| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_0057 |
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| Symbol | |
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| ID | 3762211 |
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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 | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | + |
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| Start bp | 68140 |
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| End bp | 71199 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637784763 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_390328 |
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| Protein GI | 78484403 |
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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 | 14 |
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| Plasmid unclonability p-value | 0.663476 |
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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 | ATGAATATTG CTGAGTATGC TATTAAAAAA CGAACGGTCA CGTTAATTTT AACTTTGTTC
GTGATAATCG GTGGTTTATT TTCCTATGAG AATATGGGCC GTTTGGAAGA CCCTGAGTTC
ACCATTAAAG AAGCGGTCAT TATCACTTAC TATCCCGGTG CATCTGCAGA GCAAGTGGCG
GAAGAAGTTT CTGATAAACT TGAAACCAAA ATTCAAGAAT TAGGGGAAGT CAAAAAAATC
CGTTCTTTAA ATAAGCGCGG TTCTTCGGTT ATTACTGTAG AGATGAAGAA TAAATATGGT
AAAAATGATC TCCCTTTAAT TTGGCAAAAA CTGCGTTCTA AAGTAAATGA TATTACACCA
AGTTTGCCGC CTGGAGCTTC AAAACCGATT GTTAAAGATG ATTTTGGGGA TGTCTACGGT
ATCTTATTTG CCATCACTGG TGATGGATTT TCTTACGCTG AAATCAAAGA GTACGCTAAA
TTTTTACGTA AAGAATTATT GTTGGTGCCT GATGTCGCAA AGGTCGATAT GACAGGGGTC
CAGAACGAAA CCATCTATAT AGAATTAAAT CGCAATCAAA TCGTCTCTTT AGGAATAGGC
ATTGATGAAA TCGTTGATAC TTTAAATAAC AAAAACACCA TTCTCCCTGC GGGTAGTGTA
AAAGTTGGCC CAGAATATAT TGCTATAAAT CCTACCGGTA AAGTTGATGC CATTGAAGAT
ATTCAAAATC TGATCATTCA ATCTAAAAAC GGTTATACAA ATCAAAAATC CAACTTAATT
TATCTTAAAG ATATTGCCAA TATCTATCGT GGTTACAAAG AACCACCCAA TAGTATGATT
CGTTTTAATG GATTTCCTGC CATTGCTTTA GGGGTTTCAA CGGTTGAAGG CGGAAATGTC
GTTAAAATGG GGAATGCCAT TAAAGCACGG TTAAATGAAT TACAAACACA AATTCCAATC
GGAATTGAAT TAAACCCTAT TTCCTTACAA TCTGAAAGAG TAACTCAATC CATTAATGCT
TTTATCATTA ATTTGATTGA AGCAGTGTTA ATCGTTGTAG CTGTATTGGT AATCTTTATG
GGATTCCGCA GTGCATTAAT CATTGGAGTA GCTTTGTTCA TTACTGTTAT GGCGACGTTT
ATTCTAATGA AAACTCAAGG CATTTTACTT GAACGGATTT CTTTGGGAGC CTTGATTATT
GCTTTGGGGA TGCTGGTCGA TAACGCCATA GTGGTCATTG ATGGCATGTT GATTCGAATT
CAAAAAGGGA TGGATCGGAT CAAAGCAGCA TCTGAAGTGG TCAAACAGAG TTTATGGCCG
CTATTAGGGG CAACCTCGGT TGCTATATTG GCATTTGGTG CCATTGGTTT ATCTCAAGAC
AGTACAGGCG AATATACTCG TTCTCTTTTT TATGTCATTT TATATTCATT GTTATTGAGT
TGGTTGGTCG CAATCACAGT AGTACCGTTA TTAGGTGTGA TGTTTATCAA AGTCTCTACA
AACCAATCCG ATCCATTTGC TACTCGCTTC TATCAAGGAT TAAAGAAGAC TTTAATCGTA
TTGCTTAACC ATCGATGGTT AACTGTTTTA GTCATGTTGG GATTACTTTA CAGTTCTTTC
TTAGCCTTCG CACAATTGAA GGACAGTTTC TTCCCTTCTT CGACACGTGA TCAGTTTATG
TTTCATATGT ATTTTCCGGA AGGCACTGAT ATTCGAGAAG TTAGTGAAGT TAGTCATGAA
TTTGAACAAA TCGTTTTAAA AGATGAGAAG GTTAAAAATA TTTCTACTTT TGTTGGAAGT
GGTGCTCCAA GGTTTTTGCT GACCTATTCA CCCGAAAAAG ATCCCTCTTC TTATGTTTAT
ATGGTGGTTA CTGTTGATAA TTATCAAGAC ATACCAGATT TGATGAAAAA ATATCATGAT
TATGTTTTAG TACATTATCC TTCGGTTTTA CCCAGACCAG AAGCCTTTGC ACTTGGACCG
ACAAAACCTG CAGTGGAAGC AGTTATTTAT GGAGAGGATG CGGATACATT ACGAGATATT
GGGAGTCAAA TTGAAGCGAT TATGCGTGAT CAAGGCGCAA CGGCAATACG GTCTGAATGG
CGTGAGCGTG TTAAAGAGGT GGTTCCGGTA TTTGATGAGG TACGTGCTCG TGAAATCGGT
GTGACCCGCG AGGATTTTAA TCGATCGCTT GACGTCAATT TTACCGGTAT TAGGGTAGGG
TATTATCGGG AAAAAGACGA AATGATTCCT ATGGTTACCA GAAATGCCGA AAAAGATCGT
TTCGATGTGG ATCAGATCAA TAATATTCAA GTCTGGAGCA GTGGCGCCCG AAAATATGTG
CCGATTAATC AAGTTGTAAA AGAGATCAAG GTTGATTTTG TCGATGCTGC TTCGCATCGT
AAAAATCGTA ACCGGGTCTA TAAAGTGATG TGCGACCCGG CCATAGGTGC TTTAAAAAGT
TCGATTTTTG CTAAAGTACG TGCGCCCATT GAAGCATTAA CCTTGCCTGA AGGTTATAGG
TTGGAATGGG AAGGTGAGTT TGAAGCCTCC AATGATGCTC AAGCTGGATT GATGGCTTCC
ATTCCAACTT TCTTGATTTT GATGATTTTG ATTGTCATAG CGCTCTTTAA TTCTATTAAA
GAACCATTGA TTATTTGGTT GACTGTGCCA TTAGCTTTGG TTGGGGTTGG GTTCGGGTTA
TTTGTGACGA ATCAGCCATT CGATTTTATG GCGTTATTGG GATTCTTAAG TTTAACGGGA
ATGTTGATTA AAAACTCGAT TGTCTTGATT GATGAAATTA ATTTAGAATT ATCAGGTGGG
CAAGAGCGTT TTGATGCCAT TATTCATTCA GTCTTGTCTA GAACACGTCC AGTCAGCATG
GGTGCTCTGA CAACGGTATT GGGAATGATT CCTTTATTAT CGGATGCCTT TTTTGTGGCA
ATGGCGGTGA CTATTATGGC TGGTTTGGCA TTCGCTACAA TTTTGACGTT ATTGTTTGTT
CCGGTTTTAT ATGCCATTTT CCATAATGTC AAAGTCCCAC GAGCAGTCAA AGTATCATAG
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| Protein sequence | MNIAEYAIKK RTVTLILTLF VIIGGLFSYE NMGRLEDPEF TIKEAVIITY YPGASAEQVA
EEVSDKLETK IQELGEVKKI RSLNKRGSSV ITVEMKNKYG KNDLPLIWQK LRSKVNDITP
SLPPGASKPI VKDDFGDVYG ILFAITGDGF SYAEIKEYAK FLRKELLLVP DVAKVDMTGV
QNETIYIELN RNQIVSLGIG IDEIVDTLNN KNTILPAGSV KVGPEYIAIN PTGKVDAIED
IQNLIIQSKN GYTNQKSNLI YLKDIANIYR GYKEPPNSMI RFNGFPAIAL GVSTVEGGNV
VKMGNAIKAR LNELQTQIPI GIELNPISLQ SERVTQSINA FIINLIEAVL IVVAVLVIFM
GFRSALIIGV ALFITVMATF ILMKTQGILL ERISLGALII ALGMLVDNAI VVIDGMLIRI
QKGMDRIKAA SEVVKQSLWP LLGATSVAIL AFGAIGLSQD STGEYTRSLF YVILYSLLLS
WLVAITVVPL LGVMFIKVST NQSDPFATRF YQGLKKTLIV LLNHRWLTVL VMLGLLYSSF
LAFAQLKDSF FPSSTRDQFM FHMYFPEGTD IREVSEVSHE FEQIVLKDEK VKNISTFVGS
GAPRFLLTYS PEKDPSSYVY MVVTVDNYQD IPDLMKKYHD YVLVHYPSVL PRPEAFALGP
TKPAVEAVIY GEDADTLRDI GSQIEAIMRD QGATAIRSEW RERVKEVVPV FDEVRAREIG
VTREDFNRSL DVNFTGIRVG YYREKDEMIP MVTRNAEKDR FDVDQINNIQ VWSSGARKYV
PINQVVKEIK VDFVDAASHR KNRNRVYKVM CDPAIGALKS SIFAKVRAPI EALTLPEGYR
LEWEGEFEAS NDAQAGLMAS IPTFLILMIL IVIALFNSIK EPLIIWLTVP LALVGVGFGL
FVTNQPFDFM ALLGFLSLTG MLIKNSIVLI DEINLELSGG QERFDAIIHS VLSRTRPVSM
GALTTVLGMI PLLSDAFFVA MAVTIMAGLA FATILTLLFV PVLYAIFHNV KVPRAVKVS
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