| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1268 |
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| Symbol | |
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| ID | 5093972 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 1445120 |
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| End bp | 1448296 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644740670 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001193619 |
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| Protein GI | 146299028 |
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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 | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | ATGAAATTAG CCGAAATATC CATAAAACGT CCGTCGTTAG TAATTGTATT GTTTACAATT
CTGACTCTAG GTGGGTTGTT CAGTTACAGC CAGTTAGGCT ATGAGCTGAT CCCAAAATTC
GAAACCAACG TTATTACGGT TTCAACTGTT TATCCGGGAG CTTCTCCAAG TGAGGTTGAA
AATACTGTTA CAAAGAAAAT AGAGGATGCG ATTGCATCTC TTGAAAATAT CAAGAAAATT
GACTCTAAAT CTTATGAGAG TTTATCTGTA GTATCGATTA CATTAACTTC AAATGCGAAT
GTTGATATTT CGATGAACGA TGCTCAGCGT AAAATTAATG CGATTTTGAG TGATTTGCCA
GATGATGCTG ATCCGCCTTC GTTAACTAAA TTCTCTTTGA GTGATTTACC AATTATGACA
CTTGGAGCGA ATGGTAAAAT GGACGAAGCA GCGTTTTACG ATTTGATCGA TAAAAAGATT
GCGCCAGTTT TATCTCGTGT ACAAGGGGTT GCGCAGGTAA ACATTATTGG TGGTCAGGAA
CGTGAGATTC AGGTAAATCT TGATGCTGTA AAAATGCAGG GTTACGGACT TTCTGTTCCT
CAGGTACAGC AGACAATTTT AACTTCAAAT CTGGATTTCC CAACGGGTAA TATCCAGACT
CGAAATCAAA AAATATTAAT TCGTTTAGCG GGTAAATATA AAAATGTTGA AGAATTAAGA
AACTTAGTAG TCTCTTCTCA AAACGGAATC CAGGTTCGTT TAGGAGATAT TGCTGATGTT
CAGGATACAC AAAAAATCGC AGAGAAAATT GCGCGTGTAG ATCAAAAAAG TGCGATTGTA
CTTCAAATTG TAAAACAATC AGATGCAAAT GCCGTTGCGG TAAGTGAACA GCTGGTTAAA
ACAATTAAGA CATTAGAGAG CGATTATAAA TCGGCTCAAT TAAAATTAGA AATTGCAAAA
GACAGTACTG TATTTACGCT TGAAGCAGCA GATTCTGTTG TACATGACTT ATTAATTGCG
GTTATTCTGG TAGCATTTGT AATGTTGTTC TTCCTGCACA GTATTAGAAA CTCATTGATT
GTAATGGTAT CTATTCCTGC CTCTTTGATC GCTACATTTA TTGGAATTTA TTTATTAGGT
TATACACTTA ACTTAATGTC TTTACTTGGT TTATCTCTTG TGGTTGGTAT TCTTGTGGAT
GACGCGATCG TTGTACTGGA GAATATTTAC CGACACATGG AGATGGGTAA AAGCCGAATT
CGTGCCGCTT ATGACGGAAC TGCTGAAATT GGAGGTACTG TAACTTCGAT TACATTAGTA
ATTGTGGTGG TGTTCCTGCC AATTGCAATG AGTACAGGAT TGGTATCAAA CATTATTACA
CAATTCTGTG TTACGGTAAT TATATCAACA ATGTTCTCTT TATTGGCTTC ATTTACTATT
ATTCCATGGT TGTCTTCACG TTTTGGAAAA TTAGAGCATA TTGAAGGTAA AAATCTTTTC
GGAAAAGTTA TTCTTGGATT CGAAAGCTAT TTAACTCGTT TTACTGACTG GGTATCAAAC
TTACTAAACT GGTGTTTAGA TCACTATATT AAAACTATGG CGATTGTACT GGTAATGTTC
TTTGGATCAA TCTTCTGGTT AATGGGAGGC GGTTATATTG GAGGAGAGTT CTTTGCAGCA
TCTGATAGTG GTGAATTCTT AGTGCAGATT GAGATGCCAA AAGATGCTTC TTTAGAGCAG
ACTAACTTTA TGACTCAAAA AGCTGAAGCT TTCTTAAAAG GAGAGAAATA TGTTTTAAGC
CAGATTACAA CAGTAGGACA AACCAGTGAA GGTTTAGGAG CTGCTCAGGC AACTGCTTAC
AAAGCTGAGA TTGACGTTAA AATGATCGAG CAAAAAGATC GTACAGATGA TGCCAACGTT
TATGCTGCTA AGACAAAACG TAAACTTGAA AAAGTATTAG TGGGTGCCAA AGTTAAAACG
GTTCCTGTAG GTATCTTAGG AACGGCAGAA GATGCAACTT TAGGTTTGAT CGTAACAGGT
CCAAACGTAG AAAGTGCTAT GAAATTTGCT AAAATGGCTG AAGCTGAATT GCGTACTATT
CCTGGAACAA CTGAGATTAA ATTAACAGTT GAAGATGGAA ACCCAGAGAT TAACGTTCAG
GTTGACAGAG ATAAAATGGC TGCTTTAGGA TTGACTCTTC AAACAGTTGG TTTAACCATG
CAGACAGCTT ACAGTGGTAA TACTGACGGT AAATTTAGAG CTGGTGAATA CGAATACGAC
ATCAACATCA AATACAACGA ATTTGATAGA AAAAACATCA CAGACGTTAG TAATTTGATT
TTCATCAACA ATGCAGGTCA GCAGATTAAA TTAAACCAAT TTGCTACTAT TACAGAAGGT
TCTGGACCAA GTAAATTAGA GCGTAGAGAT AAAACAGCTT CTGTAACCGT ACAAGGTCAG
AATGTTGGGG TGCCGGCAGG AACAATTGTT CAGCAGTGGC AGGCAAAATT AGACAAATTG
CAAAAACCAG TTGGAGTTAA CTACATCTGG GGTGGTGATC AGGAGAACCA GTCTGAAGGA
TTTGGTACTT TAGGAATTGC GTTATTAGCC GCTATTATTT TGGTTTACCT TGTAATGGTT
GGATTATATG ACAGTTTCGT TCACCCGTTT GTTGTATTAT TTGCCATTCC GCTTTCGTTC
ATTGGAGTTT TATTTGCATT GGCATTAACA AACAATACAT TAAATATCTT TACCATTTTA
GGGGTCATCA TGTTGATTGG TCTGGTGTGT AAGAATGCGA TCATGCTTGT CGATTATACC
AATCAGCGAA GAGCGGCCGG AGAATCGATT AGAAGAGCAT TAATCCAGGC AAACCACGCT
CGTTTACGTC CAATCTTGAT GACAACAATT GCGATGGTAT TTGGTATGTT CCCAATTGCA
TTAGCAGCAG GAGCAGGAGC AGAATGGAAA AACGGACTGG CATGGGTAAT CATTGGAGGT
TTGATTTCAT CATTATTCCT GACTTTGATT GTAGTACCGG TTATTTATGA TATTATGGAG
AAAATTATTA GAAGATTCTC TAAAGGAGAA AAAATTGACT ACGAAGCTGA AATGGTTGCC
GATTATGAGC ATACAGAATT AAGCGAAGAC GGTTTTAATC CTAAACATAC CCATTAA
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| Protein sequence | MKLAEISIKR PSLVIVLFTI LTLGGLFSYS QLGYELIPKF ETNVITVSTV YPGASPSEVE
NTVTKKIEDA IASLENIKKI DSKSYESLSV VSITLTSNAN VDISMNDAQR KINAILSDLP
DDADPPSLTK FSLSDLPIMT LGANGKMDEA AFYDLIDKKI APVLSRVQGV AQVNIIGGQE
REIQVNLDAV KMQGYGLSVP QVQQTILTSN LDFPTGNIQT RNQKILIRLA GKYKNVEELR
NLVVSSQNGI QVRLGDIADV QDTQKIAEKI ARVDQKSAIV LQIVKQSDAN AVAVSEQLVK
TIKTLESDYK SAQLKLEIAK DSTVFTLEAA DSVVHDLLIA VILVAFVMLF FLHSIRNSLI
VMVSIPASLI ATFIGIYLLG YTLNLMSLLG LSLVVGILVD DAIVVLENIY RHMEMGKSRI
RAAYDGTAEI GGTVTSITLV IVVVFLPIAM STGLVSNIIT QFCVTVIIST MFSLLASFTI
IPWLSSRFGK LEHIEGKNLF GKVILGFESY LTRFTDWVSN LLNWCLDHYI KTMAIVLVMF
FGSIFWLMGG GYIGGEFFAA SDSGEFLVQI EMPKDASLEQ TNFMTQKAEA FLKGEKYVLS
QITTVGQTSE GLGAAQATAY KAEIDVKMIE QKDRTDDANV YAAKTKRKLE KVLVGAKVKT
VPVGILGTAE DATLGLIVTG PNVESAMKFA KMAEAELRTI PGTTEIKLTV EDGNPEINVQ
VDRDKMAALG LTLQTVGLTM QTAYSGNTDG KFRAGEYEYD INIKYNEFDR KNITDVSNLI
FINNAGQQIK LNQFATITEG SGPSKLERRD KTASVTVQGQ NVGVPAGTIV QQWQAKLDKL
QKPVGVNYIW GGDQENQSEG FGTLGIALLA AIILVYLVMV GLYDSFVHPF VVLFAIPLSF
IGVLFALALT NNTLNIFTIL GVIMLIGLVC KNAIMLVDYT NQRRAAGESI RRALIQANHA
RLRPILMTTI AMVFGMFPIA LAAGAGAEWK NGLAWVIIGG LISSLFLTLI VVPVIYDIME
KIIRRFSKGE KIDYEAEMVA DYEHTELSED GFNPKHTH
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