| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1907 |
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| Symbol | |
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| ID | 9142903 |
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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 | 2170965 |
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| End bp | 2174081 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003634185 |
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| Protein GI | 296126933 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGAAGAAAT TTATTACTTT AATAGTAAGC AGACCCACAA CAGTATTTGT TACACTCGTA
TCCATGTTCA TAATTGGATT TATAAGCATA TCAAGACTTA ATATAAATTA TCTCCCAGAT
ATGGAGGTTC CTATTATCAG TATAAAAACA ACATACGATA ATGCAGGACC AGAAGAAGTA
GAGAAATCGG TTACAAGAGT AGTAGAAAAT GCAGTATCTT CTGTTAATAA TGTAAAAACG
ATTAAGTCCA AATCAAAAGA GTCAGAGTCT AATGTAGAAA TAGAGTTTAA TTGGGGCACA
GATTTGCAAA CAGCATCTGA TGATATAAGA GAAGCTATTG ATATGATTCG CTCTTCACTT
CCTGATGAAG CAGATAACCC TAATATATCA AAGTTTTCAA GTGATGCTAC CCCTATAATG
AATATAGCAT TTTTCGGTAC TGATAATTTA TCATCGCTTT ATGATTTAGT AGACAGTCAG
ATACTTACAA GATTAGAACA GGTTGACGGA GTGGCACAAA CTGAAATAAG AGGCGGACTT
AAAAAAATTA TACGTGTTGA TATAGATTTA AACAGACTAA ATGCCTATTC TATAGATATT
AATGATATAG TAAAAACTCT AGCATTGGAA AATCAGAATG TAGCAGGAGG CGAAACTTAT
GAGGGCGTTT ATAAATATAA TATAAGAACT ACTGGTGAGT TTAAAACTGT AAAGGATATT
GAAGATGTTG TTATAATGCT TAAAGATGAA ATTTATCCAG TAAGGGTAAG AGATATAGCA
TATGTTCATG AGGATTATGA AGATGATTCT GAGATAGTGC GTATTAACGG ACAAAAATCT
TTAACTATTG CTGTTACAAA AGAGTCCGGA GGAAATATTA TACAAATATC CAGAGATGTA
GAAAAAAGAC TTAATGAAAT AATGCTTCCT TCTGGTATTT ATTATCAGAT ATTGTTTAAT
AGTTCAGACA CTATAAAAAA CTCTATACGC AATGTACTTA ATACAGTATG GCAGGGGGCT
TTATTTGCTG TTATAGTTCT TATGATATAT TTATGGGATA TAAAAAGCGT ATTTATTATA
AGCATTTCTA TACCAGTATC AGTAATAAGC ACATTTATAT TGATGTATTT TTTTGATATT
ACTATTAATG TTATATCGCT TTCTGGTTTA GTTTTGGGTG TAGGAATGAT GGTAGATAAT
TCTATAGTTG TACTAGAGAA TATATTTTAT TATAATGATT ATTATTCAAA ATATGTACAT
GATAAAAGAA GCAGTATAAT AAGTAATTTT AAAGCATCTA TTTTGGGAGC AAGCGAGGTA
TCAATTGCAA TAACCGCTTC TACTTTGACA AGTGTATGCG TATTTCTTCC GTTTCTATTT
GTTCAGGGTG AAATGGGGCA GATGTTCAGT GATTTATGTA TGACAGTTTC AATATCGCTT
ATATCTTCTC TTTTGGTTGC TTTAACTATA GTTCCTTTAT TAGCTTCAAG ACTTCATAAA
GGCAATAGTA AAAGCAGAAT TAATTTATTA TTAAAGAGTT TGGAGAGTTT TTTTAATGAT
AAAATACATA GTAATGTAGA GAAGTTTTAT TTAAGTATGC TTGCTATTGT AATAAAAAAT
AAAAAGAAAT CATTTGCTTT AATATCTGTT TTATTATTTC TATCATTATT TTTATTATTA
ACAAATATAG GAAGAGAAGG CTATCCAGTA TCAGATGAAG GAACAATAAT TTCAAGATTA
AGACTTCCAG TAGGTGCTAG GGTAGAGTTT ACAGATATGT TTATACATAG AATGGAAAAT
GATATAGAAA GTGCTTTAAG TAATAATATG GCTTATTATG AGACTAGAGT GAGAACTGGA
AGAAATGAAC ATCATGGAGA GGTGAGAGTA AAATTAATAG ACAGAGAATA CGGAAGGAAA
TTAGATATAA GCTATTATAT AGAGATGATT AGAAACAGAG TAAATGGATA TCCCGGACGT
ATAGAGCTTA ATTCTGAAAA TGTAGCTTTG GGTAAGCCTA AAGATTATAG TGCTATTGTT
ATAGAGCTTG TGGGAGATGA TTTAGAAAGA GGTTATGATG TGGCTAGCAA TATTATAGCG
GCAGTAAATA AAGTTGACGG CATTAGAAAT GTTTTGATAA AAGAAGATGA TTCTAATCAT
GAATTGGTTT TTGATATTGA CAGGGATTTG GTATCAAAAA TGGGTATCAA TATTAATACA
GTTGCCAATA TTATAAGAAC TTCTTTCAGC GGAACAACTG CAAGTAAGAT GACATTAGAT
AATTCTATAT ATGTAGATAC TGATATAATA GTGCGTTTGG AAGATACAAA CAGAGATAAT
GTTTCAAGTA TTCAAAAGAT GATGATACCT ACAAAAAACG GCATAGTGCC TATTTCATCA
TTAGTAGATA TACATAGAGG AACAGGTCCA ATAGAAATAA ACCGTAAGAA TGATAAAAGA
ATTATAGAGA TAAATGCTAG TTCTTTCGGA AGACCTATAA ATGAAATTAT AGAAGATATA
AGAAAAGAGC TTAATAATAT ATATATACCA AGCGGGTTTT CTGTTAATTT TTCAGGCGAT
TATGAGGATA TGCAGGAAGC ATTTATTCAG CTTATTGTAT CTTTAATAAT GGCTTTGGTA
TTTGTATATG CCATTATAGC AGGGCAGTTT GAATCGTATA TTACTCCTTT TGTAATATCT
TTGGCAGTCC CTTTTGCATT ATTTGGGGCT TTGATATTTC TTTATTTAGG CGGACAAACT
TTAAATGTTT ACAGCGGAAT AGGTATAATA ATGCTTGTAG GAATAGTAGT TAATAACGGA
ATAGTTTTGA TAGATTATAT GAATAAGGTT GTGCTTGAAA AAAATATAAG CTGGGACAGT
GCTGCTTTGG AGTCATGCAA AAGAAGATTA AGACCAGTAC TCATGACATC ATTAACTACA
ATATTAGGTC TTCTTCCTAT GATATTTGAA GTTGGAAATG GAAGCGAAAT GTACCGACCT
TTAGCTATAG CGGTTTGCGG CGGATTATTA TTTTCTACTA TGTTTACGCT TATAATAATA
CCTTCTGTAT ATTCTAGCTT TAGAAACAGA TTTAATATAA AGATAAGAAA CGATTAA
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| Protein sequence | MKKFITLIVS RPTTVFVTLV SMFIIGFISI SRLNINYLPD MEVPIISIKT TYDNAGPEEV
EKSVTRVVEN AVSSVNNVKT IKSKSKESES NVEIEFNWGT DLQTASDDIR EAIDMIRSSL
PDEADNPNIS KFSSDATPIM NIAFFGTDNL SSLYDLVDSQ ILTRLEQVDG VAQTEIRGGL
KKIIRVDIDL NRLNAYSIDI NDIVKTLALE NQNVAGGETY EGVYKYNIRT TGEFKTVKDI
EDVVIMLKDE IYPVRVRDIA YVHEDYEDDS EIVRINGQKS LTIAVTKESG GNIIQISRDV
EKRLNEIMLP SGIYYQILFN SSDTIKNSIR NVLNTVWQGA LFAVIVLMIY LWDIKSVFII
SISIPVSVIS TFILMYFFDI TINVISLSGL VLGVGMMVDN SIVVLENIFY YNDYYSKYVH
DKRSSIISNF KASILGASEV SIAITASTLT SVCVFLPFLF VQGEMGQMFS DLCMTVSISL
ISSLLVALTI VPLLASRLHK GNSKSRINLL LKSLESFFND KIHSNVEKFY LSMLAIVIKN
KKKSFALISV LLFLSLFLLL TNIGREGYPV SDEGTIISRL RLPVGARVEF TDMFIHRMEN
DIESALSNNM AYYETRVRTG RNEHHGEVRV KLIDREYGRK LDISYYIEMI RNRVNGYPGR
IELNSENVAL GKPKDYSAIV IELVGDDLER GYDVASNIIA AVNKVDGIRN VLIKEDDSNH
ELVFDIDRDL VSKMGININT VANIIRTSFS GTTASKMTLD NSIYVDTDII VRLEDTNRDN
VSSIQKMMIP TKNGIVPISS LVDIHRGTGP IEINRKNDKR IIEINASSFG RPINEIIEDI
RKELNNIYIP SGFSVNFSGD YEDMQEAFIQ LIVSLIMALV FVYAIIAGQF ESYITPFVIS
LAVPFALFGA LIFLYLGGQT LNVYSGIGII MLVGIVVNNG IVLIDYMNKV VLEKNISWDS
AALESCKRRL RPVLMTSLTT ILGLLPMIFE VGNGSEMYRP LAIAVCGGLL FSTMFTLIII
PSVYSSFRNR FNIKIRND
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