| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_0234 |
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| Symbol | |
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| ID | 9141207 |
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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 | 315137 |
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| End bp | 318421 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | |
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| Product | molybdate metabolism regulator |
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| Protein accession | YP_003632539 |
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| Protein GI | 296125287 |
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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 | 40 |
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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 | ATGAGCATTG ATAAAACTTA TATAGATGAT ATTTTTAAAA AACACCCATA TATAGACAAT
ATAAAAAAAT ATGTTTATAA TGAAACTGAA AATATAGATT TCAATCCTAA AGAAATAGAA
TATTCAATAT CAAATAATCA TATCATATAT TCAAAGCTGC TAGATTTATA TACTGTGAAC
AAAGAAGATA ACAGCTTAAT CAGACTATTT AAAGTTATAT CTATGCATGA CATAGAAAAT
ATATATATAT TTGAAATACT TATAATAAAT ATAGTATCTG GATTAAGTAT AAAAGAAGCT
CTCTTAAAAT GCATATCTTT AAAAAAAATT AATAATTGGA ATAGAGAATA TAAAAGGCAT
TCATATCATA TTAACCCTAT TTCTAATGAA GTAATGAATG CAAAAATGAA CACATTTATA
TATTTATATT ATGCCAAAAA GTATTTCCCA AAAGAAACTG AACATTACAT AGATGATATA
TTAAGTTCAA ATACAGAGAA TATTATTTCA GAATACAAAG AAGATATATT AATACCTTTA
ATGGCTTCTG CTCAAAAAAT ATATTACGGA GATTACAGTA ATATAGATAA ACTCCTTGAA
TACTCTGATA AGGCAGAATA CTTAGATGCT ATACTTTCTT TAATATTGGT TATAGATAGA
GACGAAAAAA TTCAAAATAA ATTTTTATTT TTATTTGAAA ACAAATTATT AAATGAAAAT
AAAGATTTAC TTATAAACTT AGCCTATTTA GTAAGATTGT TCTTTCTTAC AAGAAAAAAT
TTAATAACTA AATTTCAGGA TAAAAATTTT AATGAGTTTT TAGATTATTT GGACAGCTTT
AAAATACCTA AATATTTTAT ATTTTTGGTA AAATATTTAG ATTATAATGT ATTAATAAAC
TCCAACAAAA TCTTTTACGG AATAAAATTA TTATATCAAA AAGATAAAGA AGCATTTTAT
AAACTTTCTG ATATCTTAAA GCAAGTTGAA ATACCGTATA TCATAGAAAT AAAATCAGTA
TTAACATGCA TACTTTTAAA TGCAAAAGAT GACAAAGCAG ATATAAATGT ACTAGAAAAA
AGTATAGATT ATTTTATAGC AAATCTAAAA AGTGAAATAG AAAAAATATA TGGTAAGAAA
TCAGATAATA TATTTGAGCT TTTAGAAAGT ATAGATAAAT ATAACATAAA TATTACACTT
AGTAATGAAA TAATATTTGC AGCAAAAATT ATTTCATTAA TGTACGACTA TAATGAAAAG
GCTAGAAAAA TAGTAAGAGC TTTATTAAAA TCTATGCCTT ATAATCTTGC TATACCATTA
ATGATTAAAG ATAGAAAAGA GTTTTATAAT ATAAAATTAA AAGAAATATT AGAATATCTT
GAGGGATATG ATTTAGATTT AAAAGATTTA ATAATAACAT ATATTTACAG CTACCCTATA
TATATATTTA AACAACAGTA TATTCTTAAA CTTATAAACA AACATACTGA TTATGTAATA
GATTTATTTC ATGATAAAAA GTTTTTGAAA GCAGTTTCAC ATAAAAGTTA TGCTTTAATA
GATTTTTTAG AAATGTTATA CAAAAAAGAT AAGGCTGCTT TAACAAATTA TTCGGCACTA
TGCTATGTAC TGCATTTAAA AGATAAAGAA GTATTAAAAT GTGCTTTGGA ATTGATAGAA
AAAGATGAGT ACAATTCCAG ACCTTATGTA GAAAGCTCTA TACATGCCTA TAGGGAAGAT
GTACAGTTTC ATCTAAAGAA TATCATAAAA AGATGGAACT ATAACAGAAA AAGTTTTAAA
TTCCAAACAA TAAATGATGT AATACAATAT ATAGATGATT ATTATGATTA TAATTATGAA
CATATGATTG ATTTTATAGA TAAGGCATTG ATATCTGATG TAGTTTTGAG AAAGGATAAA
AACACAAAAG TACCTGTAAG AGTAATGAAA TATATACTTC TTGAATACAT GCTTCTTGAA
GAGCCGTATA GAATAAGAGA TATAGATAAA ATTGCTGATT TATTTGACAT GCCTTCTTTT
AGAGCTGCTC TTGAGAATGT ATACAGATAC TGGATAGATA ATGGTGCTGA TGAAAATAAA
AAGAATATTA TTATACCATA CTGTATTTAT GCTGACTACA ATCAAATAGT AAATTTATAC
GACAGAATAG AATACTGGCA TGATAATTTC AAATCATCTC TAGCAGCATA TATAATACCT
GCAATAGCTA TGAATGGTGA AAAATTTGCT CTTATGATAA TAAATAATAT TATATATATG
TCAAAGAACA AAAAATTAAA AAATGCTGCT ATAGAATCAT TCAAAAAAGC ATCAGAATGT
TTAAATATAC CTATAGACAA TTTATTTGAT AAAGTTCTTC CAAATTTAGG ATTTAATACT
GAAAGAAACA AAATTATCAA TTATGGCAAA CAAAGTTTTA CACTTCAGCT TTTAAGCGAT
TCATATTTGG AAATAATAGA TAACTCTAAC CACAAAATAA TAAAAGAACT TCCAGATGCT
ATAGACGGAG ATGATGAAGA GAAAGTAAAA AATGCCAAAA TGGATTTAGT TAATATACGT
AATTCATTAG AGGCTATAAT TACATATCAG AAAGAAAAAT TAAAAAAAGT TATGTTTAAC
GGAAGAAAAT GGGATTATGA AACTTTTTTT GAAGTATTTG TAGAAAATCC AGTTATGCAG
TATTTCACTC TTGCATTTGT TTGGGGCGTA TATGATGAAG ATAATAATTT AATAGAATGC
TTCAGGTATA TGGAGGACGG ATCTTTAATT TCAATAGATG AAGATTTATA TGAACTGCCT
AAAAACATAA AATATTATAT AACATTATAT CACCCTATTG ATAAAGATGA AGACTATCAA
AAAATTTGGG TTTATCAATT AGAGCTGTAT GAAATAAATC AGCCTGTAGA ACAGATAAAA
TTAAAAAGAT ATTTTCTAAA AGAAAGCGAT ATAGAAAATG ATGCTATAGT TTGCTTAAAA
AATAAGCAGT TGTCTTTTGA ATATATGGAA AAATTATCTA AAGAATTAGA TATGAAAGTT
GAATATTTTG AAGAGCATGT ATCATATTAT TTATTAGATG ATGTGCTAAA AATAGCAGCA
GAAATAAACT GCAGTCTTTA TGATGAAGAT ATAGAAATTG ATAATATAAA GTTTTATAGG
TTAGAAGATC ATAACAGATT TGGAGTTAAT ATACACCCTC AAGAAATATC TCATAGATTT
ATAAGCACAT TGATATATTA TTTATCACTT GGTTTTTATG GTTAA
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| Protein sequence | MSIDKTYIDD IFKKHPYIDN IKKYVYNETE NIDFNPKEIE YSISNNHIIY SKLLDLYTVN
KEDNSLIRLF KVISMHDIEN IYIFEILIIN IVSGLSIKEA LLKCISLKKI NNWNREYKRH
SYHINPISNE VMNAKMNTFI YLYYAKKYFP KETEHYIDDI LSSNTENIIS EYKEDILIPL
MASAQKIYYG DYSNIDKLLE YSDKAEYLDA ILSLILVIDR DEKIQNKFLF LFENKLLNEN
KDLLINLAYL VRLFFLTRKN LITKFQDKNF NEFLDYLDSF KIPKYFIFLV KYLDYNVLIN
SNKIFYGIKL LYQKDKEAFY KLSDILKQVE IPYIIEIKSV LTCILLNAKD DKADINVLEK
SIDYFIANLK SEIEKIYGKK SDNIFELLES IDKYNINITL SNEIIFAAKI ISLMYDYNEK
ARKIVRALLK SMPYNLAIPL MIKDRKEFYN IKLKEILEYL EGYDLDLKDL IITYIYSYPI
YIFKQQYILK LINKHTDYVI DLFHDKKFLK AVSHKSYALI DFLEMLYKKD KAALTNYSAL
CYVLHLKDKE VLKCALELIE KDEYNSRPYV ESSIHAYRED VQFHLKNIIK RWNYNRKSFK
FQTINDVIQY IDDYYDYNYE HMIDFIDKAL ISDVVLRKDK NTKVPVRVMK YILLEYMLLE
EPYRIRDIDK IADLFDMPSF RAALENVYRY WIDNGADENK KNIIIPYCIY ADYNQIVNLY
DRIEYWHDNF KSSLAAYIIP AIAMNGEKFA LMIINNIIYM SKNKKLKNAA IESFKKASEC
LNIPIDNLFD KVLPNLGFNT ERNKIINYGK QSFTLQLLSD SYLEIIDNSN HKIIKELPDA
IDGDDEEKVK NAKMDLVNIR NSLEAIITYQ KEKLKKVMFN GRKWDYETFF EVFVENPVMQ
YFTLAFVWGV YDEDNNLIEC FRYMEDGSLI SIDEDLYELP KNIKYYITLY HPIDKDEDYQ
KIWVYQLELY EINQPVEQIK LKRYFLKESD IENDAIVCLK NKQLSFEYME KLSKELDMKV
EYFEEHVSYY LLDDVLKIAA EINCSLYDED IEIDNIKFYR LEDHNRFGVN IHPQEISHRF
ISTLIYYLSL GFYG
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