| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_2795 |
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| Symbol | |
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| ID | 5372841 |
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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 baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 3349645 |
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| End bp | 3352887 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640831023 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001366992 |
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| Protein GI | 153001311 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.0000776318 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAAACATG CTCCAGTACC ACAGACCACA CTTGGGATTT CCGGTCGAAT TGCCGCCGCC
TTCCAAAATA GCGCCATCAC GCCGCTATTA GCGCTTCTGG GACTCTTACT CGGCTTATTT
GCTATTTTGG TGACGCCAAA GGAAGAAGAG CCACAGATTG ATGTCACCTT TGCCGACGTG
TTTATTCCTT TTCCCGGCGC GACACCTACC GAAGTTGAAA ACTTAGTCAC CTTGCCAGCG
GAACAAGTGA TCTCCGAAAT CAAAGGCATA GATACTCTGT ATTCGTTCTC CCAACCCGAT
GGCGCGCTGA TCATCGTCAT CTTTAAGGTC GGCGTCGGGC GCAATGATGC CATCGTCAGC
CTATACAACC AGATTTATTC CAATATGGAT AAATTGCCAA GGGGCGCTGG CGTGGGCGAT
CCGCTAATTA AACCCCGCGG CATCGATGAT GTGCCCATTG TCAGTTTGAC CTTGTGGTCT
AAGGACAGGC AAGTGTCTGC TGAGCAGCTA ACCCATGTCG CCCTTGGATT AGAAACCGAA
ATTAAGCGTA TTCTCGGCAC TCGCGAAATA GATACCGTTG GCCAGCACGA TATGGTGGCC
AACATACGTA TCGATCCCGC CAAGATGAAC AGCTTTAATC TGACCTACGA CAAGTTAAGA
CAAAGCCTGA ATGACAATAA TATGGTCTCT ATGCCTGCAT CCTTAGTGCA AGGCAATCAA
GAGATAAAGG TCCAAGCTGG GCAGTTTTTA CAATCCATCG ACGATCTCAA GCAATTAGTC
GTCAGTGTCT ATCAAGATAA ACAAGGCAAG ACTATTCCGA TTTATTTGGC GGATATTGCC
GAAATCAGCT TAAAAAGTGA TATCCCTAAA CAGAGCGTTT GGCACGCAGA TAAAACCGAC
ATTTATCCCG CCGTCACAAT CGCAATTGGT AAACAAGCAG GCCAAAATGC CGTCGATATC
GCCGACAGTG TGATTGAGCG GATAGCTAAA GTCGACAATG TGTTGATCCC GGCCAATGTC
GAAGTCACAG TGTCACGTAA CTATGGCGAA ACCGCGGCGG ATAAATCTAA CACCCTTATT
TTAAAACTGA TTTTTGCCAC CAGCGCCGTA GTCGTACTGG TCTTTTTAAC CATGGGCGCA
CGCGAATCCT TAGTCGTAGG TGTGGCCATT ATTATCACGC TGGCGATCAC CCTTTTCGCC
TCTTGGGCGT GGGGATTTAC CCTAAACCGC GTGTCCTTGT TCGCCTTGAT TTTCTCTATC
GGCATCTTGG TCGACGATGC CATAGTCGTG GTTGAAAACA TCCATCGGCA CATGGCGCTC
GGCAAAAAGT CCTTTAGTGA GCTTATCCCT GTGGCGGTCG ATGAAGTCGG TGGCCCGACG
ATTCTGGCGA CGTTCACTGT TATCGCGGCA CTGCTGCCGA TGGCTTTTGT ATCGGGCTTA
ATGGGGCCTT ACATGAGTCC GATCCCCATC AACGCCAGTA TGGGCATGTT GATTTCTCTA
GTGGTTGCCT TTGTCGTCAC CCCTTGGCTC AGTCGTAAAC TGCTGAAACA CAATGACAAG
CACGATAGTG CCCAAGCCTC ACACGAGGAT GAAGCCGAAA CTAAGATGGT GCGCCTCTTC
ACCCACTTAA TTGGTCCTTT CCTGCTGGGT AAAAATGCCC GTAAGGCAAG AATGGGACTG
GCTGCCGGGG TATTTGTGTT AATTGGCATC GCCGTCGCGC TCCCCCTGGG TCAGCTTGTA
GTGCTAAAAA TGCTGCCCTT CGATAACAAG TCCGAGTTTC AAGTGATGGT AGACATGCCC
GAAGGCACTC CCGTAGAGCA AACCCAGAGA GTGCTACAGG ATTTGAGTCG CTATCTGACG
ACTGTCCCTG AAGTCGAGCA TCTGCAGTTG TATGCGGGCA CTAACGCGCC AATGAACTTT
AACGGCTTAG TGCGTCACTA CTTCCTGCGT CACAGCCAAG AGCTTGGCGA CATTCAAGTG
AACCTAGTCG ATAAAAAACA CCGCAAACGC GACAGCCACA CCATAGCGGT ATCGGTGCGA
GACGAACTGC AGCAAATTGG CGAGCAATAT CAAGCCAATA TCAAAGTCGT TGAAGTGCCA
CCTGGACCGC CAGTGTGGTC GCCGCTGGTT GCCGAAGTGT ATGGCCCAAG CCCCGCAATC
CGCGAGCAAG CCGCTTACGA GATGCAGGCG CTGTTCCATG AAACCAAAGA TGTGGTCGAT
ATCGATATTT TCTTGCCCGC TGCCCAGCAA AAATGGCAGG TGATGATCGA CCGCAGTAAA
GCCAGCCTGA TGGCCGTGCC CTACAGCAAT ATTGTCGACT TGATTGCCAC CTCCGTTGGC
GGCAAAGATG TGAGTTATTT ACATCAAGCC CAGCAAAAAC AACCGATACC GATCCGCCTG
CAATTAAACG AAGGCGCGAA AGTCGATTTA GAGCAAGTGC TGAATATGAA GTTACTGAGC
CAAACGGGGC AATCCGTGCC TGTGTCTGAG CTAGTTACCA TCAAACGCGG CAAAATCGAT
GCACCGATTA TCCATAAGAA TATGATCCCT ATGATCATGG TCGTCGCCGA TATGTCGGGG
CCACTGGACA GCCCACTCTA CGGCATGTTC GACATGGCGG GCAAAATTGA TGGCGCCGAT
GGCTTAGGGT TTGATCAGCA TTATATTCAC CAACCCACAG GGCTAGACTC GGTCGCCGTG
CTGTGGGATG GCGAGTGGAA AATCACCTAC GAAACCTTTA GAGACATGGG CATCGCCTAT
GCGGTCGGCA TGATCGCCAT TTATCTCTTG GTAGTGGCGC AGTTTAGATC GTATCTCGTG
CCGCTCATCA TCATGGCGCC AATCCCATTA ACTGTGATTG GTGTAATGCC AGGCCATGCC
CTGCTCGGAG CGCAATTCAC CGCGACGTCC ATGATAGGCA TGATAGCGCT GGCGGGGATT
ATTGTGCGTA ACTCGATATT ATTGGTCGAT TTTATCAATC AAGAAACTGC ATCCGGCGTG
CCCTTTGAGC GGGCAGTGAT CCACTCGGGT GCCGTGCGAG CTAAACCCAT TATGCTCACC
GCATTAGCGG CCATGATAGG GGCGCTGTTT ATCCTTGATG ATCCGATTTT CAATGGCTTA
GCGATCAGTC TGATCTTTGG TATTTTTATC TCGACCATAC TGACCTTAGT TGTCATCCCA
GTGCTGTACT ACACAGCAAT GAAAAACCGC ATGAATACTG TTCAGATACA GACACAAAAC
TAA
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| Protein sequence | MKHAPVPQTT LGISGRIAAA FQNSAITPLL ALLGLLLGLF AILVTPKEEE PQIDVTFADV
FIPFPGATPT EVENLVTLPA EQVISEIKGI DTLYSFSQPD GALIIVIFKV GVGRNDAIVS
LYNQIYSNMD KLPRGAGVGD PLIKPRGIDD VPIVSLTLWS KDRQVSAEQL THVALGLETE
IKRILGTREI DTVGQHDMVA NIRIDPAKMN SFNLTYDKLR QSLNDNNMVS MPASLVQGNQ
EIKVQAGQFL QSIDDLKQLV VSVYQDKQGK TIPIYLADIA EISLKSDIPK QSVWHADKTD
IYPAVTIAIG KQAGQNAVDI ADSVIERIAK VDNVLIPANV EVTVSRNYGE TAADKSNTLI
LKLIFATSAV VVLVFLTMGA RESLVVGVAI IITLAITLFA SWAWGFTLNR VSLFALIFSI
GILVDDAIVV VENIHRHMAL GKKSFSELIP VAVDEVGGPT ILATFTVIAA LLPMAFVSGL
MGPYMSPIPI NASMGMLISL VVAFVVTPWL SRKLLKHNDK HDSAQASHED EAETKMVRLF
THLIGPFLLG KNARKARMGL AAGVFVLIGI AVALPLGQLV VLKMLPFDNK SEFQVMVDMP
EGTPVEQTQR VLQDLSRYLT TVPEVEHLQL YAGTNAPMNF NGLVRHYFLR HSQELGDIQV
NLVDKKHRKR DSHTIAVSVR DELQQIGEQY QANIKVVEVP PGPPVWSPLV AEVYGPSPAI
REQAAYEMQA LFHETKDVVD IDIFLPAAQQ KWQVMIDRSK ASLMAVPYSN IVDLIATSVG
GKDVSYLHQA QQKQPIPIRL QLNEGAKVDL EQVLNMKLLS QTGQSVPVSE LVTIKRGKID
APIIHKNMIP MIMVVADMSG PLDSPLYGMF DMAGKIDGAD GLGFDQHYIH QPTGLDSVAV
LWDGEWKITY ETFRDMGIAY AVGMIAIYLL VVAQFRSYLV PLIIMAPIPL TVIGVMPGHA
LLGAQFTATS MIGMIALAGI IVRNSILLVD FINQETASGV PFERAVIHSG AVRAKPIMLT
ALAAMIGALF ILDDPIFNGL AISLIFGIFI STILTLVVIP VLYYTAMKNR MNTVQIQTQN
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