| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_1703 |
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| Symbol | |
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| ID | 3761001 |
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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 | 1862114 |
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| End bp | 1865179 |
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| Gene Length | 3066 bp |
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| Protein Length | 1021 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637786440 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_391969 |
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| Protein GI | 78486044 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.31475 |
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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 | ATGATGCAAC GTTTTAACCT ATCGGAATTA GCGGTTAAGC ACAAAGCGGT TACGTTGTAT
TTTATTTTGT TGTCCATTCT GGTCGGAACG GTGTCGTTTA TTAATCTGGG CCGTGCCGAA
GATCCGAACT TTACCATTAA GGTGATGGTG GTGTCTGCCA ACTGGCCAGG TGCAACGGCA
GAGCAAATGC AAAACCAGGT CGCTGACCCG ATTGAGAAAA AATTGCAGCA AGTGGAGTAT
TTTGACTTTG TGGAAACCAC CGCTCGTCCC GGTGAAGTGA CAATGCTGGT GACCTTTAAA
GAATATACCC CACCCGAAGC CGTTGAAGAC CAGTTTTATC AAGTTCGCAA ACGGATGTTG
GATTTACAAG GTGCCTTGCC TCAAGGAGTT CAAGGGCCCT TTGTGAATGA CGATTTTGCC
GATGTTTATT TTACGCTGTA TTCTCTGACG CAAGGTAACC TTAATTATGC GGACTGGTTG
CAGACAGCGG AAAAAACACG GGATGCATTG CTGCGGGTGG ATGGCGTGCA GAAAGTCAAT
TTGCTGGGTG AACAGACTCA GCAGATTCAA ATTACCTTTA ATGCCGCTAA AATGAAAGCG
TTGGGAGTGA CACAGCAGCA ACTTCTGCAG AACTTAAATA CCTATCAAGC TATTGCGCCT
TCCGGGTTTG TGGAAACCAT TGGGCCTCGG GTGTATATAC GCCAAACCGC AGAGCGGGAT
TCGCTTGAAG AAATTCGCCA TGTGCCGATT GCGTTGAACG GGAAAGTGAT GCATTTGTCA
GATTTTGCTA CGGTTTCACG TGGGTTTGAG AAGCCGAGCC ATTTTAAAAT TCGAAACCAG
GGACAAGAGG CGTTGTTATT GGGCGTGGTG ATGAAAAAAG GCCACAATGG TTTGGCTTTG
TCTGATCGTC TGTCGGCTTT TACTCAAAAC TGGCAACCGC ATTTGCCCAA GAGCGTCACC
TTGGAAAAAG TAACCAATCA AGGCGATGCC ATTGCGTTAG CGGTGAATGC CTTTCAGTTG
AAATTCTTAA TGGCGGTGCT GGTTGTGCTT GCGGTGAGTT TTCTGGCATT GGGTTGGCGT
GCGGGCATCG TGGTGGCATT GGCGATTCCA TTGACGTTGG CACTGACCTT TTTCTTAATG
CAAATAACCG GAAAAAATCT CGACAGGATT ACCCTAGGCG CGTTGATTTT AGCTTTAGGC
CTGCTGGTGG ATGACGCGAT TATTGCCATT GAAATGATGC TGGTAAAAAT GGAAGAAGGG
CTTGAAAGAA CCAAAGCCGC CGCGTATGCA TGGACGGTGA CCGCTTCGCC CATGCTGTTT
GGGACGCTGG TGACAGTGGT GGGCTTTGTG CCAATAGGGT TCGCAGCCTC CAATGTTGGG
GAATATGCCG GTAATATTTT CTGGATTCTG GCATTCGCCT TGTTGCTCTC TTGGTTGGTG
GCGGTGACTT TTACGCCTTA TTTGGGCTTT AAGTTATTGC CTGATGTTGA AAAGCAACGC
GTGCACGACA GTGGCGCGCC CGATAATCGG TTAACACGGT TTTTATCAAC CTGGGTGCAG
CGTTGTGTGC GTTATCGTAA AACCGTTGTT GGCGTGACAC TGGGTATTTT TTTAGTGTCC
ATGTTTGGCA TGGCCAAGCT GGTGGAAAAG CAATTTTTTC CAAGTTCCGA CCGACCTGAA
TTGATGGTGG ATATTTATTT ACCGGAAGGG TCCAGCCAAC AAGTGACGGA TGATCTATCT
CATAAAATCG AAAATTATGT CCGTCAGCAA CCCGAAGTGA AAACCTTAAG CAGTTACATT
GGGCAGGGGG CGCCACGTTT TTTCTTGGCG TTGAACCCAG AACTGCCTAA TCCGGCGTTT
GCCAAGTTGA TTATCGTCAC CTCCGATGCC GAAGCGAGGA ACCGTCTAAA AGCGCGGTTA
CAAGACTATA TCGCAGCCGG TCATTTTGAT GCGGCCCGTG TGCGAGTGCA TGCCTTATTA
TATGGTCCGC CAGTGGTTTG GCCAGTTACT TTCCGAGTGA TGGGGGATGA TTTGAATGTG
CTGCGAGACG TTGGCGAACA AGTGCGTCAA AAAATGACAG AGAATGAGCA CATTTATGAT
CCGCATTTGG AATGGGGTGA AAAAAGTCCT GATATTGAGT TGTCGTACAA TTTAGATCGT
CTAGCGTTAT TGGGGGTGAC ACCATTAAGT TTGTCACAAC AATTGCAACA GGCCTTAAGA
GGGCAGACAC AAGCAGAACT GCGCGAAAAT ACACGACGTA TCTTGCTAAC AAGCTTTACT
CAGTATTCAT CCGGCGATGC GCTTAAACAG CTGCAAAGCT TGCCGATTGA AACTCAAACA
GGTTCTAAAG TGCCGTTGCA ACAATTGGCG GACTTGAAGG TCGTGTTCAA TAATCCCGTG
TTGAAACGCC GTAATCGAAC ACCGTATATT AATATCAATG CCGAAGTGGA AGGGGCGCAA
CCTCCCGATG TGACGTTGGC GATTTGGAAA GAGATGGCGA ACTTACGCGA ATCACTACCG
GATGGTGTTC GATTGGAAAT TGGCGGTTCG GTGGAGCAGT CAGGTAAGGC GCAAGCTTCC
ATTCAGACTT TGATGCCCGT TATGGTGTTG TTGATGGTGA CCTTGGTCAT GCTGAATATG
CAAAGTTTTC TAGGCACGTT TATGGTGTTG GTGACCGCTC CTCTGGGGTT GATTGGTGCC
GTGGCCGCGT TGTTACTGTT TTCTCAGCCG TTTGGGTTTG TCGCCACCTT GGGGCTGATC
GGGTTGGCTG GCATTTTAAT GCGAAATACG CTGATTTTGG TGGGGCAGAT CAATGATAAC
CAAAAGCAAA ACATGGCGCC GAAAGACGCT TTGATTGATG CCACGCTACG GCGCGCAAGA
CCGGTTTTAT TAACAGCTTT GGCGGCGATT TTGGCCTTTA TTCCTCTCAC CACCAATACC
TTTTGGGGAC CTTTAGCGTA TGTTCTGATT GGTGGAATAG GGGTGGGCAC CTTACTGACG
CTGCTTTTTT TGCCGGCTTT ATATGCGTTG TGGTTCCGTA TTCCACAGTC TAATCAATCG
GGTTAA
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| Protein sequence | MMQRFNLSEL AVKHKAVTLY FILLSILVGT VSFINLGRAE DPNFTIKVMV VSANWPGATA
EQMQNQVADP IEKKLQQVEY FDFVETTARP GEVTMLVTFK EYTPPEAVED QFYQVRKRML
DLQGALPQGV QGPFVNDDFA DVYFTLYSLT QGNLNYADWL QTAEKTRDAL LRVDGVQKVN
LLGEQTQQIQ ITFNAAKMKA LGVTQQQLLQ NLNTYQAIAP SGFVETIGPR VYIRQTAERD
SLEEIRHVPI ALNGKVMHLS DFATVSRGFE KPSHFKIRNQ GQEALLLGVV MKKGHNGLAL
SDRLSAFTQN WQPHLPKSVT LEKVTNQGDA IALAVNAFQL KFLMAVLVVL AVSFLALGWR
AGIVVALAIP LTLALTFFLM QITGKNLDRI TLGALILALG LLVDDAIIAI EMMLVKMEEG
LERTKAAAYA WTVTASPMLF GTLVTVVGFV PIGFAASNVG EYAGNIFWIL AFALLLSWLV
AVTFTPYLGF KLLPDVEKQR VHDSGAPDNR LTRFLSTWVQ RCVRYRKTVV GVTLGIFLVS
MFGMAKLVEK QFFPSSDRPE LMVDIYLPEG SSQQVTDDLS HKIENYVRQQ PEVKTLSSYI
GQGAPRFFLA LNPELPNPAF AKLIIVTSDA EARNRLKARL QDYIAAGHFD AARVRVHALL
YGPPVVWPVT FRVMGDDLNV LRDVGEQVRQ KMTENEHIYD PHLEWGEKSP DIELSYNLDR
LALLGVTPLS LSQQLQQALR GQTQAELREN TRRILLTSFT QYSSGDALKQ LQSLPIETQT
GSKVPLQQLA DLKVVFNNPV LKRRNRTPYI NINAEVEGAQ PPDVTLAIWK EMANLRESLP
DGVRLEIGGS VEQSGKAQAS IQTLMPVMVL LMVTLVMLNM QSFLGTFMVL VTAPLGLIGA
VAALLLFSQP FGFVATLGLI GLAGILMRNT LILVGQINDN QKQNMAPKDA LIDATLRRAR
PVLLTALAAI LAFIPLTTNT FWGPLAYVLI GGIGVGTLLT LLFLPALYAL WFRIPQSNQS
G
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