGGGCCAGC ATGAATGCGG TGGACCTGAC CAACTGGGCC
GACCAGGTGC TGAAAAAACG CCTGGAAAAC GTGCGCGGCG CGGGCTCGGT CACGCTGGTG
GGTGGCACCA AACGCGAGAT CAATGTCTAC CTGAACCCGC AGGCCATGGA GTCGCTGGGC
GTCACCGCCG ACCAGGTGGT CAACGCGGTG CGCAGCGAAA ACCAGGATTT GCCGGTCGGC
GCCATCCGCT CGCTGGCGCA GGAGCGCGTG GTCAAGATCG ACGCCCGCAT GAAGCGGCCC
GAAGACTTTG GCAACATCAT CGTGGTGCGC AAAGGCGGCG CACCGGTCAC CGTGGGCCAG
GTCGCGCGCA TTGCCGACGG TGCGCAGGAG CTCGACAGCC TGGCGCTCTA CAACGGCCAG
CGCACCCTGC TGCTGACCGT GCAAAAAGCC CAGGATGAAA ACACCATTGC CGTGGTTGAC
GGGCTGAACA AGGCCATCCG GGAGATGCAG CCGCTGCTGC CGCCCGGCGC CCGGCTGGAG
CTGATCACCG ACGGCTCGCG GCCGATTCGC GTGGCGGTGG AAAACGTGCG CCGCACGCTG
ACCGAAGGCG CCCTGCTCAC GGTACTGATC GTGTTCCTGT TCCTCAACTC CTGGCGCTCC
ACGGTGATCA CCGGGCTGAC GCTGCCAATT TCCATCATCG GCACCTTCCT CTTCATGAAC
ATGTTCGGCT TCACCATCAA CATGATCACG CTGATGGCGC TGTCGCTCTG CGTGGGCCTG
CTGATCGATG ACGCGATCGT GGTGCGCGAA AACATTGTGC GGCACGTGCA GATGGGCAAG
GCGCCCTACC ATGCCGCGAT GGATGGCACG CAGGAGATTG GCCTCGCCGT GCTGGCCACC
ACGTTTTCCA TCGTCGCGGT GTTCCTGCCC ATCGGTTTCA TGGGCGGCAT CATCGGCAAG
TTCTTCCACG AGTTCGGCGT CACCATTGTC GCGGCCGTAC TGATCTCGAT GTTCGTCAGC
TTCACGCTGG ACCCGATGCT CTCCAGCATC TGGCACGACC CGTCGATCGA GGCGCATGGC
CGGCACCGCG CGCCGGTCAC CTGGTATGAC AAGACCATTG GCCGCGTGAC CGGCTGGTTC
GACCATGCCA CCGATTCGCT GAGCAACAGC TACCAGGCGA TCCTGCGCTG GTCGCTGCTG
CACAAGCTGG CCACGCTGGC GCTGGCCGTG GTGATTTTCA TTGTTAGCCT GGTCATGGTG
CCGCTGCTGG GCACGGAGTT TGTGCCCAAG GCCGACTTTT CAGAGACCTC GCTCAACTTC
TACACCCCGG TGGGCTCATC GCTGGAAGCC ACCGAAGCGA AAGCCCGGCA GGTGGAAGCC
ATCGTCCGCG AATTTCCCGA GGTGAACTAC ACGCTGGCCA CCCTCAACAC CGGCAACGCG
CAGGGCAAGA TGTACGCCAG CGTGTATGTG CGGCTGGTCG ACCGCAAGGC ACGCAGCCGC
AATGCCGACC AGATGTCGGG CGTGCTGCGC GAACGCCTCA GGCAGGTGCC CGGCATCACC
GTGACCCACG TCGGTCTGCT CGACGCCGTG GGCGGCAACA AGCAGGTCGA GTTTTCGTTG
CAGGGCCCCG ACCTGAAGGA GCTGGAGCGC CTGAGCCGCC TCGTCACCGA CAAAGTCCGC
GGCATCCCCG GCCTGGTCGA CCTGGACTCC AGCGTCAAGG CCGACAAGCC GGTGATTGAA
GTGGATGTGC GGCGCGATGC CGCCTCCGAC CTGGGGCTGT CGGTGTCGCA GATTGCCGCT
TCGCTGCGCA CCCTGGTGGC CGGCCAGACC GTCGGCAACT GGCGCGCACC CGACGACCAG
ACTTATGACG TCAACGTGCG CCTGGCGCCC GATGCGCGCA ATGCGCCGCA GGACCTGGAG
CGCCTGCCTT TCACGAGCAG CACCATCGGC AGCAACCCAG ACGGCTCCGC GCGCATCGTG
CGGCTCAGCC AGGTGGCCAG CGTGAAAGAG TCCACCGGCC CCAACCAGAT CAACCGGCGC
GACCTGACCC GGGAAGTCGC CATCAACGCC AACGTCTACA ACCGCTCGGC CGGCGAGGTG
TCCAACGACA TCAAGGCCGT GCTGGACGGC ATCGATCTTC CGCCGGGCTA CCGCTACCAG
TTCAGCGGTT CCACCAAGAA CATGGCCGAG TCATTTGGCT ATGCCGTGTC GGCGCTGGTG
ATGGCGATTG TGTTTATCTA CATGATCCTG GCCAGCCAGT TCAAGAGCTT CCTGCAGCCG
CTGGCCCTGA TGACCTCGCT GCCGCTCACG CTGATCGGCG TGGTGCTGGC CCTGCTGCTG
TTTGGCTCCA CGCTGTCGAT GTTCTCCGTC ATTGGCGTGG TGATGCTGAT GGGCCTGGTC
ACCAAAAACG CCATTCTGCT GGTCGACTTC GCCATTCGCA TGCGCCAGCC GGGGACCGAC
GCAGACGGCC GCCAGGTGCC CGGCCTGGAC CGCAGCGAGG CCCTGCTGGA GGCGGCCCGG
GTGCGGCTGC GCCCCATCCT GATGACCACG CTGGCCATGA TCTTCGGCAT GATGCCGCTG
GCCTTTGCCC TGACCGAAGG CTCGGAGCAA CGCGCACCCA TGGGCCAGGC GGTGATCGGC
GGCGTGATCA CCTCCTCCCT GCTCACCCTG GTGGTGGTGC CCGTGACCTA CTGCTACCTG
GACGACCTGG GCCAGTGGTT CAAGCGCAAA TTCCGGCGAA AAGCACACGC GGCCGCCCCG
GCTGAAGCGG CTTCCGCCGG CCCGGCTTCC GTCTCCAGCC CCGGCTAA
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| Protein sequence | MWFTQVSLKN PVFATMVMLA IVVLGLFSYQ RMQVDQFPNI DFPVVVVTAD YPGASPEIVE
SEVTKKIEEG VNSIAGINAL TSRSFEGQAI VIIEFQLYVD GRKAAEDVRE KIAAIRPSFR
DEVKEPRVLR FDPASRAIWS IAVLPAAPKA TGERGSATPK APEATGAGAS MNAVDLTNWA
DQVLKKRLEN VRGAGSVTLV GGTKREINVY LNPQAMESLG VTADQVVNAV RSENQDLPVG
AIRSLAQERV VKIDARMKRP EDFGNIIVVR KGGAPVTVGQ VARIADGAQE LDSLALYNGQ
RTLLLTVQKA QDENTIAVVD GLNKAIREMQ PLLPPGARLE LITDGSRPIR VAVENVRRTL
TEGALLTVLI VFLFLNSWRS TVITGLTLPI SIIGTFLFMN MFGFTINMIT LMALSLCVGL
LIDDAIVVRE NIVRHVQMGK APYHAAMDGT QEIGLAVLAT TFSIVAVFLP IGFMGGIIGK
FFHEFGVTIV AAVLISMFVS FTLDPMLSSI WHDPSIEAHG RHRAPVTWYD KTIGRVTGWF
DHATDSLSNS YQAILRWSLL HKLATLALAV VIFIVSLVMV PLLGTEFVPK ADFSETSLNF
YTPVGSSLEA TEAKARQVEA IVREFPEVNY TLATLNTGNA QGKMYASVYV RLVDRKARSR
NADQMSGVLR ERLRQVPGIT VTHVGLLDAV GGNKQVEFSL QGPDLKELER LSRLVTDKVR
GIPGLVDLDS SVKADKPVIE VDVRRDAASD LGLSVSQIAA SLRTLVAGQT VGNWRAPDDQ
TYDVNVRLAP DARNAPQDLE RLPFTSSTIG SNPDGSARIV RLSQVASVKE STGPNQINRR
DLTREVAINA NVYNRSAGEV SNDIKAVLDG IDLPPGYRYQ FSGSTKNMAE SFGYAVSALV
MAIVFIYMIL ASQFKSFLQP LALMTSLPLT LIGVVLALLL FGSTLSMFSV IGVVMLMGLV
TKNAILLVDF AIRMRQPGTD ADGRQVPGLD RSEALLEAAR VRLRPILMTT LAMIFGMMPL
AFALTEGSEQ RAPMGQAVIG GVITSSLLTL VVVPVTYCYL DDLGQWFKRK FRRKAHAAAP
AEAASAGPAS VSSPG
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