| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2469 |
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| Symbol | |
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| ID | 6116743 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 3016133 |
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| End bp | 3019354 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641633976 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001760841 |
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| Protein GI | 170726815 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.969761 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.0970954 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAGTAA CCAACAAAAA AGGCACGACT CCACCCTCTC ATGAAGATAC AGAAAGAGGG
ATCATTGCCT GGTTTGCCAG AAACAGTGTC GCCGCCAACC TACTCATGAT CATCATCATT
CTTGGTGGAT TACTGACAGC TGACACCATA CGTAAACAGT TTTTCCCCCA AGTTGAAATA
AACTGGGTTG AGTTTAATGC TTTCTATCCC GGCGCAGCGC CTCAGGAGGT CGAAGAGGGG
ATCACCATTA AGGTTGAAGA AGCACTGGAG AGTGTTCAAG GCCTAAAACG TGTGATCACT
TATTCAAATC GTAACTCGGC CAGTGGTTAT TTTCGAATTG AGGATTCATA CGATCCACAA
GTCGTTCTCG ATGAGATTAA ATCTGAAATT GATTCAATCT CAAGCTTTCC TGATGGCATG
GAGAGACCAA AGGTTGAGCG CATAAAACTC CGTCAAGAGG TACTCTATAT GAGTCTTTAC
GGGGATATGA CACATAGACA GCTAAAAGAG TTAGGTGAAA ACATTCATGA TGAGTTAATG
CAACTCCCCT TAGTGAATAT CACTGAGTTC TATAGCGGGC TTGGCTATGA AATCGCCATA
GAGGTAAGTA AAGACAGATT AAGAGAGTTT GGCTTAAGTT TTAACGACGT AGCAAATGCG
GTGCGTGGAT TTTCAAGAAA CATGTCAGCT GGCCAGATCC GCGCCGAGAA TGGCTACATT
AACCTCAGGG TACAAAACCA AGCTTACGTG GGCTATGAGT TTGAAAATCT GCCACTCATT
ACTTTAGATG ACGGTACAAC GGTATTACTT GGAGATATTG CCACGGTTAT TGATGGCTTC
GAAGAGGGAA TACAGCACTC TAAATTCAAC GGTAAAAACT CTGTCACCTT CTTTATCGGT
GCAGCTAACG ATCAAAGCAT GACCGATGTT GCCGATGTGG TAAAAAAATA TGTTACCGAA
AAGCAAGAGG TTTTACCTGA AGGCCTTAAA CTAGAAACCT GGGTTGATAT GACCTACTAC
CTAGAGGGTC GCTTAGATCT CATGCTCGAC AGTATGAAAT CGGGCGCAGT CTTAGTCTTT
TTGATGCTTG CCCTCTTCCT ACGCGTTAGG CTCGCATTCT GGGTCATGAT GGGACTACCA
GTCTGTTTCC TTGGTACCTT GCTCTTTATG CCAATGGGAA TGATAGACGT AACCGTTAAT
GTCATCAGTC TCTTCGCCTT TATTTTGGTA TTAGGTATTG TCGTCGATGA TGCCATTGTA
ATGGGAGAGA GCGCCCATGA TGAGTGTGAG CGCAGTGGTC AAAGCTTAGA GAGTGTCATA
CGAGGCGTAA AGCGTGTTGC TATGCCTGCA ACCTTTGGTG TATTTACCAC CATTGCAGCT
TTCTTGCCTA TCACACTTGG TGAAGGTCCC TCCTCTGCGT TCGGACAAGC GATTGGCTAT
GTTGTCATAT TATGTCTCAT CTTCTCTTTA GTGGAGTCAA AACTTATTTT GCCTGCTCAC
TTGGCGAGAA TGAAACAGAA AAAAGTAGTA CAACCTGGCT CTCGCAATCC TTTAGATTGG
TTGAGAATCG GTGTCAATTA CATCCAAGGT AAGATTGATA GAGGCTTACA GCATTTTATT
AAAGAGGTTT ACCGCCCAGC ACTTACTATT GCTGTAAAGT ATCGCTACGC CATTATCATG
CTGTTTATTA GCTTCATTTT AATCTGCGCA GGCCTCTATA CAGGTGGGAT GATCCGTTAT
GTCGGTCAAC CTAAGATCCC CCATGACTTC CCGCGCGTCA GCTTCGAGAT GAACGTAGAT
GCTTCAGAGA AAGCAACACT CTCAGCAGCT TTAGCTATCG AGAAAGCAAT TTATGACGTG
GATAAGCGCT TAGAGGAGAA ATATGGGCAA GGCATGGTCT CTGATATGCA GGTTGATCTC
AGGGGGCGTA CCTCAGCCGA AGTGATGACT AAGCTGGTGG ATCCTGAAAT AAGACCATTA
GATACCTTTG AGCTTGCCGA ACTTTGGCGA CAAGCGATGC CGCTGATCCC AGGGATGAAA
TCCTTCGATG TACAGGATAA CCTGTTCGGT GGAGGCCGAG ATGATGGCGA CATCAGCTTC
CGTCTTGAAG GAAAGGATGA AGCACAACTG GTTGCCGCAG CCAAGGAGCT CAAGGCCAAA
CTCAATACCC TTAAAGGCGT CGGAGATGTC AACGATAGCC GACAATCTAG CGCTAAAGAG
GTGCAATTTG AGCTAAAACC GCAAGCTTAT GGACTCGGTT TAACCTTAGC CAACATCGCA
TCTCAAGTAG GCAACAGCTT CTACGGACTT GAAGCCCAGC GTATATTGCG AAATGGTGAA
GAGATTAAAG TCATGCTTCG CTACCCAGAG GAGCAGCGTA ACTCGATTGC TCAGGTCTCT
GAAGTGATGA TTTTAACTCC TCAAGGCGCC GAAGTACCTC TATCGGAAGT TGCCGAGATT
AAAGTCACTC AAGGTGTGAA TGGGATACGC CGTGAGAATG GTAACCGTAC CATTAATGTT
TGGGCTTCGG TCGATGCCGA TCAAGCAGAG CCCTTCAAAC TGGCTGAAGA GATCCGCGAT
AACTTTATGC CAGAGTTACT TAAAAAGTAC CCTAGGGTTA AGAGTGAAGT CTCCGGTAAT
ATCCAAGAGC AGATGGACAG TGCTAAAACA CAGCTAAGGG ATTTTATTAT CTCTCTACTG
ATCATTTACA GCTTACTGGC TATTCCACTT AAATCTTACT CACAGCCCTT TATGATAATG
GCAGTCATCC CATTCGGTGT AATAGGTTCC GTATTGGGTC ATATGATCAT GGGGATCGAC
TTAAGCGCCC TATCACTATT TGGCATCATC GCAGCTGCAG GTGTCGTGGT GAACGATTCA
CTGGTGATGG TTGATTACAT CAATAAATCC AGAGAAGCGG GCATAGAGAT GAAGCGAGCT
GTACTGGAGG CGGGCTGTCG ACGCTTCAGG GCCATCATGC TCACCTCTTT AACCACCTTT
ATCGGTCTGA TGCCTATCAT GACTGAGACC AGTATGCAGG CGAAAATGGT GATCCCAATG
GCTACCTCCC TCGCCTTTGG TGTCCTGTTT GCCACAGTGG TGACCTTAAT GTTGATACCT
TGCCTATATC TTGCCATTGA AGATATTAAA AAGCTGGTTG GCAGTAAGTC ACGAGTGAGT
ATTGAGGGTA ACCTAGATAT GCAGCCTGAG CCGATAAAAT AA
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| Protein sequence | MTVTNKKGTT PPSHEDTERG IIAWFARNSV AANLLMIIII LGGLLTADTI RKQFFPQVEI
NWVEFNAFYP GAAPQEVEEG ITIKVEEALE SVQGLKRVIT YSNRNSASGY FRIEDSYDPQ
VVLDEIKSEI DSISSFPDGM ERPKVERIKL RQEVLYMSLY GDMTHRQLKE LGENIHDELM
QLPLVNITEF YSGLGYEIAI EVSKDRLREF GLSFNDVANA VRGFSRNMSA GQIRAENGYI
NLRVQNQAYV GYEFENLPLI TLDDGTTVLL GDIATVIDGF EEGIQHSKFN GKNSVTFFIG
AANDQSMTDV ADVVKKYVTE KQEVLPEGLK LETWVDMTYY LEGRLDLMLD SMKSGAVLVF
LMLALFLRVR LAFWVMMGLP VCFLGTLLFM PMGMIDVTVN VISLFAFILV LGIVVDDAIV
MGESAHDECE RSGQSLESVI RGVKRVAMPA TFGVFTTIAA FLPITLGEGP SSAFGQAIGY
VVILCLIFSL VESKLILPAH LARMKQKKVV QPGSRNPLDW LRIGVNYIQG KIDRGLQHFI
KEVYRPALTI AVKYRYAIIM LFISFILICA GLYTGGMIRY VGQPKIPHDF PRVSFEMNVD
ASEKATLSAA LAIEKAIYDV DKRLEEKYGQ GMVSDMQVDL RGRTSAEVMT KLVDPEIRPL
DTFELAELWR QAMPLIPGMK SFDVQDNLFG GGRDDGDISF RLEGKDEAQL VAAAKELKAK
LNTLKGVGDV NDSRQSSAKE VQFELKPQAY GLGLTLANIA SQVGNSFYGL EAQRILRNGE
EIKVMLRYPE EQRNSIAQVS EVMILTPQGA EVPLSEVAEI KVTQGVNGIR RENGNRTINV
WASVDADQAE PFKLAEEIRD NFMPELLKKY PRVKSEVSGN IQEQMDSAKT QLRDFIISLL
IIYSLLAIPL KSYSQPFMIM AVIPFGVIGS VLGHMIMGID LSALSLFGII AAAGVVVNDS
LVMVDYINKS REAGIEMKRA VLEAGCRRFR AIMLTSLTTF IGLMPIMTET SMQAKMVIPM
ATSLAFGVLF ATVVTLMLIP CLYLAIEDIK KLVGSKSRVS IEGNLDMQPE PIK
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