| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_3677 |
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| Symbol | |
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| ID | 4280570 |
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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 frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | - |
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| Start bp | 4359366 |
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| End bp | 4362527 |
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| Gene Length | 3162 bp |
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| Protein Length | 1053 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 638136490 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_752343 |
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| Protein GI | 114564829 |
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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 | 15 |
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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 | ATGTCGGGAT CTCTATCTAC ACACAAAGGA GCAATAGCCT GGTTTGCCAG AAACTCAGTA
GCGGCTAACT TATTGCTCAT TGGCATGATC ATCGTGGGGC TTTTTTCATT AGGCAGCTTA
CGCAAAGAGG CTTTTCCGAG TTTAGAGCCC GACCGCGTGA CTGTGTCAGT CACTTACGAC
AGTGGCGACC CAGTGTTAGC AGAAGAAGGC ATCGCAATTA AAATCGAAGA TGCCTTAGAA
ACGGTGCCGG GCATAAAGCG GATTACCTCA ACATCCAATG CCAATGGCAG CAGTGTGATG
ATTGAGAAAA CCAGCTCTTA TGACTTAGAC ACCTTGCTCA CTGACATTAA AACCAATGTT
GATGCAATTT ATAACTTTCC TAGCGAAGCT GAAAACCCTG TTATCGATAA AATGCGCATG
CAAGACCATG CCTTGTGGAT TGAGATTTAT GGCGATGCCG ACCGCGCGAC GTTACAAGCT
TTAGCGGAAC AACTTAAATC GGATTTACTC AGCCAAGATG CCATTCATGA TCTGGAAATT
AAAGCCAAAG CCGAGCCGAT GATTTCTATC GAAGTTGACG AAGCCAAGCT GCAAGCTTAT
GGATTGACGT TAGCGTCAGT CGCAAGTGCA GTGAACGCCG AGTCATCAGC GTCTATTTCG
ACCAGCTTAT ACAACGATGA TAAAACCGTG CGTTTGAAAG TGGCTCAACA AGCTTATCAA
CTGCAAGATT TTATGGCGAT TCCAGTTATC ACCAATAGCC AAGGCTCGAT GATTACACTG
GGCGATATTG CCACAGTGAA AGACGGCTAT GCCGACGACA CCTTTGTGTT GTCGCGTTAT
AACCAAGCAA ACTCAAGCGC CATTGAAATT GTGATGGATG AAAATGGCGA TATCGTTAAT
ATTGTCGAGC AAGCTAAGCA AGTCGTTGAG AAATGGCGTA ATGCTAATGC GTTGCCCGAT
GGTGTAAATA TTGCCACTTG GCATGACAAA AGTACTCTGA TTACCGAACG CTTAAGCTTG
CTAGTTAAAA ATGCCCTCAG TGGTATCGCA TTAGTGTTTA TTATTTTGGC GTTGTTTTTA
AACTTGCGCG TGGCGTTTTG GGTTGCCGCA GGTTTGCCGT TTGTGTTCTT CGGCACCTTG
TTTTTTATGA GCAATACTTT TGCTGGTTTA ACCCTAAATG AAATGACCAC CTTTGGCTTT
ATTATGGCGC TGGGGATTGT GGTCGATGAC GCCGTGGTAG TGGGTGAGAG TGTTTATACC
ACTCGGCAAA AATACGGCGA CAACATCGAC AACACCATCA AAGGTACCTT AAAAGTCGCG
ACCCCAACCA TATTTGGTGT GTTAACTACC GTGGTTGCCT TTGTCGCTTT GGCCAACGTA
GAAGGCCGTT TAGGCCAAAT TTATGCCCAG TTTGGTACCG TTGTTGCCAT CTGTTTGATG
CTGTCGTTAA TTGAATCTAA GTTTATTTTA CCGTCGCATT TAGCCCATAT TAATACTCAA
AAAAGTGCCA AAAAATCATG GTTTAACCAT ATTCAACACG CCGCGGACAG TGGCTTGAAG
TGGTTTAGTC GCGTAATTTA CCAACCCGTT ATTGAGTTTG CACTGCGGTT TCGTTATGCC
GTGGTATTGA TGTTTATTGC AATGTTTATT TTGGTTGCCG GAATGCCGTT AACGGGTAGC
GTGCGAGTGG CTTTTTTCCC TGATATTGCT GGCGACACAG TCGTAGCTGA CTTTTCAATG
CAAAACGACG CCAGTTTTGG CCAAACCTAT AAAAATTTAA TGACCTTAGA ACGCGCTGCT
AAACGAGTGG ATGCAGAGCT GGTGGCTCAA CGACAAGACG GTGACAACGA CCAAGACAGC
TATTTAACCA GTTTGCACAT TATGGCAAGC AGCAGTGACA CTGGCCAAGT GCAGGTCGAG
TTGGCAACCA ACAGCCCTTA TACCCTTAAA GAGTTTACTC AAAAGTGGAC TGAACAAGTT
GGCCAAATGG AAGGCATTAA AAAACTTAAA GTATTATCGA AAAAAGAAAT GCTCGATAAC
TTTAAAGTAG AGATTAAAGC CAGTGATACA GAGTCTGTAT TCGCTGCTGG CCAAGCACTA
AAAGCCGCAA TAGAAGTGAT GGACGGTGTG AGTGGCATTG ACCACAATCT AGATGCAGGC
GACCCACAAT ATCGCTTTGA ATTAACAGCG CAAGGGCGCG CATTAGGATT TGATACCGAA
ACCTTGTCGA GTCAGATATT GCAGTCATTT GGCGGCGGAG TGGTACAACG TTTTCAGCGT
GGTAAAGACG AAGTGAAAGT GCGCGTTCGT TACCCCGATG AAGATCGTCA AACTTTTGAA
GATATTCAGC TTGCCAATGT GAGAACCAGC GACGGGACTA TTGTGCCGTT GAGTCACGTA
GCCCAGATTT TTAATGATTA TCAACCGTCG AATATTACCC GTATCGACAG CCAGCGGGCG
GTATACATCA GTGCGGTATT AGACAAAGAT AAAATTGCTT CAAATGAGTT GGTTAGCCAG
CTTAAGCAAA CATTGGTATC GCAGTTAGAA GTACAGTACC CAGGTGTGAG TTTCAATTTT
GCCGGCGAAG CTGAACAGCA AGCAGAAACC ACAAGCTCGA TAGAATCGAT GTTTGTGCTG
GCGCTGATTG CCATTTATGC CTTGTTAGCC ATTCCGTTAA AGTCGTATAT ACAGCCAGTG
ATAATCATGA CTGCAATTCC GTTTGGTATT GTGGGCGCAA TTTTAGGCCA TTGGTTGAAT
GACTTAACCA TTAGTATTTT GTCGTTAAAC GGTATTTTGG CCTTAAGTGG CGTGGTGGTA
AACGACAGCT TGTTACTGGT GTCGCGTTAT AACGAATTAA TTAACGAAGA AGGCATGTCG
GTACACGATG CAATTGTTGA GTCATGCACC GGAAGACTTC GAGCGGTATT GCTTACCTCG
GTGACCACCT TTGCGGGCTT AGCGCCATTA TTAGGTGAAA CCTCGTTACA AGCGCAGTTT
TTAATTCCTG CCGCAGCGGC GCTAGGGTAT GGTATTTTAT TTGCTACCTT TATCACCTTG
ATTTTGACGC CATCTTTGCT GTTAATTCAA TGCGAGTCGA AGGCTTTTAT GCATAACCTG
ATGACCAAAC TGCGCCCAAA TCGTGACGTG GCAACGTCGT GA
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| Protein sequence | MSGSLSTHKG AIAWFARNSV AANLLLIGMI IVGLFSLGSL RKEAFPSLEP DRVTVSVTYD
SGDPVLAEEG IAIKIEDALE TVPGIKRITS TSNANGSSVM IEKTSSYDLD TLLTDIKTNV
DAIYNFPSEA ENPVIDKMRM QDHALWIEIY GDADRATLQA LAEQLKSDLL SQDAIHDLEI
KAKAEPMISI EVDEAKLQAY GLTLASVASA VNAESSASIS TSLYNDDKTV RLKVAQQAYQ
LQDFMAIPVI TNSQGSMITL GDIATVKDGY ADDTFVLSRY NQANSSAIEI VMDENGDIVN
IVEQAKQVVE KWRNANALPD GVNIATWHDK STLITERLSL LVKNALSGIA LVFIILALFL
NLRVAFWVAA GLPFVFFGTL FFMSNTFAGL TLNEMTTFGF IMALGIVVDD AVVVGESVYT
TRQKYGDNID NTIKGTLKVA TPTIFGVLTT VVAFVALANV EGRLGQIYAQ FGTVVAICLM
LSLIESKFIL PSHLAHINTQ KSAKKSWFNH IQHAADSGLK WFSRVIYQPV IEFALRFRYA
VVLMFIAMFI LVAGMPLTGS VRVAFFPDIA GDTVVADFSM QNDASFGQTY KNLMTLERAA
KRVDAELVAQ RQDGDNDQDS YLTSLHIMAS SSDTGQVQVE LATNSPYTLK EFTQKWTEQV
GQMEGIKKLK VLSKKEMLDN FKVEIKASDT ESVFAAGQAL KAAIEVMDGV SGIDHNLDAG
DPQYRFELTA QGRALGFDTE TLSSQILQSF GGGVVQRFQR GKDEVKVRVR YPDEDRQTFE
DIQLANVRTS DGTIVPLSHV AQIFNDYQPS NITRIDSQRA VYISAVLDKD KIASNELVSQ
LKQTLVSQLE VQYPGVSFNF AGEAEQQAET TSSIESMFVL ALIAIYALLA IPLKSYIQPV
IIMTAIPFGI VGAILGHWLN DLTISILSLN GILALSGVVV NDSLLLVSRY NELINEEGMS
VHDAIVESCT GRLRAVLLTS VTTFAGLAPL LGETSLQAQF LIPAAAALGY GILFATFITL
ILTPSLLLIQ CESKAFMHNL MTKLRPNRDV ATS
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