| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2523 |
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| Symbol | |
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| ID | 4842964 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | + |
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| Start bp | 2950003 |
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| End bp | 2953050 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640119746 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001050885 |
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| Protein GI | 126174736 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | ATGAACCTCA CCCGTTTAGC CATTAAGCGT CCCGTGACCA CCAGCATGTT CTTCTTTGCT
ATCTTGCTGT TTGGTCTCGC CTCGAGTCGT TTGTTACCAC TGGAAATGTT CCCCGGTATC
GATATTCCGC AGATTGTGGT GCAAGTGCCC TACAAGGGCT CAACCCCCGC TGAAGTAGAG
CGCGATATCA CCAAAGTGCT GGAGGAATCC CTCGCCACTA TGGGTGGGAT TGATGAGCTC
GAATCAGAAT CTTCCCAAGA AGGTTCTGAA ATCGAAATCA ACATGAAGTG GGGTGAAAAC
GTTGCCACTA AAAGCCTAGA AGCGCGGGAA AAAATCGATG CGGTGCGGCA TTTACTGCCC
AAGGACGTTG AGCGAGTCTT TATCCGCCAA TTCTCCACCG CCGACATGCC TGTGCTCACG
ATACGTATAT CGAGCGACCG CGAGCTTTCG GGCGCATTCG ATTTACTCGA TAAACAGCTT
AAACGTCCGC TTGAACGTGT TGAAGGTGTC TCTAAGGTCA GCCTGTACGG CGTTGAACAA
AAGCAAATTG AAGTGCGCAT CAATGCCGAC CGTCTTGCCG CCAGTGGATT TTCAGCCACC
GACTTGCAAG CCCGCCTCGG CAGAGAAAAC TTTGTAATTA GCGCTGGCAC ACTCAGGGCC
AGTAACATCG TTTACCAAGT GTCGCCGAAG GGCGAGTTTA GAAACCTTGA AGATATCAAA
GCACTGGTGT TGATCCCAGG ATTGACCTTA GGCGATATTG CAGATGTGCA GTTTGCCTTG
CCAGAGCGTA TCGAAGGTCG GCATTTAGAT CAGCACTATG CTGTCGGTTT AGATGTGTTT
AAGGAATCAG GTGCTAACTT AGTCGAAGTG TCTGAACGCG TACTAAAAGT CATCGAACTA
GCGAAGCAAG ATCAACAGTT CCAAGGTATT CGGCTGTTTA TCATGGAAGA TCAAGCCTCT
GGGGTTAAAT CTTCGCTGAT GGACTTACTG TTTTCGGGTT TAATTGGCGC CCTGCTGTCC
TTTGTGGTGC TGTACTTGTT CCTGCGTAAT CTGAAAATGA CCTTAGTGGT CGTGTCGTCT
GTGCCGATTT CCATCGGTAT GACGCTCGCC GCCATGTATT TACTCGGTTA CAGCTTGAAT
ATCCTGTCTA TGATGGGACT CTTGCTCGCC ATTGGTATGT TAATTGATAA CGCTGTGGTG
GTGACCGAGA GCGTGCTGCA GGAGAAACAA GGCAAATCAC CCAAGGATAA TGAAGAGTCA
GTGATGACTG GGGTCGATAA AGTGTCCCTC GCCGTATTGG CGGGCACTAT GACCACTGCC
ATCGTATTTT TACCCAATAT TTTTGGCGTG AAAGTGGAGC TGACAATTTT CCTAGAGCAT
GTTGCCATCG CGATTTGTAT CTCGCTTGCG GCATCGCTAC TGGTTGCTAA AACCTTGATC
CCTTTGATGT TGACTAAGTT CCACTTTGAC ATCGCGCCCG AGAAGGATGC CGGTAAGTTA
CAGCGCTTCT ATAACAATAC ACTTAACTGG GTATTGCTGA GGCCTTGGCG TTCAGGCTTT
ATTGCGGTGG CCATTCTCGC GTCCACCGCC CTGCCGCTGT CGATGGTCAA ACAAGATCAA
GAAGACAGCC AGAGCAAGGA GCGGATTTAC ATCAACTATC AAGTGGAAGG TCGGCATAAT
CTCAATGTGA CTGAAGCTAT GGTCAATCAA ATGGAAGAGT ATCTTTATAA AAATAAAGAG
GAATTTCATA TTGATTCTGT CTACAGCTAC TACTCATCCG ACGATGGTTC ATCAGTGATC
TTGCTGAAAA AAGACTTGCC TATGCCACTG GATGAGTTGA AAAAGAAAAT CCGCAGCGGC
TTCCCTAAGT ATTCGATCGC CAAACCGCAA TTTGGTTGGG GCAATGACAA CTCTGGTGTG
CGCGTGACGC TCACAGGTCG CTCAACCTCT GAGCTGATTA ACTTAAGCGA ACAAGTGATC
CCTTTACTGC AAAATATCAA AGGAATGCAA GATGTTCGCT CTGAGCTTAA CGGTGCGCAA
CAGGAAGTGG TTATCCGCAT CGATAGGCAA ATGGCGGCGC GGTTAGATTT AAAACTCAAT
GAAATCGCTT CGAGTATCTC TATGGCACTG CGCGGTTCAC CGCTGCGATC GTTCCGACAC
GATCCTAATG GCGAACTGCG CATCGAAATG GCCTATGAGA AAGAGTGGCA AAAGTCGCTC
GAAAAACTCA AGCAGTTACC GATAGTGCGC ATCGACCAAA GGGTGTACAC CTTAGATAAC
TTAGCGAAGA TTGAAATCCA ACCTCGCTTC GATACGATCA AGCACTTTAA TCGCCAAACC
TCTTTATCGA TTGGCGCTAA CTTAGAAAAC CTCACCACGG AAGAAGCGCA AACTAAGATC
AAGCAAGTGA TGGAAAATAT CCATTTCCCT AATGGTTACG ACTATTCATT ACGCGGTGGA
TTCGAGCGTC AAGATGAAGA TCAGAATGTG ATGGCGACCA ATATGCTATT GGCTGTCGCG
ATGATTTACA TCGTCATGGC GGCGCTGTTT GAGTCTCTGT TATTACCGAC GGCGATTATC
ACTTCAATCC TATTTTCTAT CACAGGTGTA TTCTGGGCGC TGTTTATCAC GGGCACGCCT
ATTTCTGTGA TGGCCATGAT AGGCATCTTG ATTTTAATGG GAATTGTGGT GAATAACGGC
ATCGTTCTGG TGGATCAAAT TAACCAGATG ACGCCGGATC TCGACAAATT GTCCGCCACC
ATTCGAGATG TGTGTATCAC GCGTTTGCGC CCAGTATTGA TGACAGTGGG CACCACAGTG
TTGGGCTTAG TGCCACTGGC GATGGGTGAA ACCCAAATCG GTGGCGGCGG CCCGCCGTAT
TCGCCCATGG CAATCGCCAT TATTGGTGGC TTGTCGTTCT CGACTTTGAC TAGCTTGTAC
TTAGTACCCT TGTGCTACCA AGCCTTGTAT CGAATGCGCC ATCGTGCCGC CATTCGTTTA
GGCCAAGCCG ACCGCGTAGC TCAAAAGCTA CTACCTTGGA CAGTGTAG
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| Protein sequence | MNLTRLAIKR PVTTSMFFFA ILLFGLASSR LLPLEMFPGI DIPQIVVQVP YKGSTPAEVE
RDITKVLEES LATMGGIDEL ESESSQEGSE IEINMKWGEN VATKSLEARE KIDAVRHLLP
KDVERVFIRQ FSTADMPVLT IRISSDRELS GAFDLLDKQL KRPLERVEGV SKVSLYGVEQ
KQIEVRINAD RLAASGFSAT DLQARLGREN FVISAGTLRA SNIVYQVSPK GEFRNLEDIK
ALVLIPGLTL GDIADVQFAL PERIEGRHLD QHYAVGLDVF KESGANLVEV SERVLKVIEL
AKQDQQFQGI RLFIMEDQAS GVKSSLMDLL FSGLIGALLS FVVLYLFLRN LKMTLVVVSS
VPISIGMTLA AMYLLGYSLN ILSMMGLLLA IGMLIDNAVV VTESVLQEKQ GKSPKDNEES
VMTGVDKVSL AVLAGTMTTA IVFLPNIFGV KVELTIFLEH VAIAICISLA ASLLVAKTLI
PLMLTKFHFD IAPEKDAGKL QRFYNNTLNW VLLRPWRSGF IAVAILASTA LPLSMVKQDQ
EDSQSKERIY INYQVEGRHN LNVTEAMVNQ MEEYLYKNKE EFHIDSVYSY YSSDDGSSVI
LLKKDLPMPL DELKKKIRSG FPKYSIAKPQ FGWGNDNSGV RVTLTGRSTS ELINLSEQVI
PLLQNIKGMQ DVRSELNGAQ QEVVIRIDRQ MAARLDLKLN EIASSISMAL RGSPLRSFRH
DPNGELRIEM AYEKEWQKSL EKLKQLPIVR IDQRVYTLDN LAKIEIQPRF DTIKHFNRQT
SLSIGANLEN LTTEEAQTKI KQVMENIHFP NGYDYSLRGG FERQDEDQNV MATNMLLAVA
MIYIVMAALF ESLLLPTAII TSILFSITGV FWALFITGTP ISVMAMIGIL ILMGIVVNNG
IVLVDQINQM TPDLDKLSAT IRDVCITRLR PVLMTVGTTV LGLVPLAMGE TQIGGGGPPY
SPMAIAIIGG LSFSTLTSLY LVPLCYQALY RMRHRAAIRL GQADRVAQKL LPWTV
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