| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2974 |
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| Symbol | |
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| ID | 4845845 |
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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 | 3490605 |
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| End bp | 3493673 |
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| Gene Length | 3069 bp |
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| Protein Length | 1022 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 640120222 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001051325 |
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| Protein GI | 126175176 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.128373 |
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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 | ATGATTAAAG CCTTTGTTGA AAACGGCCGC TTAGTCAGCC TCGTTATTGC ACTATTACTG
GTCGCGGGCT TTGGTGCTAT CTCGAGTCTG CCGCGCACTG AAGATCCACA CATAACCAAC
CGTTTCGCCT CAGTGATCAC CCCGTATCCC GGTGCTTCGG CCGAGCGGGT CGAAGCCTTA
GTCACGGAAG TGCTCGAAAA TCAGCTCAGA CGCTTAGAAG AAATCAAGCT GATCCAATCG
ACCTCTCGGC CGGGGATTTC AGTCATACAG TTAGAATTAA AAGACACAGT CATGGAGACA
GATCCCGTGT GGTCTCGGGC GCGGGATTTA TTAGCCGATG CGAAAATCAA TCTGCCCGAG
GGTATACCAT CCCCGACACT CGATGATCAA ATTGGTTATG CCTATACCGC CATTTTAAGC
TTAGTGTGGA ATAGCAATAC GCCCGTTCGA GTCGATATAC TCAACCGCTA CGCGAAGGAA
TTACAGAGCA GGCTCAGGCT GTTGTCGGGC ACGGATTTTG TCAAACTCTA CGGCGCGCCG
ACCGAAGAAA TGTTAGTGCA GCTCGATGGC AACAAGATGA GCCAGTTACA ACTCACTCCC
GCTTCCATCG CCCATATTCT CAGCGACGCC GACAGTAAAA TTGCCGCGGG TGAAATTAAT
AACAGTGAAT TTCGCGCCTT AGTCGAAGTC TCGGGCGAAC TCGACTCATT AACACGCATT
CGCCAAGTGC CACTAAAAAT TGATAACCAA GGCCAAATTA TTCGCCTTGG GGATATTGCC
ACTGTCACGC GCCAAGCCAA AACGCCCGCG GACAGCGTAG CCTTAGTCGA TGGTGAACAA
GGCGTTTTTG TCGCCGCGCG CATGCTTAAC AATAGCCGTG TCGATCTCTG GCAAGCACAA
GTGAATAGCG TCGTCGATGA ACTTAATCAC GAAGTGCCCG CCAATATCCA GATCCAATGG
CTATTCGAGC AAAACAGTTA CACCAGCGAT CGCCTTGGCG GACTCGTGGT TAACCTGCTG
CAAGGATTTG TGATCATCTT GCTGGTATTG CTACTCACCC TCGGACTACG AAACGCCATC
ATAGTGGCGA TTTCATTGCC CCTTACAGCA CTATTTACCT TGGCCTGCAT GAAATATATC
GGCCTGCCCA TACATCAAAT GTCGGTGACA GGCCTCGTCG TCGCCCTTGG GATCATGGTG
GATAATGCGA TTGTGATTGT TGATGCCATC TCACAACGGC GCCAACAAGG GATGAGTCGC
CTAGCCGCAG TGAGCGAAAC CATACACCAC CTTTGGCTGC CCTTAGCAGG TTCAACGATT
ACCACGATTT TAGCCTTTGC GCCCATAGTG CTGATGCCCG GTGCCGCAGG AGAGTTTGTC
GGTGGCATTG CCATGTCAGT GATGTTTGCG CTGCTGGGCT CTTACCTGAT TTCCCACACG
ATAATTGCGG GACTCGCGGG ACGATTTAGC CATGAAGGCA AACATGATGC CTGGTATCAA
CACGGGATCA ACCTCCCACT GGTGAGCCAA TATTTTCAAG CGAGCCTCAG AATCGCCCTT
AAACGCCCTA TTCTCAGTGC GCTGCTTATC GGCATTACGC CAGTATTAGG TTTTTACGCC
TCGGGCAAGA TGACAGAGCA ATTCTTTCCG CCATCGGACA GGGACATGTT CCAAATTGAA
GTCTATCTTG CGCCCCATGT GAGTTTAGAA AACACTTTGA ACCAAGTGCA ACTGATGGAT
AAAAAGCTCC ATGCCGTCAA TGGGATTACC CAAGTCGATT GGGTGGTGGG CGGCAATACG
CCCTCATTTT ATTACAACCT GACACAGCGC CAACAGGGCG CGACTAACTA TGCGCAGGCC
ATGGTGAAAG TGACCGACTT TGAACGTGCC AATGAGCTGA TCCCCGAATT ACAACAGCAG
TTCGACAGTG CTTTTCCCGA GGCACAAGTG CTAGTACGAA AACTCGAGCA AGGTCCGCCC
TTTAATGCGC CGGTAGAGTT GATGATCTTC GGTCCGAATC TAGATACGTT GCGTTCGCTG
GGCGACGAAG TCCGCAATAT CCTCGCGCAA ACGCCGGACG TACTCCATAC CCGAGCCACT
TTAAGTGCCG GTGCGCCTAA GCTGTGGCTG CAAGTGAATG AAGATGCAAG CTTAATGAGT
GGTTTAAGTC TGACGGATAT TGCCAAGCAG ATCCAAATGT CGACCACGGG CGTTATCGGG
GGCAGCGTGC TTGAGCAAAC GGAGTCATTA TCCGTTCGAG TGCGACTCGG TGATGGCAGT
CGCGAACAAG TCACCCGCCT TTCAGAAATT CAATTAGTGA CCCCTTCGGG TGAATCGGTC
GCGCTCTCTG CCCTCGCCTA CAACGAAGTG CAAGTGAGCC GCAGCGCCAT TCCAAGACGT
AACGGCCAAA GGGTGAATAC CATAGAAGCC TATATTGTCA GTGGTGTATT ACCCGCCCAA
GTGCTGAACG ATATCAAAGA TAAAGTGGCT CAACTCGCGC TGCCATCGGG ATATCGCATT
GAAATCGGCG GTGAAAGCGC GAAACGTAAC GAAGCGGTCG TCAATTTACT GTCCAATGTG
ATGTTAGTCG TCACCTTGTT ATTGGCCACT GTGGTGTTGT CGTTCAACTC CTTTAGGCTC
ACGGCCATCA TTTTGTTGAG CGCGATACAA TCAGCGGGAC TTGGCCTATT AGCCGTGTTT
GTGTTCGGCT ATCCCTTTGG ATTCCCTGTC ATCATAGGTT TGCTAGGCTT GATGGGACTG
GCCATTAACG CTGCCATAGT GATTTTGGCG GAACTTGAAG ATATGCCGAG TGCCAGACTC
GGCGATATGG AAACCATAGT CTCAACCGTC AGCAGTTGTG GTCGCCATAT CAGCTCGACA
ACCATCACCA CAGTGGGCGG ATTTATCCCA CTTATCATTG CTGGCGGCGG ATTTTGGCCT
CCCTTTGCCA TTGCTATCGC GGGCGGCACG CTGCTGACGA CTTTGCTCTC TCTGGTTTGG
GTACCGACTA TGTATTTACT GTTGATGAAA ACCCGTAAGG CGAACAATCA GTCCGCCATT
CCAGCTTAA
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| Protein sequence | MIKAFVENGR LVSLVIALLL VAGFGAISSL PRTEDPHITN RFASVITPYP GASAERVEAL
VTEVLENQLR RLEEIKLIQS TSRPGISVIQ LELKDTVMET DPVWSRARDL LADAKINLPE
GIPSPTLDDQ IGYAYTAILS LVWNSNTPVR VDILNRYAKE LQSRLRLLSG TDFVKLYGAP
TEEMLVQLDG NKMSQLQLTP ASIAHILSDA DSKIAAGEIN NSEFRALVEV SGELDSLTRI
RQVPLKIDNQ GQIIRLGDIA TVTRQAKTPA DSVALVDGEQ GVFVAARMLN NSRVDLWQAQ
VNSVVDELNH EVPANIQIQW LFEQNSYTSD RLGGLVVNLL QGFVIILLVL LLTLGLRNAI
IVAISLPLTA LFTLACMKYI GLPIHQMSVT GLVVALGIMV DNAIVIVDAI SQRRQQGMSR
LAAVSETIHH LWLPLAGSTI TTILAFAPIV LMPGAAGEFV GGIAMSVMFA LLGSYLISHT
IIAGLAGRFS HEGKHDAWYQ HGINLPLVSQ YFQASLRIAL KRPILSALLI GITPVLGFYA
SGKMTEQFFP PSDRDMFQIE VYLAPHVSLE NTLNQVQLMD KKLHAVNGIT QVDWVVGGNT
PSFYYNLTQR QQGATNYAQA MVKVTDFERA NELIPELQQQ FDSAFPEAQV LVRKLEQGPP
FNAPVELMIF GPNLDTLRSL GDEVRNILAQ TPDVLHTRAT LSAGAPKLWL QVNEDASLMS
GLSLTDIAKQ IQMSTTGVIG GSVLEQTESL SVRVRLGDGS REQVTRLSEI QLVTPSGESV
ALSALAYNEV QVSRSAIPRR NGQRVNTIEA YIVSGVLPAQ VLNDIKDKVA QLALPSGYRI
EIGGESAKRN EAVVNLLSNV MLVVTLLLAT VVLSFNSFRL TAIILLSAIQ SAGLGLLAVF
VFGYPFGFPV IIGLLGLMGL AINAAIVILA ELEDMPSARL GDMETIVSTV SSCGRHISST
TITTVGGFIP LIIAGGGFWP PFAIAIAGGT LLTTLLSLVW VPTMYLLLMK TRKANNQSAI
PA
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