| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_0074 |
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| Symbol | |
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| ID | 9141044 |
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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 | 89287 |
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| End bp | 92457 |
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| Gene Length | 3171 bp |
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| Protein Length | 1056 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003632383 |
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| Protein GI | 296125131 |
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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 | 24 |
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| Plasmid unclonability p-value | 0.247567 |
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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 | ATGAATAGAA TTATAGAACT ATTTGCAAAA AACAGATTAT TAGTTAATGT AATCATTTTA
ATAACTTTAG CAGTTGGAAT ATACTCTTAT CTTAATATAA AAAAAGAGGC ATTCCCCTCT
ACAAACTTTG ATGTTATGAT AGTGCAGGTT ATATATCCGG GAGCTTCTCC AGAAGATGTT
GAACAATATG CTATGATACC AATAGAAGAT GAGCTTCAGA CTATAGCAGG TATTGATGAG
TTTTATTCTA TAATAATAGA AAATGCAGGA ATACTTACTA TAAGAATAGA TATGAATCTT
AAAGACTCAA GACCAGTAAA AGATGAAATA TTTAGAAGAC TTCAGAATGC TCCTAATGTA
TCAAAAGATG TTTCAGAAAT CAAAATTTTT GAGGCTAATG CCAACAGAAT GCCTATATAC
AATTTAGGTA TAAGATTCAA AGAAGGACAG GAAGGAAGTG AAAAAGAGCT TTATGATATA
TCTAAAAGAT TTGAAAAAGA ATTAAAATAT GTAGACGGGG TTGCAAATAT TGAAGTATAT
GGAAGAACAG ACCCAGAAAT ACAAATATTA GCAGACCCTT ATAAATTAAG AGAATACTAC
ACTTCATTAA CAGAAATCAT ACAGGCATTA TCTTTAAGAA ATATACGCTC TACAAGCGGA
AGTATGAAGC CTTCAGAAAG TGATAACTTA GAAGATAAAA ATAAACTTCT TGTTACTACA
GGACAATTTC AAGACCCTTT ATCTATTACA AATGTTATAG TGCGTTCTAT ATTTAACGGA
CAGCCTGTAA GAATAGGAGA TATTGCAAGA GTTGAAGAAT TATTCGTTGA TAAAAGTGTG
TATATGAGAG TTAATAGCAA GCATGGATAC TCTATAAACA TAATAAAAAA AGAAGATGCT
GATATATTAA AAACTATTGA TAATGTTAAT CAATATTTTG AAAAAAATAA ATCTACTATT
CCAAGCAATA TAGAAATAGT TCCTATGGCT GATAATTCTA GAACTATTAC AGACTTGCTT
AATGCAGTGT CTTCAAATAT TATAACTGGT TTTATCATCA TATTTATAAT ACTTATTATA
TTTCTAGATT TTAAGAGTGC AATATTTACT TCGCTTGGTA TGCTTATAGT TATATCTGTT
TCTCTTATTT ATATGACATA CTCTGGAATT ACTTTTAATA TAATATCTCT AGGCGGAATC
ATAACTGTAC TTGGTATGAT AGTTGACAAT TCAATAGTAG TTTCAGAAAA TATTTTTAAT
TATCATCAAA AAGGAATAAG AGGTCTTGAA GCTACAAAAA ATGCTGTAGG AGAAGTATTT
ATGCCTATGC TTGTTTCTAC TCTTACAACA GTTGCATCAT TTGCTCCTAT AATATTTGTT
ACTGGTACTA TGGGAAGATT AATTAATCAG TATCCTAGAG TTGTTATTGT GGCATTAGTG
GTGAGTATTT TTCAGGCTGT TTTGCTTCTT CCTAATAACT TAATCACTAA AGAAGAACTT
ACTGGAGAAC ATAAAAGAAA AAGATTTAAT TTTAAAAATC CGCTTGATTT TGATAAGGAT
AAATTATTTG ATAAATTAAA AATTCCATTT ATTAAGTTTT TAAGATTTAC ATTAAAGTTT
AGATATATTG TTCTTATATT TTTTATAGTT ACACTTCTTA TCACTCTTTT AATAGCAAAA
TCAATATTTT CAAAGTTTAC TTTAATTTAT GATACAAGTG CGGATGTTAT AGTCGTTAAT
ATAGATACAG GTGTGGGAAG TTCTATATAC AAAACAGAAA AATATCTTCA AAAAGTAGAA
AATATTATTT ATGAAACAAT AAATACCAAT GATATAGTGG CAGTTTATAG CTTACTTGGA
AAGCAATTAG ATAAAAATAC TGTAGAAATA TCGGAAGAGA TGGATAATAT TGCAGGCACT
ATGATATATT TAGTTCCAGC CAATAACAGA GAAAAAATAG CTTATGATAT AGCAGATGAT
TTAAATGCGG CTATAGAAAA AAGCTCAATA AAAGATGAAT TGGAGCTTAT CACAGTTAAT
ACTAAACTTC CAATAAACCC CGGAAAAGCA GTTGATATAA AAATAATAGG TAATGATACT
GCTATGGTTA AAGAAGTAAA GGATAAAATG AAAGAACATC TTTTGAGTTT GGACGGTGTA
GTTAATTATG ATGATGATGA TAAAATAGGA CAGGAAGAAT TGAGAGTAAT ATTTGATTAT
GACAGAATGT CTGAACTTGG AGTTAATGTA GCTTATGCAG CAAGAGAATT AAGAGCGGCT
TATTCTGGAA TAGTAGCAAC TTCAATACAG GAGTTTGAAA ATAAATTGGA CTTTAGAGTA
CGTTTAGATA AAAAATATAC TTATGACACT AATGTACTTA ATAATCTTTT AATACCAAAT
ACCTATTACA GACTTATACA ATTAAAAGAT ATAGCAGATA TATACATTAC AAACAATCAG
TCAAGCATAA GACACTATAA CGGTAAAAAA TCTATAACTA TGACTGCTGA TATAGAACAG
GGAAAAAATA CTGCCATACA AGTAACTTAT GAAATGCAGG ATTATTTTAA TTCTATAGCT
AAAGATTACC CTAATATAAG TGTAGAGTTT GCAGGAGAGG TAAAAGAAAC AAGAGGATCC
ATAATAGGTA TAGCTTGGGG ATACTTAATT GCCATAATAG CTATATATGT AATACTTCTA
CTTCAGTTTA ATAAATTTGT TCAGCCTTTT ATGATACTTG GTATAATACC TTTTGGAATA
ATCGGCGTTA TACTAGGATT TGCAGCTCAT AGAATGCCTA TGTCATTTGT AGGTGCTGTT
GGTATAGTGG GACTTGCTGG TGTTGTTGTA AACAATGGTA TTATAATGGT TGAGTTGATA
AACAGAATAC TTGAAAAAGG AAATATACGT AATAAACAAG ATGTATTAAA CGCTATTGTA
GAAGGTACAG GAGACAGATT TAGAGCAATA TTTCTCACAA CTGTAACTAC AATATTCGGA
CTTCTTCCAA CTGTTTATGG TATAGGCGGA CGTGCTGACT TGATAGTACC TATGGTTATG
TCTATGGCTT ATGGGCTTTT ATTTGCTGCA CTTTTGACAT TGATACTGCT TCCATCTTTA
TTTATGATAT CTGCAGATTT GAAGCTTATA AAAATAAATT ATGAGAAATA G
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| Protein sequence | MNRIIELFAK NRLLVNVIIL ITLAVGIYSY LNIKKEAFPS TNFDVMIVQV IYPGASPEDV
EQYAMIPIED ELQTIAGIDE FYSIIIENAG ILTIRIDMNL KDSRPVKDEI FRRLQNAPNV
SKDVSEIKIF EANANRMPIY NLGIRFKEGQ EGSEKELYDI SKRFEKELKY VDGVANIEVY
GRTDPEIQIL ADPYKLREYY TSLTEIIQAL SLRNIRSTSG SMKPSESDNL EDKNKLLVTT
GQFQDPLSIT NVIVRSIFNG QPVRIGDIAR VEELFVDKSV YMRVNSKHGY SINIIKKEDA
DILKTIDNVN QYFEKNKSTI PSNIEIVPMA DNSRTITDLL NAVSSNIITG FIIIFIILII
FLDFKSAIFT SLGMLIVISV SLIYMTYSGI TFNIISLGGI ITVLGMIVDN SIVVSENIFN
YHQKGIRGLE ATKNAVGEVF MPMLVSTLTT VASFAPIIFV TGTMGRLINQ YPRVVIVALV
VSIFQAVLLL PNNLITKEEL TGEHKRKRFN FKNPLDFDKD KLFDKLKIPF IKFLRFTLKF
RYIVLIFFIV TLLITLLIAK SIFSKFTLIY DTSADVIVVN IDTGVGSSIY KTEKYLQKVE
NIIYETINTN DIVAVYSLLG KQLDKNTVEI SEEMDNIAGT MIYLVPANNR EKIAYDIADD
LNAAIEKSSI KDELELITVN TKLPINPGKA VDIKIIGNDT AMVKEVKDKM KEHLLSLDGV
VNYDDDDKIG QEELRVIFDY DRMSELGVNV AYAARELRAA YSGIVATSIQ EFENKLDFRV
RLDKKYTYDT NVLNNLLIPN TYYRLIQLKD IADIYITNNQ SSIRHYNGKK SITMTADIEQ
GKNTAIQVTY EMQDYFNSIA KDYPNISVEF AGEVKETRGS IIGIAWGYLI AIIAIYVILL
LQFNKFVQPF MILGIIPFGI IGVILGFAAH RMPMSFVGAV GIVGLAGVVV NNGIIMVELI
NRILEKGNIR NKQDVLNAIV EGTGDRFRAI FLTTVTTIFG LLPTVYGIGG RADLIVPMVM
SMAYGLLFAA LLTLILLPSL FMISADLKLI KINYEK
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