| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_0499 |
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| Symbol | |
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| ID | 9141473 |
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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 | 611770 |
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| End bp | 614913 |
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| Gene Length | 3144 bp |
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| Protein Length | 1047 aa |
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| Translation table | 11 |
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| GC content | 26% |
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| IMG OID | |
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| Product | D12 class N6 adenine-specific DNA methyltransferase, putative |
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| Protein accession | YP_003632801 |
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| Protein GI | 296125549 |
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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 | 39 |
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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 | ATGATTAAAG AATTATATTT ATATTTAGAA AGCATAAAAG ATATAACTAC TGAAGATAAA
GAGCATAGTT ATAGAGCTTC TTTAGAGAGT TTATTAAATG CTATAAAAAA TAATCTTAAT
TTTAATAAGA TAAATATAAA ACATGAACCA AACAATGATA AAGAGGGCAG AGGGGCACCT
GATTTTTTAG TTACTATTGA TTCTCTTGTT TTGGGCTATA TTGAAAATAA AAGAGTAAAT
GCCAATCTTG ATGAAATTAT TAAAAGCGAG CAGATAAAAA AATATCTTCT TTTGAGTGAT
AACATTATAA TTACAGATTA TTTGAGATTC ATATTAATTG ATGAAAACTT AAATATTATT
GATGAAGTTA GAATATGTGA ATTAAGCGAG ATTAAAAATT ATAAAAAAAT TAAACTTGAA
GAAGTAAGTA AAAAACTTTC AGATATATTT AAAATATTTT TCTCAAGAGA GCCTAAACCT
ATAAATACAG CTTTAGAGTT TGCAGATGCT TTAGCTATGC GTACTAGAAT ATTAAGAGAT
GATTTATACG AACTTGAAAA TAATAATCAT ATAGAGCGTT TATATAATAT ATTTAAAAGT
ACAATTTATT CTCAAATAGG TTTTGCAGAC TTTTGCGATA ATTTTGCACA GACACTTACT
TATAGTTTAT TTTTAGCAAG ACTCAATACT AATGAAAAAA TCGATTTATA TAATGTTACT
AAGTTTATAC CTAAATCATT CCCATTAATA AGAGCTATGA GTAAATTCCT TCAGGATTTG
GAAGAGTTAA ATATTAATGA CTTAAAAACT ATAGAATGGC TTTTAAATGA AATAATAAAT
ATAACTAATC ATATAAATAT TGTATCTATT GTAGAAGAAT TAAATAAATA TGATAATACA
GTTTCTCAGA AAGATCCTTA TATGCATTTT TATGAAACTT TTTTGTATAA ATATAATCCG
GAACTTAGAG AGCTTAGAGG CGTTTATTAT ACTCCTCAAA GCGTAGTTAA TTTTATTATT
GATTCTATAG ATATAGTTTT AAAAGAGTAT TTTAATAAAA ATAAAGGTTT AGGCGATGCA
TTAGAAAAAG AAACTAATAT AACTCTTTTG GATTTTGCTG CGGGAACAGG TACATTTTTA
CTTGATTCTT TTAGAAAAGC TTTATCATAT TATCAAAAAA ACTCTGTTAA ATATAATCCT
AAAGAATTAA TAAATAAATT TTACGGCTTT GAGTTTATGA TAGCACCGTA TACAATAGCA
CATCTTAAAA TATCTCAAAC ACTTAAAGAA GAGTTTAATT ATAATTTAGA AGATGATGAG
AGATTAAATA TATTTTTAAC CAACACTTTA GAAAATATAG ATTTAGATGA GAGCAAAGGG
AAAAATAATA TATTTGAAGA GCTTAATGAA GAGATGAATC TCGCACAGAA AACAAAAGAA
AAAGAGATTC TTATAATAAC AGGCAATCCT CCATACAGCG GAGCAAGTGC CAATAAAGGT
ATATTTGAGG AAGAGGTAAG AAAAGAATAT AAAGACGGAT TGGAATCTCC TCCCTTGGCT
ATCACAAGAA ACGGTAAAGT AGAAAAAGAG AAAAATCCTA AATGGCTTCT TGATGATTAT
GTGAAGTTTA TAAGATTTGC ACAGCAGAAA ATAGATAATC AAAAGGCAGG CGGAATATTC
GGCTTTATTT CTAATAACTC ATTTTTGGAT AATCCTACTT TCAGAGGTAT GCGTTACAGC
TTATTAAAAA GTTTTGATGA AATATATATT GTAAATTTGC ATGGCAATAC CAGAAAAAAA
GAAGTATGTC CAGACGGCAG CAAAGATGAA AATGTATTTG ACATAATGCA GGGCGTGAGT
ATAAATATAT TTGTAAAGCA TAGTCAAAAA ATAAAAGATA AAAGAGTTGA AGATAGTAAA
TTAAATCCGT CATATTATAA GCATGGCAGT GATTATGCTA ATGTATATTA TTATGATTTG
TACGGAAAGA GAGAATATAA ATATAATTTT CTTCTTGATA ATAATATAAA AAGTATAGAG
TGGCATAAAT TAGAATATAA AGAGCCTTTC TTTTTGTTTG TCAAACAAGA TGAAGAATTA
CGCGAAGAGT ATGATAATTT TTATAGTGTA AAAGATATGT TTAGACTTTA TAATGTTGGC
ATAGTAACAT CAAAGGATTC TGTATTAATA GGTTTAAACA AAGAAAAATT GGAAGAGCAA
GTTAAAAATT ATTATAATGA ATTTAATAGT TCTTTTATAG AAACTATAAA TTACCGTCCT
TTTGATAAAA GATTTGTGTA TTATGATACT GATAAAATAG AAAGAGCAAG AAAAGATATA
ATGGAGCATT TTTCGAAAGA TTATGATAAT ATAGGTATAG TATTTAAAAG GGGATTTTCT
TTTTTAGATA GCGGTCAAGG ATTTATTACT AATAAAATAA TAGATTTTAG GAGTTGGTCA
TCTCCTGGTA TGCAGGGTGG AGATTTTCTT GCTCCTCTAT ATTTATACAA TACTCCTAGT
GCTAAAAAAG CTATTCAAGC TGAAAATTAT AATGTTGGAG ATTTATTTGA GCAGTATGAA
GAAAATCCAT TTGAAAATTC ATACAAGATA GAAAATTTTA CTGTTAATTT TAGAAATTTC
ATTGATAAAA AATATGATTA TAATTTTTCG CCTGAAGATA TACTAGGCTA TATTTATGCT
GTGCTGTTTC ACAAAACTTA CAGAACTAAA TATATTGATT TCCTAAAAAT AGATTTTCCT
AAAATTCCTT TTACGGATTC TAAGGATATA TTTATAAAAT TAAGCTCACT AGGTACTAAA
TTGTATAATC TTCATTTGAT GAAAGATAAT GATTTGAATG CTGATATAGG AGAGGGTTTA
TACAAAGATG ATAAAAACAA CAAAATAGAA AAGCCTCTTT ACAATGAAAA AGAAAACAGG
CTATTTATAA ACAAAAGTCT TTATTTTGAT AATGTATCAA AAGAAGTTTG GCTGTATAAA
ATTGGCGGAT ATCAGGTATT GGATAAATAT TTAAAATCTC ATAAAGGCGA AGATATTGAT
TACTCGTATT TTCAGAAGAT TATACAGGTT TTGCATAAAT CATTGATTAT AGAAAGTGAA
ATTTCGGCTA TTGACTTTTT GTAA
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| Protein sequence | MIKELYLYLE SIKDITTEDK EHSYRASLES LLNAIKNNLN FNKINIKHEP NNDKEGRGAP
DFLVTIDSLV LGYIENKRVN ANLDEIIKSE QIKKYLLLSD NIIITDYLRF ILIDENLNII
DEVRICELSE IKNYKKIKLE EVSKKLSDIF KIFFSREPKP INTALEFADA LAMRTRILRD
DLYELENNNH IERLYNIFKS TIYSQIGFAD FCDNFAQTLT YSLFLARLNT NEKIDLYNVT
KFIPKSFPLI RAMSKFLQDL EELNINDLKT IEWLLNEIIN ITNHINIVSI VEELNKYDNT
VSQKDPYMHF YETFLYKYNP ELRELRGVYY TPQSVVNFII DSIDIVLKEY FNKNKGLGDA
LEKETNITLL DFAAGTGTFL LDSFRKALSY YQKNSVKYNP KELINKFYGF EFMIAPYTIA
HLKISQTLKE EFNYNLEDDE RLNIFLTNTL ENIDLDESKG KNNIFEELNE EMNLAQKTKE
KEILIITGNP PYSGASANKG IFEEEVRKEY KDGLESPPLA ITRNGKVEKE KNPKWLLDDY
VKFIRFAQQK IDNQKAGGIF GFISNNSFLD NPTFRGMRYS LLKSFDEIYI VNLHGNTRKK
EVCPDGSKDE NVFDIMQGVS INIFVKHSQK IKDKRVEDSK LNPSYYKHGS DYANVYYYDL
YGKREYKYNF LLDNNIKSIE WHKLEYKEPF FLFVKQDEEL REEYDNFYSV KDMFRLYNVG
IVTSKDSVLI GLNKEKLEEQ VKNYYNEFNS SFIETINYRP FDKRFVYYDT DKIERARKDI
MEHFSKDYDN IGIVFKRGFS FLDSGQGFIT NKIIDFRSWS SPGMQGGDFL APLYLYNTPS
AKKAIQAENY NVGDLFEQYE ENPFENSYKI ENFTVNFRNF IDKKYDYNFS PEDILGYIYA
VLFHKTYRTK YIDFLKIDFP KIPFTDSKDI FIKLSSLGTK LYNLHLMKDN DLNADIGEGL
YKDDKNNKIE KPLYNEKENR LFINKSLYFD NVSKEVWLYK IGGYQVLDKY LKSHKGEDID
YSYFQKIIQV LHKSLIIESE ISAIDFL
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