| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0663 |
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| Symbol | |
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| ID | 4626900 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | - |
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| Start bp | 848617 |
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| End bp | 851814 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 639795863 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_942115 |
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| Protein GI | 119944435 |
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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 | 8 |
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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 | 24 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTCTC AACTCAATAT TTCAGGGAGA ATTGCACAAT ATTTCCAAGG GGCTGCCATC
ACCCCTTTGC TTGCTATTGT CGGATTATTA TTAGGTTTTT TCGCTATTAT GGTAACTCCC
AAGGAGGAGG AACCACAAAT CGATGTCACT TTTGCAGATA TCTATATCCC CTTCCCCGGC
GCCTCCCCTA AAGAGGTAGA AAACTTAGTG ACCATTCCGA TGGAACAGGT GATTTCTGAA
ATAAAAGGGA TTGATACTAC TTACTCTTTT TCGCAACCCG ATGGTGCGAT GATCATCGTT
ATTTTTAAGG TGGGTGAACA ACGTAACGAT GCGATTGTCA ATTTGTACAA CCAAGTTTAT
TCCAATATGG ATAAACTGCC GATGAATGCA GGTATCGGCC AACCCTTGAT TAAACCGCGC
GCCATTGATG ATGTACCCAT CTCCTCATTA ACCCTTTGGT CAAAAGATAA AAATGTCACC
CCACAGCAAT TGACTCAGGT TGCTCATGGC TTGGAAAGCG AACTTAAACA TATTAATGGC
ACCCGTGATA TCTATACGGT TGGCGGGCAT CAACTGATTG TTGATATACG TATCGATCCC
ATAAAAATGA ACAGTTTTGG CGTCAGTTTT GATCAGATCA ATCAAGTGTT AGCCAGTAAC
AATGCCAGCT CATCGCCGGT TTCTTTAATA CAGAATAACC AGCAGATAAA AGTACAAACA
GGGCAGTTTT TACAAAACAT TTCTGAAATA AAAAAATTGA TTGTTTCGGT TAAAAGTGGT
TTTCCAGTTT ATTTAGAAGA TGTCGCCGAA GTTAATCTGT CCGCCGATAT TCCAACGAAA
AATGTGTTAC ACGGTGAAGA TGGCAAGTTA TATCCCGCGG TAACGATAGC GATTGCCAAG
CAGCCCGGTA AAAATGCCGT TGATGTCACC AATGCAATAG CAGCGCGCAT TAATGAAATT
AAAAATGTGC TTATCCCAAA CAATATTGAG GTGACCATTT CGCGCGATTA TGGCGCCACC
GCGGAAGATA AATCCAACAC GTTAATTGCT AAACTTATCT TCGCCACCAG CGCAGTAATT
ATTTTAGTGT TATTAACCAT GGGCTGGCGG GAAGCAGTTG TGGTAGGCGT GGCTATTTCG
ATCACTTTGA CTATTACTCT GTTTGCCTCA TGGGCCTACG GATTTACCCT GAACCGGGTT
TCTCTGTTTG CACTTATTTT CTCGATAGGG ATTCTGGTCG ATGATGCGAT TGTGGTAGTG
GAAAATATTC ACCGCCATAT GAAGTTAAGT AATGAAAAAC TCAGTAAAAT CATTCCCGTT
GCGGTCGATG AAGTTGGAGG GCCGACTATA CTTGCAACCT TTACGGTTAT TGCAGCCCTT
TTGCCAATGG CTTTTGTCAG TGGCTTAATG GGCCCTTATA TGAGTCCCAT TCCCATTAAT
GCCAGCATGG GAATGCTGAT TTCATTAGCT GTTGCTTTTG TGCTTTCCCC CTGGTTAAGC
GGAAAATTAT TAAAATCTCA CAGGCCAACT AAAAAGCCAA TCACTCACGC AAGCGAAGAA
GTTAAGCCGA TCACAGAAAA TTTTATGGAC CGCTTATTCC ATAAAATAAT TGGCCCCTTT
GTGCTGGGCA AAAAAGCGAA AATGGCGCGT TGGATTCTAT TTGTTGTGGT GATGATTTTA
ATCCTGTTAT CTGTGCTTCT ACCCCTTACA AAATTAGTGG TTCTGAAGAT GTTACCCTTT
GATAATAAAT CAGAATTTCA AATCATTGTG GACTTACCCG AAGGCAGTCC TATCGAAGAA
ACCCAACGTT TACTGGTGGA GTTGAGTACA GTTGTTATCG ATGTCCCTGA AATTAAAAAC
TTTCAAATTT ATGCCGGGAC TGCGGCGCCG ATTAACTTTA ATGGTCTGGT GCGTCATTAC
GATATGCGCA GCACCCAGGA GCTCGGTGAT ATTCAGGTTA ATCTTATCGA TAAAAGTAAG
CGGCAGCGCG ATAGCCATAA GATAGCGCTC AGTATCCGCG GCCAACTGCA AAAAATAGCT
CAACCTTATC AAGCCAATGT AAAAGTCGTC GAAGTACCAC CGGGACCACC GGTATGGTCA
CCCATTGTGG CAGAAGTCTA TGCCCCGAAT GCGGCGCTTA GGCAGCAGAC AGCCAAGCAG
TTACAGGCCT TGTTTTATGG TACTGACGAT GTAGTTGATG TTGATATAAT GTATCCAGAG
GATCAGGAAA AATGGCAAGT TAATATTGAC CGCAGTAAGG CAGCGCGCTT AATGCTGTCC
TATGCCAATA TAGTGGACGC AGTATCAACC TCCATTGGCG GCAAAGATAT TAATATTCTA
CACAGCGATA AACAAAAGTA TGCCATCCCT ATTCGTCTCC AGCTTAAAGA GGGTGATAAA
GTCAATTTGG CACAGGTCTT AAATCTTAAA CTCGCCAACC AGAATGGTAA ATTAATTTCT
CTGTCCGAGG TAATTGAGAT TAAGAAAACC CTGGTGGATA AACCTATTAT GCATAAAAAC
ATGATTCCAA TGATTATGCT GACGGCGGAT ATGACGGGAC AATTAGACAG CCCTTTATAT
GGTATGTTCT CTATATACAA CACCATCAAA GAAAAAAAAT TAGATATCAA TCAATATCTT
ATTAATCAAC CTAAGGGTAC TGAAGAAGTC GCCATCTTAT GGGATGGTGA ATGGAAAATA
ACCTATGAAA CCTTCCGGGA TATGGGTATT GCTTATGGCG TTGGAATGAT ATTGATTTAT
CTATTAGTCG TTGCGCAGTT CCGCTCCTAT ATTGTCCCGC TTATTATTAT GGCGCCCATT
CCCTTAACTA TTATCGGCGT GATGCCCGGA CATGCCCTGT TAGGACAACA ATTTGCTGCG
ACCTCAATGA TCGGGATGAT CGCCCTGGCA GGTATTATTG TCAGAAACTC AATTTTGTTA
GTTGATTTTA TTAATCATCA AACAAACAAT GGGAAACCTT TTAGCGAAGC GGTTATTAAT
GCAGGGGCAG TACGTGCCAA ACCTATTATT TTAACCGGCT TAGCGGCGAT GATTGGGGCA
TTTTTTATTC TTGATGATCC CATTTTTGGC GGTTTGGCAA TCAGCCTGAT TTTTGGTATT
TTTATCTCAA CAATATTAAC CTTACTGATT ATTCCGGTGC TTTATTACGC CTTTATGCAT
AAGCGCTTTG AGTCCTAA
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| Protein sequence | MNSQLNISGR IAQYFQGAAI TPLLAIVGLL LGFFAIMVTP KEEEPQIDVT FADIYIPFPG
ASPKEVENLV TIPMEQVISE IKGIDTTYSF SQPDGAMIIV IFKVGEQRND AIVNLYNQVY
SNMDKLPMNA GIGQPLIKPR AIDDVPISSL TLWSKDKNVT PQQLTQVAHG LESELKHING
TRDIYTVGGH QLIVDIRIDP IKMNSFGVSF DQINQVLASN NASSSPVSLI QNNQQIKVQT
GQFLQNISEI KKLIVSVKSG FPVYLEDVAE VNLSADIPTK NVLHGEDGKL YPAVTIAIAK
QPGKNAVDVT NAIAARINEI KNVLIPNNIE VTISRDYGAT AEDKSNTLIA KLIFATSAVI
ILVLLTMGWR EAVVVGVAIS ITLTITLFAS WAYGFTLNRV SLFALIFSIG ILVDDAIVVV
ENIHRHMKLS NEKLSKIIPV AVDEVGGPTI LATFTVIAAL LPMAFVSGLM GPYMSPIPIN
ASMGMLISLA VAFVLSPWLS GKLLKSHRPT KKPITHASEE VKPITENFMD RLFHKIIGPF
VLGKKAKMAR WILFVVVMIL ILLSVLLPLT KLVVLKMLPF DNKSEFQIIV DLPEGSPIEE
TQRLLVELST VVIDVPEIKN FQIYAGTAAP INFNGLVRHY DMRSTQELGD IQVNLIDKSK
RQRDSHKIAL SIRGQLQKIA QPYQANVKVV EVPPGPPVWS PIVAEVYAPN AALRQQTAKQ
LQALFYGTDD VVDVDIMYPE DQEKWQVNID RSKAARLMLS YANIVDAVST SIGGKDINIL
HSDKQKYAIP IRLQLKEGDK VNLAQVLNLK LANQNGKLIS LSEVIEIKKT LVDKPIMHKN
MIPMIMLTAD MTGQLDSPLY GMFSIYNTIK EKKLDINQYL INQPKGTEEV AILWDGEWKI
TYETFRDMGI AYGVGMILIY LLVVAQFRSY IVPLIIMAPI PLTIIGVMPG HALLGQQFAA
TSMIGMIALA GIIVRNSILL VDFINHQTNN GKPFSEAVIN AGAVRAKPII LTGLAAMIGA
FFILDDPIFG GLAISLIFGI FISTILTLLI IPVLYYAFMH KRFES
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