| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_2109 |
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| Symbol | |
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| ID | 9143110 |
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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 | Brachyspira murdochii DSM 12563 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014150 |
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| Strand | + |
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| Start bp | 2396748 |
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| End bp | 2399882 |
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| Gene Length | 3135 bp |
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| Protein Length | 1044 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003634383 |
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| Protein GI | 296127131 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 53 |
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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 | ATGAGTAAAT TAATAGAAAT AGTTGTAAAA AGACCAGTAA CCATACTTAT GGTAATAGTT
TCAATACTTA TATTAGGGCT TATTAGTTTA TCTAGGCTTT CTATAGACTT TATGCCAAAT
ATGCAGATTC CTTACATAAG CATATATACA AGATATAAAA ATTCAGGACC TGAGGAAATA
GAAAAATCCG TTACTAAGAT AGTTGAAGGA GCTGTTGCCA CAGTTAATAA TATAAAAAAT
ATAACCTCTA CTTCAATGGA AGATTTTTCA AATGTACTAG TAGAGTTTAA TTGGGGTACT
GATTTAACTG AGGCTACAGA GGATATAAGA GAGGCTTTAG AACAGGTTAC AGATTTGCTT
CCAGATAATG CAGATAAACC CGTGATAAGA AAATTTGATA TGGACGATAC TTCATTAATG
GAAGTTGCTG TTTACGGTAT TGACGACCAG TCTACATTGT ATAATATAGC AGATAATCAG
ATAGCTCCGC AGATAAAACA GGCTAAAGGT GTGGCACAGG CTAAAGTTAT GGGAGGATTA
AAAAGTCAGA TAAAGATTGA TGTTAATCTA AACAGATTAA AAGCATATAA TATCAATATT
AATGAAATAG CTTCTGCATT ATCACGCGAT AATAATAATC TTGTAGGTGG TCAGGCAGAT
CAGGGATTTT ATAAATACAC TATAAGAACT ATGGGTGAAA TAACTAGTAT TGATGATATA
AAAAATACTA CTATTACTTT AATAAAAGAC GGAGAAAATA GTTCTGTAAT AAAGGTTCAG
GATTTGGCTG AGGTGTATGA GGGTTATGAT GATAATGTTA ATATTATAAG AGTTAATGGA
GAGAACTCAA TATCAATAGC AGTAAGTAAA GAGTCTGGAG CCAATACTGT AGAAGTATCA
AAAAATGTAA TAAAGCAGCT TGAAGAGTAT AATTTCCCAG ACGGTGTAAA ATATCAGATA
ATGTTTAATA CAGCAGACAG CATTAATGAA TCTATAAGCG GAGTACTTGA TGCCGCTTGG
CAGGGAGGAC TTTTTGCTGT TATAGTGCTT ATGCTTTATA TGTGGAATAT AAGAACTGTA
TCTATAATAG CAATATCAAT ACCGCTTTCT ATAATAGTAA CTTTTACACT CATGTATTTT
ATGAAAGTTA CTTTAAATGT TATATCGCTT TCCGGTCTTG TTCTTGGAAT AGGTATGATG
GTAGATAATT CTATAGTTGT GCTTGAAAAT ATATTTTATT ATAGGAATAA CGGATTTGGA
AAATATTCTT CTGCTATAAA CGGTACTTCA AAGGTGTCTC TTGCAATTTC AGCTTCCACT
TTTACAACTA TTGCTGTATT TTTGCCTTTT ATTTATCTTG AAGGTATGGT TAGCCAAATG
TTTAGAGATT TATGTATAAC AGTTACAATA TCAATGATAG CTTCTTTATT AGTTGCTCTT
TTGATAGTAC CTATGTTTGG GGCGAGACTT GTTACAAATA AGAGATTAAA ATTATTAGGC
AAATTAGAAA TTCTGACTAA TAAATACATA CACAGCAATA TAAACAATAT CTATAATAAA
ATACTTTCTT TTTCTATTAA AAGAAAATTA GTAGTACTTC TTCCTTCTAT GATATTAGTA
TTTTCTGTTA TAATATTCGG TTTAAAATTC ATAGGTAAGG AAGGCTTTCC AAGAACAGAT
GAAGGTCAGT TTATGGTTCT GGTAACTATG CCTATAGGTA CTAAGTATGA GCAGACACAG
TCTTTCGTGG CATTAATGGA AAATGATATA AGAGAAATTA TTAAAGATGA TTTAACTAGA
ATTCAGTCAA GAATAAGAAA AGGAAGCGAA GCAAACAGTG CTAATATAAG AATACAATTA
AAAGCAAAGA ATGCTGGAAG AGTTGGTGAT ATCAATGAAT ATGCCGAGAG AACAAGAGAA
AAACTTCAAT TATACCCTGC TAGGATAAAT GTAATATTGT TAGGATCAAT GTCTAGTTCT
TCAGGCGGAG AGGCTATAAG AATAGAGATG CTTGGAGATG ATACAGTTCA GGCTAAAGAG
CTTGGAGACA GAATAGTTAG TGCAATATCC AATATAGAAG GTATAAGAGG AGCCATGGTT
GATATTGACG AATCAAACAG AGAACTTCAG GTATATGTTA ATAGAGATAT TGCTGCCAAA
ATGGGACTTA AAGTTAATGA TGTAGCAAGA ATAATAAATA CCAGTTTTGC AGGAAGAACT
GCAACTACAA TTACACCTGA AAATTCTGAT TATACTGATA TAGATGTTAA TGTTCAGCTT
GAAAATATTG ACAGAGTTAC TATAGAAGAT GTAGAAAAAA TAAGCATACC AGTTAAAGGA
GTATTAATAC CTTTATCTTC AATAGCTGAT ATAGTAAAAA GTTACGGACC AAATAGAATA
GAGCGAAAAG ACAGAAAAAG ATTTACCGTT GTAATAGCAA ATACTTACGG AAGACCTTTG
AATGAAATAA TAGATGAAGT AAAAGAGGTA ATAAAAAAAG ATGTATTTGT ACCAAGCGGA
ATATCTATAA ATTACGGAGG TGATTTTGAA GATATGAATG AGGCATTTGC TCAGCTTTTA
CAAACTTTAA TATTGGCATT GGTATTAGTG TATGCAATAA TGGCTAGTCA GTTTGAATCT
TTGATAGCTC CTTTTGTAAT AGCATTTGCA ATTCCTTTCG GTTTTGCAGG ATCACTCGCT
GCCCTTATAA TAACAAATAC TACTTTAAGT GCATACAGTG CTATAGGCTG TATAGTACTT
ATAGGAATAG TTGTTAATAA TGGAATAGTT TTAATTGATT ATATGAATCA GCTTATGCAT
GAAAAGCATA TTAAAGGTGA TGAGGCTGCT TTGATTGCAG GGCAAAGAAG ATTAAGACCT
GTACTTATGA CTACTTTAAC TACTATACTT GGTATACTTC CTATGGCTTT AGGAATCGGA
AGCGGTAATG AAATGTACAA GCCTCTTGCT ACTGCACTTC TTGGCGGGCT TAGCGTTTCT
ACATTATTTA CTTTAATAAT AGTGCCTACA ATATATGCTG CTATAAGAAA TAAAATACCT
CTTAAAGATT ATGACCAAAA AGACAGAGAC AGTGCTAATG ATTTTGCTTT AAATGATGCT
GTTAATAATA TGTAA
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| Protein sequence | MSKLIEIVVK RPVTILMVIV SILILGLISL SRLSIDFMPN MQIPYISIYT RYKNSGPEEI
EKSVTKIVEG AVATVNNIKN ITSTSMEDFS NVLVEFNWGT DLTEATEDIR EALEQVTDLL
PDNADKPVIR KFDMDDTSLM EVAVYGIDDQ STLYNIADNQ IAPQIKQAKG VAQAKVMGGL
KSQIKIDVNL NRLKAYNINI NEIASALSRD NNNLVGGQAD QGFYKYTIRT MGEITSIDDI
KNTTITLIKD GENSSVIKVQ DLAEVYEGYD DNVNIIRVNG ENSISIAVSK ESGANTVEVS
KNVIKQLEEY NFPDGVKYQI MFNTADSINE SISGVLDAAW QGGLFAVIVL MLYMWNIRTV
SIIAISIPLS IIVTFTLMYF MKVTLNVISL SGLVLGIGMM VDNSIVVLEN IFYYRNNGFG
KYSSAINGTS KVSLAISAST FTTIAVFLPF IYLEGMVSQM FRDLCITVTI SMIASLLVAL
LIVPMFGARL VTNKRLKLLG KLEILTNKYI HSNINNIYNK ILSFSIKRKL VVLLPSMILV
FSVIIFGLKF IGKEGFPRTD EGQFMVLVTM PIGTKYEQTQ SFVALMENDI REIIKDDLTR
IQSRIRKGSE ANSANIRIQL KAKNAGRVGD INEYAERTRE KLQLYPARIN VILLGSMSSS
SGGEAIRIEM LGDDTVQAKE LGDRIVSAIS NIEGIRGAMV DIDESNRELQ VYVNRDIAAK
MGLKVNDVAR IINTSFAGRT ATTITPENSD YTDIDVNVQL ENIDRVTIED VEKISIPVKG
VLIPLSSIAD IVKSYGPNRI ERKDRKRFTV VIANTYGRPL NEIIDEVKEV IKKDVFVPSG
ISINYGGDFE DMNEAFAQLL QTLILALVLV YAIMASQFES LIAPFVIAFA IPFGFAGSLA
ALIITNTTLS AYSAIGCIVL IGIVVNNGIV LIDYMNQLMH EKHIKGDEAA LIAGQRRLRP
VLMTTLTTIL GILPMALGIG SGNEMYKPLA TALLGGLSVS TLFTLIIVPT IYAAIRNKIP
LKDYDQKDRD SANDFALNDA VNNM
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