Gene Bmur_1564 details

Gene Information

• Locus tag: Bmur_1564
• ID: 9142556
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Brachyspira murdochii DSM 12563
• Kingdom: Bacteria
• Replicon accession: NC_014150
• Strand: -
• Start bp: 1794942
• End bp: 1798346
• Gene Length: 3405 bp
• Protein Length: 1134 aa
• Translation table: 11
• GC content: 24%
• Product: restriction modification system DNA specificity domain protein
• Protein accession: YP_003633850
• Protein GI: 296126598

Plasmid Coverage information

• Num covering plasmid clones: 43
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

TTGAAATTAT CTATTGAATA TATAAAAAAA CTATTATATG CTTTAGGATA TAAAGAAATC 
AATTCTAAAA TATTTAATAA AAAATATAAA AATAATTACA CTATAAATGT GGATTTTGAA 
AAAGAAAAAA TTTTTTATTC AGACAATAAT TTTAATAAAA AAATAACATT AGGAGATGAA 
ACTACATCTA ATTTTGAAAA TAGTGAAAAT TTTGTTGTTT TGGAATGTGT TGACAGACTT 
TTAGAAAAAG GATACAGTCC TGATAGTATA ACACTTGAAA AAAAGTGGGA AATGGGTAGA 
AAAGAGAAAG GCAAACTAGA CATACTTGTT TCAAAATATA ATGTATCATA CTTGATGATA 
GAATGTAAAA CTTGGGGTAA TGAGTTTAAC AAAGAATATA AAAATATGTT GGATAAGGAT 
AAAAAAGGAG GACAACTATT TAGTTATTAT AATCAAGATA GAAATGCTGA ATATTTATGC 
TTATATACTT CAAGATTAAA TGATATTGAA AAAATAGAGT ACAAAAATGA AATAGTAAAA 
ATTGATGAAG AATTAAAGAC ACTTGCTAAT GTAGAAGAAA TATATAATAG ATGGAATAAA 
CAATTTTCAT TTAATGGAAT ATTTGAAGAA GATATTTTAC CATATGGAAT ACAAGCAAAA 
GCTCTTTTAA AAAAGGATTT GAAAACAATA ACACCAGAAG ATGGTAAAAA TATATACAAC 
CAATTTTTAG AGATATTAAG ACACAATGTA GTTTCAGATA AACCTAATGC ATTTAATAAA 
ATATTTAATC TATTTGTATG TAAAGTATTT GATGAAGATA ATACAAAAGA AAATGAAGAA 
TTATGTTTTC AATGGCGTGA AGCTACAGAT AATTATGAAA TATTTATTGA TAGACTCAAT 
CAATTATTTC AAAGCGGAAT GAAAGATTAT TTAAATAAAA TTATTTTTTA TATAAAACTC 
GATGATATCA AACAAAAAAA TGAAAAAGAA TTAAGAGAGT CATTAATGCA GGCTATGATT 
TATAAAAATC AAGAGTTTTC ATTTGTTGAT ATATTTGATG AAAGAGACTT TAAAAGAAAT 
ACATCTATAG TTAAAGAAGT TGTTGAATTA TTACAAGGAT ATCAATTCAG ATATACAGAA 
AAACATCAAT TTTTAGGAGA CTTTTTTGAA AATCTTTTAA ATACAGGTTT TAAACAGGAA 
GTGGGACAAT TCTTTACACC AAGAATATTA ACTAGATTCA TTGTACAATC TATTCCAATA 
AAAAAAATTA TTAAAGAAAA AATTCTTTCT GGAAATAAAG ATTTTATTCC AAAAGTTATA 
GATTTTGCAT GCGGAAGCGG ACACTTTTTA ACAGAAGTTA TGGACATAAT TCAAAAATCT 
CTTTTAGAAA TAGGAAAAGA AAATTTAGAT ATATTAAAAA CAGTTAGAAC TATTTTAGAA 
AGATATAATG ATGATCCTGA TCAATTTATT TGGGCTGAAA AAAATATATA TGGCATAGAA 
AATGATTACA GACTTGTAAA GACAACTAAA CTATCATGTT TTTTTAATGG AGATGGTGAA 
GCCCAAATAC TTCAAACTTC AGGTATTTAT CCTTTTAATC ATGATGATTA CAGAGGTACA 
TTATTAGATA CTATAAATAA AGAAAATGAA AGATTTGATA TAGTTGTTTC AAATCCTCCT 
TATTCTGTAA GCGGATTTAA AGCTATAATG GATAGGAGTT CTAATAATGC TTTTGATTTG 
TATAAAGATA TAACAGATAG CAGTAAAGAA ATAGAAGTAA TATTTATAGA GCGCATGAAA 
CAATTATTAA AACCTAATGG GTATGCTGCA ATTATACTTC CTGTTTCTAT ACTTCAAAAT 
GACGGACTTT ATGAAAAGGC AAGAACTATC ATATTTGAAA ATTTTTATTT AAAAGGAATT 
GTAAAATTAG GATCTAATGC ATTTCAAGCT ACAGGCACAA ATACTGTTGT ATTATTTTTA 
CAAAAAAGGG AAAAACCTAT TCGTTTAGAG AATAAAGAAA GTTATATAAA TATGTGTAAA 
GATAAAAAAA TTTTGATAAT TGATACAGGT GAAAAAGATG ATGAAAAAAA ATTTTTGGGA 
TATAGTTTCA GTAATAGAAG GGGAAGTGAA GGAATAACAG AAGAAAGAAA TAAAGAAGGT 
ACATATTTAG GTAGTTTATT AGATGAAAAC GATATAAATA ATAATAATAT AAATAAAGCT 
AATTATTATA TGATTCAAGC TTTTTATGAT AATTATCCTA AAGTAGTTAA AGAATTAGAA 
AAAAATATAT ATGTTTTAGA TTTAAAGGAT TGTTTTAATT TTGAGGCTGA TAATTTTGTT 
AATAGAATTA ATTTAAATAT TAAAAAAAAA ATATTAACTG AATATGGATT AATTTTATTA 
GGGGCAATAT CATCTATAGT AAAAGGAAAA TCTATAACAA AAAATAAAGT AAAAAATGGA 
AATATACCTG TTATAGCTGG CGGAAAAACT TCTCCATATT CTCATTCAGA ATATAATCAA 
AATGAGAATT GTATAACTGT AAGTGCTTCT GGAAGTGCAG GATATGTATG GTACCATAAT 
TATAAAATTT GGGCATCAGA TTGTAATGTA ATACGTTCAC TTGATGAAGA AAAATATATT 
ACTAAATATA TATATTATTC ATTAAAAAAA TTGCAGGATT TAATCTATGA TTTAAAAACA 
GGTTCCAATC AACCGCATGT ATATGAAAAA GATTTATCTA AAATAAAAAT ACCAAATTTA 
AATATTGAAA AGCAGAAAGA AATAGTTTCT CTTATGGACG AACAGGAAAA TATCATTTTA 
GAACAAGAAA AAATAATTAA AGAATTAAAT GATAAAATTA ATAGTTTAGA TTTTGTCAAT 
TATGATAAAT GTAAGTTATC TGATAAAACT AAATTTCAAA TAACTATAGG TAAAAGAGTA 
TTACAAAAGA ATATCAAAGA AAATGGTAAG TACCCTATTT ATAGTGCAAA TGTATATAAA 
CCTTTCGGAT ATATTGATGA ATTGTTATTT GATAATTTTG ATTTCACATT TGTATTATGG 
GGCATAGATG GTGATTGGAT GACAAATTAT ATACTCCCAA ATAATCCTTT TTATCCTACA 
GATCATTGCG GTGTTATAAA ATGTATTGAT AATTCTGTAA ACATGATATA TTTTAATTAT 
GCTTTTAATA TAGTTGGAAA GGAATACGGT TTTAATAGAA ATTTGAGAGC TTCTATAGAT 
AGAATAGAAA AATTACAAAT TCCTATACCT GATTTAAATA TACAAAATGA AATATCAAAT 
ACTATTTTAG ATTGCAAAAA ACAAATAGAT CAAGCTCAAT TAAAAATAGA TAATGCTAAA 
ATTAAGCAAA GAGAAATAAT GGACGATATA TTTCAAGTTG AATAA 

 

Protein sequence

MKLSIEYIKK LLYALGYKEI NSKIFNKKYK NNYTINVDFE KEKIFYSDNN FNKKITLGDE 
TTSNFENSEN FVVLECVDRL LEKGYSPDSI TLEKKWEMGR KEKGKLDILV SKYNVSYLMI 
ECKTWGNEFN KEYKNMLDKD KKGGQLFSYY NQDRNAEYLC LYTSRLNDIE KIEYKNEIVK 
IDEELKTLAN VEEIYNRWNK QFSFNGIFEE DILPYGIQAK ALLKKDLKTI TPEDGKNIYN 
QFLEILRHNV VSDKPNAFNK IFNLFVCKVF DEDNTKENEE LCFQWREATD NYEIFIDRLN 
QLFQSGMKDY LNKIIFYIKL DDIKQKNEKE LRESLMQAMI YKNQEFSFVD IFDERDFKRN 
TSIVKEVVEL LQGYQFRYTE KHQFLGDFFE NLLNTGFKQE VGQFFTPRIL TRFIVQSIPI 
KKIIKEKILS GNKDFIPKVI DFACGSGHFL TEVMDIIQKS LLEIGKENLD ILKTVRTILE 
RYNDDPDQFI WAEKNIYGIE NDYRLVKTTK LSCFFNGDGE AQILQTSGIY PFNHDDYRGT 
LLDTINKENE RFDIVVSNPP YSVSGFKAIM DRSSNNAFDL YKDITDSSKE IEVIFIERMK 
QLLKPNGYAA IILPVSILQN DGLYEKARTI IFENFYLKGI VKLGSNAFQA TGTNTVVLFL 
QKREKPIRLE NKESYINMCK DKKILIIDTG EKDDEKKFLG YSFSNRRGSE GITEERNKEG 
TYLGSLLDEN DINNNNINKA NYYMIQAFYD NYPKVVKELE KNIYVLDLKD CFNFEADNFV 
NRINLNIKKK ILTEYGLILL GAISSIVKGK SITKNKVKNG NIPVIAGGKT SPYSHSEYNQ 
NENCITVSAS GSAGYVWYHN YKIWASDCNV IRSLDEEKYI TKYIYYSLKK LQDLIYDLKT 
GSNQPHVYEK DLSKIKIPNL NIEKQKEIVS LMDEQENIIL EQEKIIKELN DKINSLDFVN 
YDKCKLSDKT KFQITIGKRV LQKNIKENGK YPIYSANVYK PFGYIDELLF DNFDFTFVLW 
GIDGDWMTNY ILPNNPFYPT DHCGVIKCID NSVNMIYFNY AFNIVGKEYG FNRNLRASID 
RIEKLQIPIP DLNIQNEISN TILDCKKQID QAQLKIDNAK IKQREIMDDI FQVE