| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TRQ2_0559 |
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| Symbol | |
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| ID | 6091975 |
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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 | Thermotoga sp. RQ2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010483 |
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| Strand | + |
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| Start bp | 563537 |
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| End bp | 566539 |
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| Gene Length | 3003 bp |
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| Protein Length | 1000 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642487745 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001738596 |
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| Protein GI | 170288358 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.0052837 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | GTGAAGATCG CGGAAATCTC TTCGAGAAGA CCCATAGCCA TCTTTATGCT GTTGACAGCT
GTTGTCTTCC TTGGTTTCAT TTCGTTTCAG CATCTCAAGC TGGATCTTCT TCCTCAGATA
GAGTACCCTT ACGCTGTTGT TATAACCACG TACATGGGAG CGGGCACGGA AGAAGTCGAA
GAACTCGTAA CCAAACCTCT TGAAGGGTAC ATTTCCTCAA CTCCGGGTGT TAGAAGGTTC
ACCTCCATGT CGATGGATTC CGTTTCTTTC ATCCTCGTCG AGTTCGACTG GAATGTGAAA
ACCTCCGAAG CCGTTGGAAG ACTCTCAAGG TACGTAGATC TTGCCACTCG CGACCTGCCA
GAGGGTGCGA ATCCTGTGGT CGTAGAGTTC GATCCTTCCT TACTTCCCGT GTATGCTTTC
TCAACGGAAG ATGACTACGA AGATGTCGTG TCGAAAATCA AAAGACTGCC GGAAGTCGCC
AGTGTAGAAT TGATGGGAAA ACCAGAAAAA ATCGTCGAGG TTATACTTGA TCAGGAGAAA
ATAAAACGGT TCGATGTCGA TCCTTCGTTG ATAGAGACCA TCCTTTCAGG GAATCTCGTT
TACCCGTTCG GCTATGTGAG CGATTCTGAA GGAAACATTT ACCCCGTTTC CGTCGATGGC
CGGTTTGAGA ACATAGAAGA TCTCAAAAAC ACAATCGTTG GTTTCAGGGG AGTGAAATAC
CAGTCCCTTC TGCAGGGTAA GGTACCGAAC ATACTCGTTC CCGTGAGATT GAGAAACATA
GCCGAGGTTA ATATAACGAA CGAAAGCGTT CAGGGAGAAG TCAGGGTCAA CGGAAAGAAG
GCTTCTCTCA TCGCTATCTA CAAAAGAAGC GGTGCGAACA CCGTCAAAAC TGTCCGTGAA
ATAAAGAGGA TACTGAGAGA TTCCAAAATA AATTACATAG AGGCCATGAA CCAGGCTTAT
TACACTGAAA GAGCGATCGA CAATCTTCTC AAGAATCTTC TCTACGGCTT CATCGCGGCT
TTCGTGGTGG TTTTGATCTT TTTGAAGGAT TTCACGTCAA CCATCGTCAC TTCGTTTTCC
ATTCCGCTGT CCCTCACGAT CACCTTTGTT CTTCTTTACG CCTTCGGCTT GAACCTCGAC
ACGCTCACGC TGGGCGGTCT CATCATGGCA CTGGGAATGC TGGTGGACAA TTCCATAGTC
GTGTTTGAGA ACATATACCG CCATCGCTCC CTCGGTGATC CAATACCGGA CGCTGCGAGA
AAAGGTGCGG GAGAGGTGTG GCTGGCGATT CTTGCTTCCA CACTCACAAC CGTTTCTGTT
TTTCTTCCCA TAGTGTTCTT CACAGGTTTT GTAGTGAGAC TGTTCAAGTA TTTCGCCATT
GCGTTCGTCT TCGCACTTTC TTCTTCGCTG TTCGTATCTA CAGTCGTCGT TCCAGCGGGT
ACAAGGTGGA TAAAGCCAAG AAGGGGAAAA CTCACCGAAG CACTGCAAAA GCATTATCGG
AAGGCATTGG AATGGTGTTT GAAGAGAAAG AAACTGGTCC TGGTGATTTC TTTTGCTCTG
GTTGCAATCT CCGTGATTTA CCTTCTTTCG AAACCTCTGG GTTTTCTCCC GTCTTTCCAG
ACGAATCTCA TGGTGATAGA TGTGAAACTT CCCTCTCAGT CGTCTTATGA AAAAACCACC
GAAGCTGTAG AGCAAATAGA AGATTACCTG AACAAACACA GAAACGAGTA CAAAATCTCT
TCTTTCTACT CGGAAGTTGG AATAACGAAT ATCTACTCTC AAATAATGGG AAGGGGACAG
AACGAAGCAA GAATAATGGT GAACCTCGGA GGAAGCAGGA GGGAATTCGC GAAAAACAGA
GAGAAACTGA AGAATGCCAT CTCCCAGCTG AACATTCCAG AAGCGAAAAT AGAAGTTCTT
GAGCAATCAC AGCAGATATA CGAAATTCTG GGCTATCCTG TGACGATCGA AGTGAGAGGA
GATGATCTTT CTCTGATACA GGAAAAAGCA AAAGAAATCT TCGAGCGTTT AAGGGAACTG
CAGGAAGTCA AAAAGATTCA GATAAGAAAT TCCTTTGAAA AGGAAGTCCT TCATGTGAAA
ATAGACCGGA ACAAAGCCCT CATGAACGGT GTGGTGACAG GCCAGGTCTT TTTGGATCTC
CAGACCTACC TTCTCGGGAA GAAAATCGGA ACACTGAGAA CGGAAGAAGG AACACTTCCC
ATCGTTTTGA AAAAGGCAAA ATCTTTATCT CCCGAAGACT TATCGAAGAT TTCGCTTACT
GGTCTCAAAG GGGATGTCTC TCTTGGTGCA GTTTCAAACA TATCGAGGGA AACACTTCCT
TCTATAGTGG AACACTCCGA TGGAGAACGT GTTGTTTACG TGGATCTGGT GAGTATAGAA
GGTTCGATCG GCGAAGTTGC AAAGAAAGTA GAAAATCTCT TAAATGAAAT TGATCTTTCT
GGTGTAAAAG TGGAAATCAC CGGACAGAAA AGTTTCATGG ACGAAGCGTT TTCGGAGCTT
CAGTATGTTG TTTACATAGC GATCGCACTC GTATACATGA TTCTCGCTGC GCAGTTCGAG
TCTTTCACAC TGCCTTTCAT TATATTCTTC ACCATACCCT TCGCTGTCGT TGGGGTTGCC
TTCGCGGTTT TCGTGAACGG ATACTCACTG AATGTACCCG TTCTTGTTGG TCTTCTCACC
CTTTCGGGAA CGGTTGTGAA CAACGCCATC GTGATGCTGA CAAGAATAGA ACAGATAAGA
CAGGAAAAAG GTCTCTTAGA GGCCACACTT GAAGGTGCTC AGAGCAGGTT GAGACCCATC
CTGATGACCA CCTTCACCAC GATCGTTGCG CTTCTACCAA CTGCACTTAG CCACGCAGAA
GGATCGGAAA TAGAGTCTCC AATATCGTGG GTGGTGATCT TTGGAATGCT TATATCCATG
CTGTTCACTT TGTTTGTGAT CCCTGTGATC TACACTGCGA TCAGAAGAAA AGTCAGAGTA
TAG
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| Protein sequence | MKIAEISSRR PIAIFMLLTA VVFLGFISFQ HLKLDLLPQI EYPYAVVITT YMGAGTEEVE
ELVTKPLEGY ISSTPGVRRF TSMSMDSVSF ILVEFDWNVK TSEAVGRLSR YVDLATRDLP
EGANPVVVEF DPSLLPVYAF STEDDYEDVV SKIKRLPEVA SVELMGKPEK IVEVILDQEK
IKRFDVDPSL IETILSGNLV YPFGYVSDSE GNIYPVSVDG RFENIEDLKN TIVGFRGVKY
QSLLQGKVPN ILVPVRLRNI AEVNITNESV QGEVRVNGKK ASLIAIYKRS GANTVKTVRE
IKRILRDSKI NYIEAMNQAY YTERAIDNLL KNLLYGFIAA FVVVLIFLKD FTSTIVTSFS
IPLSLTITFV LLYAFGLNLD TLTLGGLIMA LGMLVDNSIV VFENIYRHRS LGDPIPDAAR
KGAGEVWLAI LASTLTTVSV FLPIVFFTGF VVRLFKYFAI AFVFALSSSL FVSTVVVPAG
TRWIKPRRGK LTEALQKHYR KALEWCLKRK KLVLVISFAL VAISVIYLLS KPLGFLPSFQ
TNLMVIDVKL PSQSSYEKTT EAVEQIEDYL NKHRNEYKIS SFYSEVGITN IYSQIMGRGQ
NEARIMVNLG GSRREFAKNR EKLKNAISQL NIPEAKIEVL EQSQQIYEIL GYPVTIEVRG
DDLSLIQEKA KEIFERLREL QEVKKIQIRN SFEKEVLHVK IDRNKALMNG VVTGQVFLDL
QTYLLGKKIG TLRTEEGTLP IVLKKAKSLS PEDLSKISLT GLKGDVSLGA VSNISRETLP
SIVEHSDGER VVYVDLVSIE GSIGEVAKKV ENLLNEIDLS GVKVEITGQK SFMDEAFSEL
QYVVYIAIAL VYMILAAQFE SFTLPFIIFF TIPFAVVGVA FAVFVNGYSL NVPVLVGLLT
LSGTVVNNAI VMLTRIEQIR QEKGLLEATL EGAQSRLRPI LMTTFTTIVA LLPTALSHAE
GSEIESPISW VVIFGMLISM LFTLFVIPVI YTAIRRKVRV
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