| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_3529 |
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| Symbol | |
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| ID | 5370806 |
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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 | 4195687 |
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| End bp | 4198878 |
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| Gene Length | 3192 bp |
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| Protein Length | 1063 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640831789 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001367719 |
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| Protein GI | 153002038 |
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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 | 20 |
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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 | ATGGACACTC AAAAAGGGAT CTTAGCCTGG TTCGCCCGCA ACAGTGTGGC CGCGAACCTG
TTAATGTGGG CATTACTCGT CGGCGGTTTG TTTAGCACTG TCTTGATCAA TAAAGAGGTT
TTTCCTTCTT TCGAACTCAA TTTACTGAAT ATTTCCGTCG CCTATCCAGG CGCGGCGCCG
CAGGAAATCG AAGAAGGCAT CAACATCAAG ATTGAGGAAG CCATCCAAGA TATCAACGGT
ATCAAGAAGG TCACATCAGT GGCGAGCGAA GGGGTAGGCT CGATTACGGT TGAAGTTGAA
GACGGTTACG AAGTGCAAAC CGTGCTCGAT GAAGCCAAAC TGAGATTAGA TGCGATTTCG
ACCTTCCCAG TGAACATCGA AAAACCCAAT ATCTATCAGA TTAAACCTGA AAATAACGTC
ATTTGGGTGT CTGTCTATGG CGATATGACA CTGCACGATA TGAAGGAGTT GGCTAAGTCG
GTGCGTGACG ATTTAACCCA ACTGCCAGCC GTGACCCGAG CCAAAGTCAC TGGAGTGCGC
GATTATGAAA TCGCCATCGA AGTATCAGAA GATAAGCTAC GCGAATACGG CCTAACATTT
ACACAGGTCG CGTTAGCAGT GCAAAACTCT TCCTTTGACT TACCCGGCGG TTCGATTCGC
GCCCAAGATG GCGACATCCT GCTGCGCACC AAAGGCCAAG CCTACACGGG TGATGACTTT
GCGAATATCG TCGTCACCAC TCGCCCCGAC GGTAGCCGCG TGATGTTGCC GCAAGTGGCA
ACCATCAAAG ATGATTTTGA AGAACGTTTA GAATACACCC GCTTTAACGG TAAACCGGCC
GCGATTATCG AAGTCACCAG TGTTGATGAT CAAAATGCCT TAGACATTGC CGCTCAAGTA
AAACAATACG TCGAGGATCG CCGCGCGACG CTTCCTGCCA ACGCGCAACT CGATACTTGG
GGTGATATGA CTCACTACCT CAAGGGCCGC TTAAACATGA TGATGTCGAA CATGTTTTAC
GGTGCCTTGC TGGTGTTTAT CATCCTAGCT ATGTTCCTCG ATCTTAAGTT GGCGTTTTGG
GTCATGATGG GTCTGCCGGT GTGCTTCCTC GGCACTATGC TGATCATGCC GCTCGAACCT
TTCTCGATGA CGATCAACAT GTTAACCCTG TTCGCCTTTA TCTTAGTGCT CGGGATAGTG
GTGGACGATG CGATTGTCAT CGGCGAGAGC GCCTACACAG AAGTCGAACG CCACGGTCAC
TCGGTTGACA ATGTGATCCG CGGCGCGCAA AAAGTGGCAA TGCCCGCGAC CTTCGGGGTA
TTAACCACGA TTGCGGCCTT TATTCCCATG TTAATGGTTT CTGGCCCTAT GGGAATTATC
TGGAAATCCA TCGGCATGGT GGTCATCCTC TGTTTGGCCT TCTCGCTGGT CGAATCTAAG
TTCATCCTGC CAGCGCATTT AGCGCACATG AAGTTTAAAA AGCCCGGTGC GCCAAGGGGA
TTCTTTGGTC GCCTCAAAGC CAACTTTAAC GACAGAGTGC AGCACTTTAT TCACCACAGT
TATCGCAACT TCCTCGAGCG CTGTATCAAG CAAAGATACA ACGTGGTCGC GGCCTTTATC
GGTGTGTTGG TCCTGTCTAT TGCCTTAGTC GCCAGTGGTA AAGTGCGTTG GGTATTCTTC
CCTGATATTC CCTCGGACTT CATTCAAGTT CAGCTTGAGA TGGACGAAGG CAGCTCGGAA
GAGAACACTT TGAAAGTGGT GCAGAGCATA GAAGAAGCCC TGTACAAGAT GAACGACAAA
ATGGAGCAAG ATAACGGCTA TCAAGTGGTG AAACACAGCT TTATCAATAT GAGCTCCCGC
ACCTCTGCCT TTATTTTTGC CGAACTGACG AAAGGCGAAG ACCGCGAAGT CGATGGCGTG
ACGATTGCTG CCGCATGGCG TGAACAATTG CCCGAGCTTC TATCGGTCAA AAAACTCAGC
TTTAACGCGA GCACTAACGA TGCCGGTGGC GATATTTCCT TCAGGTTGAC CTCAAGCGAT
CTCGATGAAC TGTCCGCTGC CTCTAAAGAG TTGAAACAAA AACTCGCCAG CTATGAAGGC
GTGTACGATA TTGCCGACAA CTTCTCCTCG GGCAGTCATG AAATTCGCCT GAAGATACGT
CCAGAGGCGG AAGCCCTTGG CCTGACCCTT TCCGATTTAG CCCGCCAAGT GCGTTACGGT
TTCTATGGTT ATGAAGCCCA ACGTATTTTG CGTAATAAAG AAGAAATTAA GGTAATGGTG
CGCTACCCAT TAGAGCAGCG CCGCACTGTG GGTTATCTGG AAAACATGCT GATCCGCACG
CCAACGGGCA CCTCGGTTCC CTTCTCGACC GTGGCACAAA TTGAGAAAGG CGAATCCTAC
GCCTCAATTA CCCGTGTTGA CGGTAAGCGA GCGATCACCA TCACGGCAAA TGCCAACAAA
AACATAGTTG AACCTTCAAA AGTGGTACAG GAAATCCAAA AAGATTACCT GCCACAATTA
CAGGCCAAGT ATCCTAAAAT CCAAACCGCG CTGGATGGCG GCAGTTTGGA TGAACAGAAT
GCTATGGTCG GTTTGATGCA AGGTTTCTTC TTTGCGCTGT TTACCATTTA TGCCCTGATG
GCAATCCCAC TAAAATCCTA CAGTCAGCCG TTGATCATCA TGTCGGTGAT CCCCTTCGGG
ATTATCGGCG CACTGTTTGG TCACTTGATT CAGGGACTCG CGATGAGCGT GTTAAGTCTC
TGCGGCATAG TGGCACTCGC GGGTGTGGTG GTGAACGACT CTTTGATTTT GGTCGACTTT
GTTAACCGTG CGCGGGAGCA AGGCCTATCG GTCAGACAAG CGGCAGTGGA TTCGGGCTGT
TATCGCTTTA GGGCGATCAT CCTCACGTCA CTCACTACCT TTGTCGGCTT AGTGCCTATT
ATTCTCGAGC GCAGTTTGCA GGCGCAAATT GTGATCCCTA TGGCGACGTC CCTCGCCTTC
GGTATCCTGT TCTCGACTGT AGTGACGCTG ATCTTAGTGC CGCTGCTGTA CATCATACTC
GACGATGTTA GCCGCTCTAG CAGCCGCTTC TTCAACTGGT GGTGGCAGCC TAAAAAAACC
AATGATGAAG ACGTTAAGCA TCCGGATTTT GAGCAAGCTG TCACGACTGA CTATAAGAAA
GACTATTTAT AG
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| Protein sequence | MDTQKGILAW FARNSVAANL LMWALLVGGL FSTVLINKEV FPSFELNLLN ISVAYPGAAP
QEIEEGINIK IEEAIQDING IKKVTSVASE GVGSITVEVE DGYEVQTVLD EAKLRLDAIS
TFPVNIEKPN IYQIKPENNV IWVSVYGDMT LHDMKELAKS VRDDLTQLPA VTRAKVTGVR
DYEIAIEVSE DKLREYGLTF TQVALAVQNS SFDLPGGSIR AQDGDILLRT KGQAYTGDDF
ANIVVTTRPD GSRVMLPQVA TIKDDFEERL EYTRFNGKPA AIIEVTSVDD QNALDIAAQV
KQYVEDRRAT LPANAQLDTW GDMTHYLKGR LNMMMSNMFY GALLVFIILA MFLDLKLAFW
VMMGLPVCFL GTMLIMPLEP FSMTINMLTL FAFILVLGIV VDDAIVIGES AYTEVERHGH
SVDNVIRGAQ KVAMPATFGV LTTIAAFIPM LMVSGPMGII WKSIGMVVIL CLAFSLVESK
FILPAHLAHM KFKKPGAPRG FFGRLKANFN DRVQHFIHHS YRNFLERCIK QRYNVVAAFI
GVLVLSIALV ASGKVRWVFF PDIPSDFIQV QLEMDEGSSE ENTLKVVQSI EEALYKMNDK
MEQDNGYQVV KHSFINMSSR TSAFIFAELT KGEDREVDGV TIAAAWREQL PELLSVKKLS
FNASTNDAGG DISFRLTSSD LDELSAASKE LKQKLASYEG VYDIADNFSS GSHEIRLKIR
PEAEALGLTL SDLARQVRYG FYGYEAQRIL RNKEEIKVMV RYPLEQRRTV GYLENMLIRT
PTGTSVPFST VAQIEKGESY ASITRVDGKR AITITANANK NIVEPSKVVQ EIQKDYLPQL
QAKYPKIQTA LDGGSLDEQN AMVGLMQGFF FALFTIYALM AIPLKSYSQP LIIMSVIPFG
IIGALFGHLI QGLAMSVLSL CGIVALAGVV VNDSLILVDF VNRAREQGLS VRQAAVDSGC
YRFRAIILTS LTTFVGLVPI ILERSLQAQI VIPMATSLAF GILFSTVVTL ILVPLLYIIL
DDVSRSSSRF FNWWWQPKKT NDEDVKHPDF EQAVTTDYKK DYL
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