| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000104 |
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| Symbol | |
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| ID | 8558409 |
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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 | Vibrio sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013457 |
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| Strand | + |
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| Start bp | 116879 |
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| End bp | 120187 |
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| Gene Length | 3309 bp |
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| Protein Length | 1102 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 646407769 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003287257 |
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| Protein GI | 262395404 |
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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 | 13 |
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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 | ATGCCCGACA AACTAAAGCG AAGTTTTGTT CAGTCCGTGA TGAACAGCTT TTTCCCTCCG
ATCATGATTT TACTCGCGCT TATGGTCGGT GCCGCGGCTT TGTGGCTGAC CCCGAAAGAG
GAAGACCCGC AAATCGTTGT GCCGATGGCG GATATATTGG TTTCGGCTCC CGGACTAAGC
GCTTCTCAAG TCGAAAATCA AATCACTGAA CCATTAGAAA AGCTTGTTAG CCAAATTGAC
GGTGTGGAAT ACGTTTATTC TTCGTCAATG GAAGGTGCTG CGCAAGTCAT CGTTCGTTTC
TATGTCGGCG AAAACCGCGA AGATGCTCTG GTTAAGCTTT ACAACAAACT CTACTCCAAC
CAAGACAAAG TTCCTCCTTC TGTCACTAAC TGGCTTGTGA AGCCTGTTGA AATCGACGAT
GTACCCATTG TTGTTGCTGC AATTTACTCC ACCGCTCCAG ACATTCTCGA TCGCCATCAA
CTGAGACGTA TTGCAGACCA AGCCACGTTA GGCATTAAAT CATTGGATGC CACCAACAAG
GTGGAAGTGA TTGGCGGTGA GCCGAGAAAA ATCCAGATAG AGCTTGATTC CGTTGCGATG
GCAAACTTCA AAGTAACCAT CGATGACCTC GAACAGGCCA TTCAGCTCAG TAATAGCAAA
ACCCAAGGCA AGAACGTTCG CGTAAACGGG CAAAATTACA CATTGGAGTC GGGACGGTTT
CTGACCAACG CCGAAGAAGT TGGCGATCTT GTTATCGCGG TGCTCAATGG CAAACCCGTT
TACTTGAAAG ATGTCGCGCG TATTTACGAC GGTGAAGGTG AGGCGACATC CGATACTTGG
TATCGCGATA AAAACCACGA TGAAGCATAC CCAGCGGTGT TCATTTCTGT CGCTAAGCAA
AAAGGCTCGA ACGCAGTTAA CGTCGCTCAG TCTGTTCGGG ATAAACTGGC GGAGCTTCAA
TCCGAGCAGT TTCCTCCACA AGTTCACGTT GCTGTCATTC GTGACTATGG CGAAACGGCG
AATGCGAAAG TAAACAACTT GGTATCAAGC CTTGGCATCT CTATTCTAAC GGTCGTGGTG
TTTGTCGGTT TGTTCTTGAA CTGGCGAAGC GCATTGGTGG TTGGTATCGC GATTCCGATT
AGCTATGGCG CCGCGCTCGG GATGGACTTG GCATTTGGCT ATTCCATCAA TCGAGTCACA
CTCTTTGCAT TGATTTTGGC GCTAGGTTTG ATCGTGGACG ATCCGATCGC CAGTATCGAC
AACATTGAAC GCTACCTCAA ACGCAAAAAT CTAACACGAA CCAACGCGAT TGTTCTCGCC
ATGGCAGAAA TTCGTAGCGC CTTGTTAATG TCGACGGTCG CAATCGTGAT CGTGTTTACG
CCGATGTTTT TTATCACTGG GATGATGGGG CCTTACATGG CGCCACTGGC GTTCAACGTT
CCGATCAGCG TTATCTTTAG TACCGTTGTC GCGTTTATGA TCACGCCTTG GCTTGCCAAG
AAACTACTCA AAGGTGCTGA GGAAAACGGC CACTATGACA TCCAATCTTC GCCGATGTAT
CGTTTGTATC GTGGTGTGTT GATTCCGCTA CTTGAAAGCC GCAAGAAAGC ATGGCTTTTC
CTTGGTTTGG TTGCCTTGTT GTTCGTCTTG GCAGCATTGT TGCCAGCACT TCGCTTAGTT
CCACTCAAGT TGCTGCCTTA TGACAATAAA AATGAGTTCC AATTGGTATT AAACATGCCA
GAGTCTTCAA GCTTTGTGGA TACCTCCAAC GCGCTGTCGA GCTTTACGGA CTATTTAATG
ACGGTGCCGG AAGTGACAAG TGTGTCGGGC TTTGCAGGCA CCGCTTCCCC AATGGATTTC
AACGGCATGG TGCGCCACTA CTTTATGCGT AGCGAACCAT ACCAAGGCGA GCTTCGAGTC
GTTCTTGCAG AGAAGAATCG CCGCGCAATG CAATCACACG AACTGGTGAC ACGACTCAGG
GCGGATTTAG AGCAGATTGC AGATAATTTT GACGCTGACG TGCAGCTAGT CGAAGTGCCG
CCAGGCCCGC CTGTTATCGC CACCATTACG GCAGAAGTTT ACGGTGATGA AGCGACATCT
TATGAAGATC TGATGATTCA AGCAGAGAAA GTCGCGGATA GGCTTCGCAA AGAACAGTTG
GTTTCTGAGG TGGATACCAG CATCCAAGGT GATTTAGAAA CGTGGCAGTT CATCGTTGAT
CAAGAAAAAG CGGCGCTGTC TGGTGTTTCT GTTGCTGATA TCAATAACAC GCTTATTACC
GCCGCGAACG CCAAAGTGCT CGGTTATATC GCCGATCCAA GAGAAGTGGC CCCATTACCT
ATCGAAGTGC AGCTCCGACG CGAAGACAGA GATAACCTTA ATCAACTAGA GCAACTTTAT
GTGCGAGGCC GTCCGGGCAT TGCAAAAGTA GAATCCAATG GGGCGGTTGT GGATGCTCCT
CAGCCTATCG TGCAGTTGTC TGAAGTCGGT CATTTTGTGA AACGCGCAGC GGACAAACCG
ATTTTCCATA AAAACCTCAA GCCTGTTGTG TATGTCTACG CCGAGGTAGT TGGGCGTGTT
CCGGGTGAAG TGATTGCCGA TGTGATGGCT GACCAAGATA CAACTCACGC GGAAGATGTG
CATCGTCACT GGCAAGATCG CACGTACTTG AGCAATGGCG CTGGTGTCAC TTGGAGCGTG
CCAGATTACA TCGAAGTGGT TTGGAGTGGT GAGGGGGAAT GGAAAATCAC AGTGGACGTA
TTCCGCGATT TAGGCATTGC TTATGGCGCT GCGCTGCTTG GCGTATTTGT GGTGATGTTG
ATTCAAACTG GTTTACCTGC GGTATCGGGC ATCATCATGC TGGCGATACC CCTGACCGTG
ATTGGGATTA TGCCGGGGTT CTGGATTTTG AATGTGTTAA GCAGTGACAT CGGTAATTAC
CCGAACCCAG CGCTGTTCAC GGCGACCGCG ATGATCGGCA TGATTGCGCT AGCAGGGATT
GTGGTGCGTA ACTCACTCGT TTTGATTGAA TTTGTTCAGC AATCGCTGGC TGAAGGTCGT
AGTTTACATG ATGCGTTGAT TGAATCTGGT GTTGTTCGTA TGCGGCCAAT ATTGCTGACC
GCGGGTACAA CGTTACTGGG TAACGTCGTG ATTACGCTAG ACCCAATTTT TAACGGTTTG
GCTTGGGCAA TCATATTCGG TATTACCGCC TCGACCATCT TTACGCTGCT TGTGGTTCCG
GTGGTTTATA ACCTTGCATA CCAAAACACC AAAGGACATG GATTACCTCA GATGGAGGAA
GAGCAATGA
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| Protein sequence | MPDKLKRSFV QSVMNSFFPP IMILLALMVG AAALWLTPKE EDPQIVVPMA DILVSAPGLS
ASQVENQITE PLEKLVSQID GVEYVYSSSM EGAAQVIVRF YVGENREDAL VKLYNKLYSN
QDKVPPSVTN WLVKPVEIDD VPIVVAAIYS TAPDILDRHQ LRRIADQATL GIKSLDATNK
VEVIGGEPRK IQIELDSVAM ANFKVTIDDL EQAIQLSNSK TQGKNVRVNG QNYTLESGRF
LTNAEEVGDL VIAVLNGKPV YLKDVARIYD GEGEATSDTW YRDKNHDEAY PAVFISVAKQ
KGSNAVNVAQ SVRDKLAELQ SEQFPPQVHV AVIRDYGETA NAKVNNLVSS LGISILTVVV
FVGLFLNWRS ALVVGIAIPI SYGAALGMDL AFGYSINRVT LFALILALGL IVDDPIASID
NIERYLKRKN LTRTNAIVLA MAEIRSALLM STVAIVIVFT PMFFITGMMG PYMAPLAFNV
PISVIFSTVV AFMITPWLAK KLLKGAEENG HYDIQSSPMY RLYRGVLIPL LESRKKAWLF
LGLVALLFVL AALLPALRLV PLKLLPYDNK NEFQLVLNMP ESSSFVDTSN ALSSFTDYLM
TVPEVTSVSG FAGTASPMDF NGMVRHYFMR SEPYQGELRV VLAEKNRRAM QSHELVTRLR
ADLEQIADNF DADVQLVEVP PGPPVIATIT AEVYGDEATS YEDLMIQAEK VADRLRKEQL
VSEVDTSIQG DLETWQFIVD QEKAALSGVS VADINNTLIT AANAKVLGYI ADPREVAPLP
IEVQLRREDR DNLNQLEQLY VRGRPGIAKV ESNGAVVDAP QPIVQLSEVG HFVKRAADKP
IFHKNLKPVV YVYAEVVGRV PGEVIADVMA DQDTTHAEDV HRHWQDRTYL SNGAGVTWSV
PDYIEVVWSG EGEWKITVDV FRDLGIAYGA ALLGVFVVML IQTGLPAVSG IIMLAIPLTV
IGIMPGFWIL NVLSSDIGNY PNPALFTATA MIGMIALAGI VVRNSLVLIE FVQQSLAEGR
SLHDALIESG VVRMRPILLT AGTTLLGNVV ITLDPIFNGL AWAIIFGITA STIFTLLVVP
VVYNLAYQNT KGHGLPQMEE EQ
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