| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_2636 |
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| Symbol | |
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| ID | 5080689 |
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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 putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | + |
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| Start bp | 3056396 |
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| End bp | 3059473 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 640499820 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001184156 |
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| Protein GI | 146293732 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.545015 |
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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 | ATGATCAAAG CCTTTGTCGA AAATGGTCGT TTAGTCAGTC TCGTGATCGC TCTCCTTATC
GTTGCTGGTT TAGGCGCGAT ATCGAGTCTA CCCCGTACGG AAGATCCCCA TATTACCAAC
CGTTTTGCTT CCGTGATCAC CTCCTATCCC GGCGCTTCTG CTGAAAGAGT TGAAGCCTTA
GTCACTGAAG TAATAGAAAA TCAGCTTAGA CGATTAGAGG AAATTAAGCT CATTCAATCG
ACTTCAAGGC CAGGGGTGTC AGTTATTCAA TTAGAACTAA AAGATACCGT GATGGAAACG
GCGCCCGTAT GGTCACGGGC GCGTGATTTA TTAGCCGACG CAAAGGCCAA TCTACCCAAT
GGCATTCAAA CACCCACCTT AGATGACCAG ATTGGTTATG CTTATACTGC CATTTTAAGC
TTAGTATGGA ATGCTGATAC CCCAATTCGA GCAGACATCT TGAACCGCTA CGCCAAGGAA
CTGCAAAGTC GCTTACGGCT TTTACCGGGT ACGGATTTTG TCAAACTCTA CGGCGCACCC
ACCGAAGAAA TTTTAGTTCA GCTCAACGGT AGCCAAATGA GCCAGTTACA GCTCACCCCC
TCTACAATTG CCCAAATATT AACTAATGCT GATAGTAAAA TTTCCGCTGG AGAAATTAAT
AACACTACAT TTCGCGCCTT GGTTGAAGTA TCGGGTGAAC TTGACTCACA AACCCGTATT
CGCCAAGTAC CACTAAAAAT TGACACTCAA GGGCAAATTA TTCGCCTTGG GGATATTGCG
ACTGTAACTC GCCAATCTCA AACACCAGCC GACAGCATAG CGTTAGTTGA TGGTAAGCAA
AGCGTATTAG TTGCAGTACG GATGCTCGAT AATACTCGAG TTGATCTTTG GCAAGCTCAA
GTTAATAAAG TGGTCGACGA ACTCAGCCGC GATGTACCAG CAAATATCAC CATACAATGG
TTATTCGAGC AAAATAGTTA CACCAGCGTG CGCCTTGGTG ATCTTGTCAT CAACCTACTT
CAAGGGTTTA TTATCATTTT ATTAGTGCTG CTACTCACCC TTGGTGTAAG AAATGCCATT
ATTGTAGCGA TATCTTTACC CTTAACAGCG CTATTTACAT TAGCTTGTAT GAAATATATC
AACCTCCCTA TACACCAAAT GTCAGTGACA GGTCTGGTCG TAGCCCTTGG GATCATGGTG
GATAACGCCA TTGTGATAGT CGATGCCATA GCCCAGCGCC GCCAACAGGG AATGAGCCGG
CTAGCGGCGG TCAGTCAAAC CTTGCATCAT CTGTGGCTGC CATTAGCTGG CTCGACTATT
ACCACTATAT TAGCCTTTGC CCCTATTGTC TTAATGCCAG GAGCTGCGGG TGAGTTTGTA
GGCGGTATTG CCATGTCAGT GATATTTGCA TTGCTGGGTT CATACCTTAT TTCCCATACC
TTAATTGCAG GCTTAGCGGG ACGCTTCAGT ATCGATGGTA AACATGATGC TTGGTACCAA
CATGGGATCA GTATGCCCCT CTTGAGTCAT TATTTCCAAG CTAGCTTACG ATTTGCACTT
AACAGACCCA TAATAAGTGC CATTGCAATA GGCGTTATTC CAGCACTGGG CTTCTTTGCT
TCAAGTAAAA TGACGGAGCA ATTTTTTCCC CCATCAGACA GAGATATGTT CCAGATTGAG
ATTTACCTTG CTCCTCATGT CAGCCTTGAA AATACACTCA ATCAAGTACA ATTAATCGAT
AATACATTAC GAAGTATTAA TGGCATTACC CAAGTAGATT GGGTTGTTGG GGGTAATAGT
CCCTCCTTTT ACTATAACTT AACCCAGCGC CAGCAAGGTG CGGCTAATTA TGCACAAGCC
ATGGTGAAAG TGACCGATTT TAAGCGTGCT AACGCCTTGA TCCCTGAGTT ACAGCAACAA
TTGGACTCCG CTTTTCCAGA GGTGCAGGTC TTAGTCCGAA AATTAGAGCA AGGCCCACCT
TTCAATGCGC CAGTGGAACT GATGATCTTC GGCTCTAATC TTGATACGTT ACGAGCCATT
GGAGATGAAA TTCGCCTTAT CCTCTCAAAG ACCCCTGATG TACTTCATAC CCGTGCAACC
TTAAGTGCTG GCGCACCAAA GGTATGGTTA GAAGTGAATG AAGATGCGAG CTTAATGAGT
GGCTTAAGCC TAACGGAGAT TGCAAAGCAA ATTCAAATGT CGACCACAGG TGTCATTGGT
GGAAGCATAC TCGAGCAAAC AGAATCCTTG CCAATAAGAG TTCGCTTGAG CGATGAAAAT
CGCGAGCAAG TCAATCGCCT ATCAGAAATT CAATTAGTTT CTCCCTCTGG AGAGACGGTA
TCGCTTTCAG CACTCTCCCA TAGTGAGATA CACGTTAGCC GCGGAGCCAT TCCAAGGCGT
AATGGCCAAA GGGTAAATAC GATTGAAGCC TATATCGTCA GCGGTGTTTT GCCCGCTCAA
GTGCTCAATG ATGTCAAAGA TAAAATAGCA CAACTCACCT TACCTTCAGG TTATCGCATT
GAAATTGGTG GTGAAAGTGC AAAACGCAAT GAGGCTGTAG GCAATTTACT ATCGAGTGTT
ATGTTAGTAG TGACCTTGCT ATTAGCAACC GTAGTGCTGT CATTTAACTC TTTTAGGCTC
ACAGCCATTA TTCTACTAAG CGCTATGCAA TCGGCTGGTT TAGGCTTATT AGCCGTGTTT
GTTTTTGGCT ACCCCTTTGG TTTCCCTGTC ATTATTGGTT TATTGGGGCT AATGGGACTC
GCAATAAACG CTGCCATAGT GATCTTGGCT GAGCTCGAAG AGATACCAGC GGCAAGGCTT
GGAGATAAAG ATGTCATTAT CAGTACGGTG AGTAGCTGTG GTCGTCATAT AGGTTCAACA
ACGGTTACCA CGGTAGGTGG ATTTATTCCC TTAATTATTG CAGGTGGTGG ATTTTGGCCC
CCCTTCGCTA TTGCGATTGC GGGTGGCACA CTCCTAACAA CCTTGCTATC ACTCGTCTGG
GTACCCACAA TGTATTTACT TCTAATGAAT ACTCGACAAC TGAAAACTGA TAGATACGCC
AACGCGCAGG AGCATTAA
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| Protein sequence | MIKAFVENGR LVSLVIALLI VAGLGAISSL PRTEDPHITN RFASVITSYP GASAERVEAL
VTEVIENQLR RLEEIKLIQS TSRPGVSVIQ LELKDTVMET APVWSRARDL LADAKANLPN
GIQTPTLDDQ IGYAYTAILS LVWNADTPIR ADILNRYAKE LQSRLRLLPG TDFVKLYGAP
TEEILVQLNG SQMSQLQLTP STIAQILTNA DSKISAGEIN NTTFRALVEV SGELDSQTRI
RQVPLKIDTQ GQIIRLGDIA TVTRQSQTPA DSIALVDGKQ SVLVAVRMLD NTRVDLWQAQ
VNKVVDELSR DVPANITIQW LFEQNSYTSV RLGDLVINLL QGFIIILLVL LLTLGVRNAI
IVAISLPLTA LFTLACMKYI NLPIHQMSVT GLVVALGIMV DNAIVIVDAI AQRRQQGMSR
LAAVSQTLHH LWLPLAGSTI TTILAFAPIV LMPGAAGEFV GGIAMSVIFA LLGSYLISHT
LIAGLAGRFS IDGKHDAWYQ HGISMPLLSH YFQASLRFAL NRPIISAIAI GVIPALGFFA
SSKMTEQFFP PSDRDMFQIE IYLAPHVSLE NTLNQVQLID NTLRSINGIT QVDWVVGGNS
PSFYYNLTQR QQGAANYAQA MVKVTDFKRA NALIPELQQQ LDSAFPEVQV LVRKLEQGPP
FNAPVELMIF GSNLDTLRAI GDEIRLILSK TPDVLHTRAT LSAGAPKVWL EVNEDASLMS
GLSLTEIAKQ IQMSTTGVIG GSILEQTESL PIRVRLSDEN REQVNRLSEI QLVSPSGETV
SLSALSHSEI HVSRGAIPRR NGQRVNTIEA YIVSGVLPAQ VLNDVKDKIA QLTLPSGYRI
EIGGESAKRN EAVGNLLSSV MLVVTLLLAT VVLSFNSFRL TAIILLSAMQ SAGLGLLAVF
VFGYPFGFPV IIGLLGLMGL AINAAIVILA ELEEIPAARL GDKDVIISTV SSCGRHIGST
TVTTVGGFIP LIIAGGGFWP PFAIAIAGGT LLTTLLSLVW VPTMYLLLMN TRQLKTDRYA
NAQEH
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