| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_1929 |
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| Symbol | |
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| ID | 4278841 |
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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 | 2286144 |
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| End bp | 2289329 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 638134713 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_750613 |
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| Protein GI | 114563100 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.323076 |
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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 | ATGGACGATA CTAACAAAGG AATTATCGCC TGGTTTGCCC GCAATAGCGT AGCTGCAAAC
TTGTTGATGA TCATTATCAT ACTCGGTGGT CTGTTGACCG CCAATACAAT CCGTAAGCAA
TTCTTCCCTG CTGTTGAAGT TAACTGGATT CAATTTAGCG CCGTTTACCC AGGTACTGCA
CCACAAGAAG TGGAAGAAGG CATTACCATT AAAATTGAAC AAGCCTTAGA AAGCGTTCAA
GGATTAAAAA GGGTTATTAC CTATTCAAAT CGTAATATAG CGCAGGGATA TTTTCAGGTT
GAAGACTCAT ATGACCCACA AGTCGTACTT GAAGAGGTTA AGTCTGAAAT TGACTCGATC
TCAACGTTTC CTGGTGGCAT GGAGCCCCCT AAAGTTGAAC GGATTAAATT TCGCCAAGAA
GTAATGTATT TAAGCCTTTA TGGTGACTTA AACCAAAAGC AACTCAAAGA TTTAGGCGAG
CGCATTAATG ATGAAATCAT GCAATTGCCT GGTGTCAACA TTAGCGAATA TTATAGCGGC
TTAAGTTATG AAATTGGCAT TGAAGTCAGT AAAGACCGTT TACGTGAGTT TGGGATCACA
TTTAACGATG TCGCTGAGGC CGTTCGTGGC TATTCACGCA ATATGTCGGC TGGCCAAATC
AAAGCAGAAA ATGGTTACAT CAATTTACGC GTTCAGAATC AAGCCTATGT GGGTTACGAG
TTTGAACAAC TGCCTTTACT AACATTAGAT GATGGTACCA AGATTTTATT GGGTGATATT
GCCAGCGTAA ATGATGGCTT TGAAGAAGGC ATTCAATACT CTAAATTTAA TGGTAAAAAC
TCAGTTACCT TCTTCATTGG TGCGGGTAAA AATCAAAGTA TTACCGATGT GGCGGATACC
ATTAATAGCT TTGTCGATAA ACAGCAAAAA ATATTACCAC AAGGTGTAAA ACTTGAACCT
TGGGTAGACA TGACTTACTA CTTGGATGGC CGTTTACAAC TGATGCTCGA CAGCATGAAA
AGTGGTGCGA TATTAGTGTT TATCATGCTG GCCTTATTCT TGCGAGTTCG ATTGGCTTTT
TGGGTGATGA TGGGACTACC GGTGTGTTTT CTAGGTACAT TATTGTTTAT GCCAATGGCA
TTTTTTGATG TCACCATTAA CGTTATCAGC TTGTTCGCCT TTATCTTAGT GCTGGGGATC
GTGGTCGATG ATGCCATTGT GATGGGCGAA AGTGCCCACA GCGAATCAGA AGAACACGGC
CAAAGTATTG ACAGCGTTAT TCGTGGGGTT AAAAAAGTCG CCATGCCAGC AACCTTTGGT
GTATTGACCA CGATAGCCGC TTTTCTACCA ATAACCATGG ACGACGGTCC ATCATCTGCA
TTTGGGCAGG CTATTGGTTT TGTTGTTATT TTATGTTTAT TATTTTCATT AATAGAATCT
AAATTGATTT TGCCTGCGCA TTTGGCGCAC ATGAAAAAGC CTACCATTGT TAAACCAGGT
TCAAAAAATC CATTAGATTG GCTGCGTAAC GGCGTTAATT TTGTTCAAGG TAAAATTGAT
CGCGGCTTAA CGAAATTTAT TAAGTCTGTC TATCGCCCTT CCCTTGAATT AGCGGTTGAG
TATCGTTACG CGGTTATCAT GTTGTTTATC AGCTTGATTT TGATCTGTGT TGGGCTTTAT
ATGGGCGGTT TGGTTCGTTT TATCGGTCAA CCAAAAATTC CACACGACTT TCCAAGAGTC
ACCGTTGAAA TGAACGTTGA TGCATCAGAA AAATCGACAC TCGCGGCCGC ACTGGCCATA
GAGCAGACTT TATATGATGT TGATAAAAAG ATTGAACAGC AATATGGCCA GAAAATGATT
TCTGACATGC AAGTCGATCT TAAAGGGCAA ACAACAGCAG AAGTGATGAC TAAATTGGTC
GACCCATCAC TTAGACCAAT GGATACCTTT GCTTTAGCAG ACTTATGGCG TAAAGCAATG
CCACAAATTC CAGGAGTTAA ATCGTTTAGC ATTCAAGACA GTTTAATGGG CGGAGGTCGT
GAAGATGGCG ACATTAGCTT TAGACTCGAA GGTAAAGATG AAAGTCAGTT AGTGGCAGCG
TCATTAGCCC TAAAAGCCAA ACTAAATTCA CTTAAAGGCG TCAGTGACGT AAACGACAGC
CGTCAATCAA GTGCCAAAGA AGTGCAGTTT CAGCTAAAGC CGTTGGCCAA TGCATTGGGT
TTAACCTTAG CCAATATCGC CTCACAGGTG GGCAACAGCT TTTACGGTCT TGAAGCACAA
CGTATTATTC GTAATGGTGA AGAAATAAAA GTGATGCTTC GCTACCCTGA AGAGCAACGT
AATTCAATCG CACTGGTACA AGATGTGATG ATTAACACCC CACAAGGTGC AGAATTACCG
CTATCTGAAG TGGCTGAAAT AATGGTGGTT CAAGGCGTTA ACAGTATCCG CCGCGAAAAT
GGTAACCGTA CCATTAATGT GTGGGCCAAT GTAGATGCAG ATCAAACTGA ACCGTTTAAG
TTAGCTAAAG ATATCCGTGA TAACTTTATG CCTGAGTTAT TGATTAAGTA TCCGCGGGTA
CACAGTGAAG TGTCTGGTAG TATTCAAGAG CAATTAGACA GCGCAGATAC ACAAATGCGT
GACTTTATCT TATCGTTATT GCTGATTTAT AGCTTGTTAG CTATTCCACT ACGCTCATAT
ATTCAGCCTG TGATGATCAT GTCTGTGATC CCGTTTGGGG TTATTGGTTC CGTAATGGGC
CACATCATTT TAGGTATCGA TTTAAGTGTA CTATCGATGT TCGGTATTAT TGCCGCGGCT
GGTGTTGTGG TGAATGACTC GTTGGTGATG GTGGATTATG TCAATAACTC ACGCAAAGCC
GGTGTGCCGA TGAAACAAGC CGTTCTCAAT GCCGGTTGCC GTCGCTTTAG GGCTATCATG
CTAACGTCAT TAACAACATT CATGGGTTTA GTGCCGATTA TGGCTGAGAC CAGTATGCAA
GCTCAAATGG TGATCCCAAT GGCGGTTTCA TTAGCGTTCG GAGTATTATT TGCGACTGTG
GTAACTTTAT GTCTTATTCC ATGTTTATAT ATTGCAATTG AAGACGGTAA AGCATTGATC
CGCAAGGTCA TCAATATTTA CGTCCCTGCT CCTTCGTCTG CGATACCAGC AACCGAACAG
CATTAA
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| Protein sequence | MDDTNKGIIA WFARNSVAAN LLMIIIILGG LLTANTIRKQ FFPAVEVNWI QFSAVYPGTA
PQEVEEGITI KIEQALESVQ GLKRVITYSN RNIAQGYFQV EDSYDPQVVL EEVKSEIDSI
STFPGGMEPP KVERIKFRQE VMYLSLYGDL NQKQLKDLGE RINDEIMQLP GVNISEYYSG
LSYEIGIEVS KDRLREFGIT FNDVAEAVRG YSRNMSAGQI KAENGYINLR VQNQAYVGYE
FEQLPLLTLD DGTKILLGDI ASVNDGFEEG IQYSKFNGKN SVTFFIGAGK NQSITDVADT
INSFVDKQQK ILPQGVKLEP WVDMTYYLDG RLQLMLDSMK SGAILVFIML ALFLRVRLAF
WVMMGLPVCF LGTLLFMPMA FFDVTINVIS LFAFILVLGI VVDDAIVMGE SAHSESEEHG
QSIDSVIRGV KKVAMPATFG VLTTIAAFLP ITMDDGPSSA FGQAIGFVVI LCLLFSLIES
KLILPAHLAH MKKPTIVKPG SKNPLDWLRN GVNFVQGKID RGLTKFIKSV YRPSLELAVE
YRYAVIMLFI SLILICVGLY MGGLVRFIGQ PKIPHDFPRV TVEMNVDASE KSTLAAALAI
EQTLYDVDKK IEQQYGQKMI SDMQVDLKGQ TTAEVMTKLV DPSLRPMDTF ALADLWRKAM
PQIPGVKSFS IQDSLMGGGR EDGDISFRLE GKDESQLVAA SLALKAKLNS LKGVSDVNDS
RQSSAKEVQF QLKPLANALG LTLANIASQV GNSFYGLEAQ RIIRNGEEIK VMLRYPEEQR
NSIALVQDVM INTPQGAELP LSEVAEIMVV QGVNSIRREN GNRTINVWAN VDADQTEPFK
LAKDIRDNFM PELLIKYPRV HSEVSGSIQE QLDSADTQMR DFILSLLLIY SLLAIPLRSY
IQPVMIMSVI PFGVIGSVMG HIILGIDLSV LSMFGIIAAA GVVVNDSLVM VDYVNNSRKA
GVPMKQAVLN AGCRRFRAIM LTSLTTFMGL VPIMAETSMQ AQMVIPMAVS LAFGVLFATV
VTLCLIPCLY IAIEDGKALI RKVINIYVPA PSSAIPATEQ H
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