| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_3314 |
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| Symbol | |
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| ID | 5755118 |
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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 OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009997 |
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| Strand | + |
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| Start bp | 3906204 |
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| End bp | 3909347 |
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| Gene Length | 3144 bp |
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| Protein Length | 1047 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 641289647 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001555736 |
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| Protein GI | 160876420 |
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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 | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.378933 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTGGTTGT CCGATGTTTC GGTTAAACGC CCCGTCGTTG CCATCGTTTT AAGCTTACTG
CTGTGCGTAT TCGGCATAGT CTCCTTCTCT AAATTGTCGA TACGGGAAAT GCCCGACGTC
GAAAGCCCTG TGGTCACCAT TAGCACCAGT TACTCGGGTG CGTCGGCGGC CATTATGGAA
AGCCAGATCA CTAAGACCCT AGAAGATGAA CTGACGGGGA TCAGTGGTAT CGACGAAATC
ACGTCAACCA CCCGTAATGG TAGCTCGCGT ATCACAGTGA AATTCCTCCT AGGGTGGAAC
TTAACCGAAG GCGTGAGTGA TGTGCGTGAC GCTGTGGCCC GCGCCCAGCG CAGGCTGCCT
GAAGATGCGA AAGATCCTGT CGTCTCCAAA GACAACGGTT CGGGCGAGCC CTCCGTCTAT
GTGAATTTAA GCTCGAGTGT GATGGACCGC ACTCAATTAA CGGATTACGC CCAGCGCGTG
TTAGAGGACA GGTTTAGCCT TATCAGCGGC GTGAGCTCCA TCAGTATTTC CGGCGGTTTG
TACAAGGTGA TGTACGTCAA GCTCAGACCC GAGCAAATGG CGGGCCGCAA TGTCACAGTC
ACCGACATAA CGAACGCGCT GCGCAAAGAA AACATCGAAA CACCCGGCGG CCAAGTGCGA
AACGACACCA CAGTGATGTC GGTACGCACC AAACGCTTGT ACTACACGCC AAAGGATTTT
GACTACCTTG TGGTGCGTAC CGCTAGCGAT GGCACGCCTA TCTACTTAAA AGATGTGGCC
GATGTGGCTG TCGGTGCACA AAACGAAAAC TCAACCTTCA AAAGCGACGG TATCGTTAAC
ATCAGTTTAG GCATTATTGC CCAGTCCGAT GCCAACCCAT TGCTCGTAGC TAAAGAAGTG
CACAAAGAAG TCGACCGCGT ACAAGACTTC CTGCCCGAAG GCACTAGCCT AGTGGTCGAC
TTCGACTCTA CCGTATTTAT CGACCGCTCT ATTAACGAGG TATATAGCAC CCTTTATGTC
ACGGGCGCCT TAGTGGTACT CGTGCTGTAT ATCTTTATCG GACAAGCGCG GGCGACACTC
ATTCCTGCGG TAACAGTTCC GGTATCGTTA ATCTCGGCAT TTATCGCCGC TAACATGCTA
GGTTATTCGA TTAACCTACT GACATTGATG GCGTTAATCC TCTCCATCGG TCTAGTGGTC
GATGATGCGA TTGTGGTGGT CGAGAACATT TTCCACCATA TCGAAAAAGG CGAAGAGCCG
TTACTCGCCG CCTATAAAGG CACCCGCGAA GTCGGCTTTG CCGTTGTCGC CACCACGGCG
GTATTAGTTA TGGTATTCCT GCCGATTTCC TTTATGGAGG GTATGGTCGG ACTCTTATTT
ACCGAGTTCT CCGTGATGCT GGCGGTGTCG GTGCTGTTTT CCTCCTTAGT AGCACTGACA
CTTACGCCCG TGCTGAGCAG CAAGTTACTT AAAGCCAACG TCAAACCGAA TCGCTTTAAT
CGTTGGGTCG ATCGCGGTTT TGCCCGCATG GAAAGCGTCT ATCGCGTCGC CGTGACTCGG
GCGATTAAAC TTCGTCTACT CGCGCCCTTA GTTATTCTCG CCTGTATCGG CGGCAGTGCT
TGGTTAATGC AACAAGTGCC GTCACAGCTG GCGCCGCAGG AAGACCGCGG CGTGTTGTTC
GCCTTTATTA AAGGCGCCGA AGGCACCAGT TATAACCGTA TGACAGCCAA CATGGACATA
GTAGAAGACA GACTTATGCC CTTGCTGGGT CAAGGTGTGC TGCGCTCCTT CAGCGTGCAA
GCCCCCGCGT TTGGTGGCCG TGCGGGCGAT CAAACGGGCT TTGTGATCAT GCAGCTTGAA
GATTGGGGCA CACGCACCGA ATCCGCACAG CAAGCGCTTG GCATTATTAG CAAAGCATTG
AAGGACATTC CCGATGTGAT GGTTCGCCCT ATGATGCCAG GCTTTAGGGG CCAATCGAGC
GAACCGGTGC AATTTGTGCT TGGTGGTTCG GACTATGCCG AACTGTTTAA GTGGGCGCAG
GTGCTTAAAG AAGAAGCCAA TGCCAGCCCT ATGATGGAAG GCGCCGACTT AGATTACGCC
GAAACCACGC CTGAGCTTAT CGTGACTGTT GATAAAGAAC GCGCAGCGGA GCTTGGGATC
AGTGTCGATG ACGTCTCTCA AACCTTAGAA GTGATGCTCG GCGGTCGCAC CGAAACCACC
TATGTGGATC GAGGCGAAGA GTACGATGTG TACTTGCGCG GTGATGAAAA CAGTTTTAAC
AACGTTGGCG ATCTTAGCCA AATCTACATG CGTTCCGGTA AAGGCGAATT AGTGACGCTT
GATACCGTGA CCCATATCGA AGAAATTGCC TCGGCACAAA GATTAAGTCA CACCAATAAG
CAAAAATCGA TCACCCTCAA GGCTAACGTC AGTGAAGGTT ACACCTTAGG TGAAGGCTTA
AAGTTTCTTG ATGCTAAAGC CATTGAATTA TTGCCTAAAG ATATTTCCAT TGGCTACACC
GGCGAATCCA AAGACTTTAA GGAAAACCAA AGCAGTATCT TCATCGTATT TGGTTTGGCC
TTACTGGTCG CTTACTTAGT GTTAGCCGCG CAGTTTGAAA GTTTTATCAA CCCATTAGTG
GTGATGTTTA CTGTGCCTAT GGGCGTGTTT GGTGGTTTCT TAGGCCTACT GCTAACCAGT
CAAGGGATCA ACATCTACAG CCAGATAGGC ATGATCATGT TGATTGGTAT GGTGACCAAA
AACGGTATCC TTATCGTAGA GTTTGCTAAC CAATTGCGTG ACCGCGGCTT TGAACTCGAT
AAAGCCATTA TCGACGCTTC ATCCCGTCGT TTGCGGCCAA TCCTAATGAC AGCCTTCACC
ACATTAGTGG GCGCTGTACC GTTAATTTTC TCGACGGGCG CAGGCTCAGA AAGTCGTATC
GCTGTGGGTA CTGTAGTGTT CTTCGGTATG GCATTCGCCA CCTTTGTGAC ACTACTCGTC
ATCCCTGCCA TGTATCGATT AATCTCGGCA GCGACCCATT CACCGGGATA TGTTGAAGCT
AAGCTCGAAG CGGCAATTAA AGCACAAGAG TTAGCGGCAC AAGAGGCGGC GACAAAGCAG
CAGGAGCTTG CGCCTAAAGC CTAG
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| Protein sequence | MWLSDVSVKR PVVAIVLSLL LCVFGIVSFS KLSIREMPDV ESPVVTISTS YSGASAAIME
SQITKTLEDE LTGISGIDEI TSTTRNGSSR ITVKFLLGWN LTEGVSDVRD AVARAQRRLP
EDAKDPVVSK DNGSGEPSVY VNLSSSVMDR TQLTDYAQRV LEDRFSLISG VSSISISGGL
YKVMYVKLRP EQMAGRNVTV TDITNALRKE NIETPGGQVR NDTTVMSVRT KRLYYTPKDF
DYLVVRTASD GTPIYLKDVA DVAVGAQNEN STFKSDGIVN ISLGIIAQSD ANPLLVAKEV
HKEVDRVQDF LPEGTSLVVD FDSTVFIDRS INEVYSTLYV TGALVVLVLY IFIGQARATL
IPAVTVPVSL ISAFIAANML GYSINLLTLM ALILSIGLVV DDAIVVVENI FHHIEKGEEP
LLAAYKGTRE VGFAVVATTA VLVMVFLPIS FMEGMVGLLF TEFSVMLAVS VLFSSLVALT
LTPVLSSKLL KANVKPNRFN RWVDRGFARM ESVYRVAVTR AIKLRLLAPL VILACIGGSA
WLMQQVPSQL APQEDRGVLF AFIKGAEGTS YNRMTANMDI VEDRLMPLLG QGVLRSFSVQ
APAFGGRAGD QTGFVIMQLE DWGTRTESAQ QALGIISKAL KDIPDVMVRP MMPGFRGQSS
EPVQFVLGGS DYAELFKWAQ VLKEEANASP MMEGADLDYA ETTPELIVTV DKERAAELGI
SVDDVSQTLE VMLGGRTETT YVDRGEEYDV YLRGDENSFN NVGDLSQIYM RSGKGELVTL
DTVTHIEEIA SAQRLSHTNK QKSITLKANV SEGYTLGEGL KFLDAKAIEL LPKDISIGYT
GESKDFKENQ SSIFIVFGLA LLVAYLVLAA QFESFINPLV VMFTVPMGVF GGFLGLLLTS
QGINIYSQIG MIMLIGMVTK NGILIVEFAN QLRDRGFELD KAIIDASSRR LRPILMTAFT
TLVGAVPLIF STGAGSESRI AVGTVVFFGM AFATFVTLLV IPAMYRLISA ATHSPGYVEA
KLEAAIKAQE LAAQEAATKQ QELAPKA
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