| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SYO3AOP1_1612 |
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| Symbol | |
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| ID | 6332144 |
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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 | Sulfurihydrogenibium sp. YO3AOP1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010730 |
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| Strand | - |
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| Start bp | 1669550 |
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| End bp | 1672582 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 642657887 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001931764 |
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| Protein GI | 188997513 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3696] Putative silver efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | 29 |
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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 | GTGAAAAAAT GGGTAAACTT TGTAGCTGAT AATGCTTTAA TATTCTTTAT TTTTGGCTTT
ATAATTACAA CTGTATCATT ATTCTTTGTA AAAAATTTAA ACATTGAAGC ATTTCCGGAC
CCGTCTCCAC CCGTTATAGA GATTGTGACT ATATATCCCG GCAAATCAGC GGAAGAGATA
GAAAGACAAG TAACAATTCC ATTAGAAATA TCCTTAGCCG GAATGAGAGG ACTAAAAAGA
ATAAATACTA TTTCTTTATA TGGTTTATCT GATATTAAAT GCTCGTTTTC TTATGATGTT
ACTTATAGAG AAGCAAGACA AGAGGTAATA AACAGGCTTG CAAACGCAGA TTTACCGCCG
GGAGTCTCTC CAAGTATAAT TCCAAACCCA ATCGGTGAAG TTTTAAGATA TGCAGTTATA
GGAAATAAAA ATCTTATTGA CCTTAGAACC ATTCAGGATT GGACAGTTGC AAGATACCTT
AAAACTGCTG AAGGTGTAGA AGATGTAGCA AGCTATGGTG GTTTTATAAA AGCATACACT
GTCGAAGTTA AACCGGAAAA TTTGATTAAA TACAATGTTT CTTTATCTGA TATAGTTCAA
GCAATATCTA ACTCTAACGT AAACTCTGGC GGAAGGGCAA TAGATTTTGG CTCTCAATAC
TTTCTCATAA GAGGAGTTGG TCTTATAAAA AACTTAGATG ATATAGGAAA TATTGTTGTT
GCTTATAAAA ACAATACACC TATTCTTGTG AAGAATATAG CAGAAGTTAA GGTCGGAAAT
ATTCCAAGAA CCGGTATAGT TGGACTAAAC AACTATAACG ATATAGTTAT GGGGGTAGTA
GTTTTAAGAA GAGATGCTAA AAGCATACCT TCTATAAAGT CTATTAGAGA AAAAATTCAA
GAATTGAATC GGCATATTCT TCCAAAAGAT GTAAAAATTG TTCCTATTTA CGAAAGAGGT
AAATTGATCG ATACAGTAGT CCATAAAGTG GCAGAGATTG CTTTGGTAGG AATTGCTTTA
GTATTTCTGT CTGTTTTTAT TTTTCTTGGA GATTTAAGAA CTGCGTTCTT AGTTTCTGCA
ATCGTGCCTA TGTCTTTGAT AATAGCCCTT GGAGTTATGG CTATAAGAGG TGAATCTGCT
AACTTTCTAT CTATTGCAGC AATAGACTTT GGTATCTTGG CTGATATTTC TCTATTATTT
GTAGAAAGCT ATCTTGCAAA CTCTACAAAG TTTGGTGTAG GAAGAAGGGC TTTGATGAGC
GCAACAGATG ACGTTGGTAA GTTTTTGCTT TTATCAATAG CTATAATTGG CATATCATTT
ATTCCTGTAT TTTTAATGGA AGGTGCAGAA AAACGCATAT TCTCTCCAAT GGTTAAAACT
TACCTATATG CCATAACAGC GGTTATTTTC CTTACATTTA CATTTTTAAT AGCAGCATTA
GTCTTATTTA TAAAATCTCC AAAGCACGAA ACTAAATTTG TAGCTATTTT AGAACATTTC
TACGAAAAAT TATTACAGGG TTTGATAAAA GTCAAAATCA AAACCATTAG TTTGGTGCTT
ATAATCATAA CAGTTATTAC TCTACTGCTA ATAAAAAACC TTGGAATTCA ATTTATACCA
AAGATGGATG AAGGTAATAT ATACATTCGC ATAATCTTTC CATACTCAAT TTCACTGTCT
CAAACTTATG AGAATGCAAA AAAAGTTAGA GATACTTTAA TTAAATATCC GGAGATTAAG
ACAATAGAGT TCCAAGTTGG AAGACCAGAA GATGGAACTG ACCCAACGGG ACCTTTTAAC
TCAGAATATT TCATAGACTT AAAGCCATAC GATGAATGGA AAAATTTCCA TACCAAGGAA
GAGCTTGAAA ATGCCATCAG AAGAGATTTA AAAAATTTGT TTCCAAACGC AGATATAAAC
GTGTCTCAAT ATATAGAGGA TAACTTAGAG GAAGTTTTAA CCGGTGTAAA AGGTGAGAAT
GCCGTCAAGA TTTTTGGAGA TGATCTATAT AAGTTAGAAA GCTTAGCTGA GGAAGTTGAA
AAAAGAATTG CTACTATACC TGGCATAGTA GATGTCGGTA TTTTCAGAGA GATAGGTCAG
CCAAACTTAG TAATAGAAGC AGATAGAGAA AAATTAGCTT TATATGGTTT GTCCGTTGAA
GAGTTAATGG ATACTGTTTC TGCAGCTCTT GGAGGAAAAG AAGCAACCCA AGTTATAGAA
GGAGATAAAA GATTTTCTTT AATTGTGGTC CTACCCGAAC AGATAAGACA GAATGTTTCC
AACATTGGAG ATATTCCGGT AGCTCTTCCT AATGGATCTT ATGTAAAACT TTCTTCTGTA
GCTAATATTA AATTTGATAC CGGAGCTTCT TTCATTTATA GAGAAAACTA CAAAAGATAC
ATACCGATTA AGTTTAGCGT TATCTCCGGG GACTTGGCAG GTACAGTAGC AAAAGCACAA
GAAAAAGTAC AAGATATAAA ACTACCAGAA GGGTACTTTA TAGAATGGGC AGGACAGTTT
AAAAGCTTAG TAGAAGCTCT GCATAGATTA GTTATTTCAG GATTAGTAGC AGTATTTGCA
TTATTTATTT TCCTTTATAT AGTAAATCGA TCAATCAGAA ATACACTGAT TTCAATGCTG
GGCATACTTT TTGCATTCTT TGGAGGGTCA TTAAGCTTGT TTGCTACTGG TTATCCAATA
AGCTTATCTG CAATAGTTGG GTTTGTGTCA ATCTTAGGGA TTTCCATATT AAACATTTCT
TTTATTATGG CATCTTATAA GATGCATATT CTTAATGGAA TTAGCGTAGA TGAATCAGCA
AAATTAGCTT CGAAAGAGAA GTTTAGGGCG GTTCTTTTAA GCAGCTTTAC AGCATCCTTA
GGACTGCTCC CGACAGCATT ATCTCAAGGT ATAGGTAGTC AAATCCAAAA ACCATTAGCT
ATAGTTGTAG TAGGTGGCAT GCTAATATCT GGATTATTAA TAATTTTAAT CATTCCGCCA
CTTTTAAAGT ACAGTGAAGT TAAAGAAGTT TAA
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| Protein sequence | MKKWVNFVAD NALIFFIFGF IITTVSLFFV KNLNIEAFPD PSPPVIEIVT IYPGKSAEEI
ERQVTIPLEI SLAGMRGLKR INTISLYGLS DIKCSFSYDV TYREARQEVI NRLANADLPP
GVSPSIIPNP IGEVLRYAVI GNKNLIDLRT IQDWTVARYL KTAEGVEDVA SYGGFIKAYT
VEVKPENLIK YNVSLSDIVQ AISNSNVNSG GRAIDFGSQY FLIRGVGLIK NLDDIGNIVV
AYKNNTPILV KNIAEVKVGN IPRTGIVGLN NYNDIVMGVV VLRRDAKSIP SIKSIREKIQ
ELNRHILPKD VKIVPIYERG KLIDTVVHKV AEIALVGIAL VFLSVFIFLG DLRTAFLVSA
IVPMSLIIAL GVMAIRGESA NFLSIAAIDF GILADISLLF VESYLANSTK FGVGRRALMS
ATDDVGKFLL LSIAIIGISF IPVFLMEGAE KRIFSPMVKT YLYAITAVIF LTFTFLIAAL
VLFIKSPKHE TKFVAILEHF YEKLLQGLIK VKIKTISLVL IIITVITLLL IKNLGIQFIP
KMDEGNIYIR IIFPYSISLS QTYENAKKVR DTLIKYPEIK TIEFQVGRPE DGTDPTGPFN
SEYFIDLKPY DEWKNFHTKE ELENAIRRDL KNLFPNADIN VSQYIEDNLE EVLTGVKGEN
AVKIFGDDLY KLESLAEEVE KRIATIPGIV DVGIFREIGQ PNLVIEADRE KLALYGLSVE
ELMDTVSAAL GGKEATQVIE GDKRFSLIVV LPEQIRQNVS NIGDIPVALP NGSYVKLSSV
ANIKFDTGAS FIYRENYKRY IPIKFSVISG DLAGTVAKAQ EKVQDIKLPE GYFIEWAGQF
KSLVEALHRL VISGLVAVFA LFIFLYIVNR SIRNTLISML GILFAFFGGS LSLFATGYPI
SLSAIVGFVS ILGISILNIS FIMASYKMHI LNGISVDESA KLASKEKFRA VLLSSFTASL
GLLPTALSQG IGSQIQKPLA IVVVGGMLIS GLLIILIIPP LLKYSEVKEV
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