Gene Bmur_2557 details

Gene Information

• Locus tag: Bmur_2557
• ID: 9143561
• 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: 2885663
• End bp: 2889016
• Gene Length: 3354 bp
• Protein Length: 1117 aa
• Translation table: 11
• GC content: 24%
• Product: helicase domain protein
• Protein accession: YP_003634825
• Protein GI: 296127573

Plasmid Coverage information

• Num covering plasmid clones: 22
• Plasmid unclonability p-value: 0.231387
• 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

ATGAAAATAT TGGATAATGT TAATACTAAA GTTTTTGAAA TTTTTAAAAC TGAAGAAAAT 
ATTAAAGAAA TAGGAATACT CTCTGCTTAC TGCAGTTATA GTGCATTTTA TGATATATCA 
AACGACAAAA CAGCTAGAGA AACATTTTTT AAAGCAAATG TCAAAATTAT CATGGGTATG 
AATATTGACC CTAAAATTCA GTGTTTATAT ATTAATTATA ATCAAAATAA TACAAAAACA 
AATAAAGAAG AATTTAATGA CTTTATAGAG TATACAATTA GTGAATTAAA TAAAAATCCA 
AACAATAAAA CAGTATTGGA ACTATTTAAA GAAAAATGCC AAAACTCCTC CCTTGAAATA 
AGAAGTGCAA ACGATAAAAC TCATGCAAAA CTCTATGTAT TAAGATATAA CGATAAAAGT 
ACAATAAAGA AAATGCACGG CTGTGCAATA ATAGGTTCAA GCAATTTTTC AAGAGAAGGT 
CTTCATCAAA GAAAAGAAAT TAATGCATAC ACAGAAGACG GATTTGAAGA TTTTTATAAC 
TTTTTTCAAG ATGAATGGAA AAACACATCA AGTATATTAG ACAAAGAAAA TGAAAAAGAA 
TTCTTTGATA GAGTGGGAAT AAAAGATAAA GAAGAAATAA AACAAAATAA TAATGAAGCT 
GAAGAAACTA CTAAACACGC TACTCCTTAC GAAATATATT TAAAAGTTAT ATACGAATAT 
TTTAATTTTT TTACCAATGA AAAATTATTA TTCACGCCTA AAGATTTTAA TTATTCAAAT 
TATAAATATC AGATAGACGC TATAAAAAGC GGAATAAAAA GCATTATGAC ATATGGCGGG 
GTTTTAATAT CTGATGTTGT AGGGCTTGGA AAAAGTATAA TAGCTTCGGC AATAGCTAAA 
AATTTGATTG AAATGAAAGC TGCTGAAGAA ATTATAATAG TATCTCCTCC AAAAATAATA 
TATTCTTGGG AAAATTATAA TACTGAGTTC AAATTAAATG CTGTAATAAA AAGTGTTGGT 
AAATTAGATG AATTATACGA ATATGTGAAG AATCATAAAA AAACAAGACT TATTATAATA 
GATGAAGCTC ATAGATTTGT AAATAGCAAA ACAGAATCTT ACAATATTAT AAAAAATATA 
TGCTCAGCAA ATAAAGTTAT GCTTCTTACC GCAACTCCTA TGCATAATAC AACTTCTGAT 
ATATTTTCTT TAATAGATAT ATTTGACAGA ATGCTCACTA CAGATAAAAG TATAGCAGAA 
ATCAAATCAT CTATTCTAAA AGAAGAGCGA ATTATAAAAA GCAAATACAA AAAAGATGAT 
AATGAAAAAG AAACTAAAGA AAAAATAAAA GATATATCAA AACAAATTTT AGGTTTGATT 
AATCCTATAA TAATAAGAAG AACAAGAAAA GATTTAAAAG AGGATTTGGA ATACAGAAAA 
GATTTAGAAG AGCAAAAAAC AGAGTTTAAT AATGTAGAAG ACCCAAAACT TCATGATTAT 
AATTTAGGCG ATATATCAAA ATTATACTCT GATACATTTG AAAAAATTAC TCCAAATGAC 
GATGAATATA ATAATAAAGG AAATGATAAA ACTCTATTTG ATGATAATAA CAATAGTACA 
GAAATAAATA ATAATAAGTT CAAAGCTGTA CGTTATGAGC CTTTAACTTA TCTTAAATAT 
ACTACGATAG AAGAAAAGAA AAATGCTGAT AAAATAATAG AATACGTATA CGGAGAAAAT 
ATTAATGCAG ATTTTGCCTC CACTTCCTCA AGAAACCTTA CTAAATTTAT GAAACATTTG 
CTTGTAAGAA GATTTGAAAG TTCTCTTTAT GCTTTTAAAA AAAGTATAGA TAATATGATA 
GATAAATACG AAAATATAAA AACTTGGATT AATAAAGATT TATACCCTAT TTATAAAAAA 
GGTGATACTC TATATATAGA AGATTTCTTT TCTTATAATA ATGAAAATGC AGATGATGAG 
AATGATATTG AATATGATGA AGTATTAGAT TTTAATAAGA CAAATAAAAA AATTAAAGAT 
GTAAAAATAA TAGAAAATGT TAAAGAAGTT TTGGAAGATA AATTTTTTGA AGATTTTGAA 
AATGATTTGA AAATATTAAA ACAGATAAAA AAAGATTGGG ATAATATATC ATCAGATAAA 
GACAAAAAAT TTATTAAACT AATAGAAGAA TTAAAAAAAT TCAAAAAAGA AAATGATAAA 
AGAAAAATTA TAATATTTAC AGAGTTTAAA GATACAGCAG ATTATTTATA TGAATCTGTG 
TATAAAGATG ATGAATTAAG AGAACTATTT AAACCTATAA AATCAACATC ACAGTCAAAA 
AACAGAGATA TAATAGCAGC CAATTTTGAT GCTTCTTTGA ATACTGATAA ACAAGAAGAT 
GATTATTTTT TACTAATAGC TACTGATACA CTGTCAGAAG GTATCAATCT TCATAGGGCT 
GGTATAATAA TAAATTATGA TATTCCTTAC AATCCTACAA GAGTAATACA GAGAGTGGGA 
CGTATAAACA GAATAGGCAA AAAACTATTT GATAAAATAT ATATACATAA CTTTATACCT 
AGGCTTGAAG CTCAGAAAGA TATAAAGAAT TGGCAGATAT CCAATTTTAA ATTAAACTTG 
ATAAATGCTA TATTCGGAAA TGATACAAAA ATATTAAAAA AAGATGATGA AATTAATTCG 
CTATTCTCAT TAAAAAGAGA AAATGAAATT CTAACTGATG ATGATGTAAG CTGGGATAAT 
GAATATAGAG ATATTTATAA TAAAATAAAA AATGATGATA AACTTCTTGA AAGAATAAAA 
TCAATAGAAA ATAATATAGT AATAAGAAGA GAGTCAAATT TCAGCGGTTT ATTAGAGATA 
ATACAATCAA AAAACGGAGT ATTCGGTTCT CTATTAAAAA ACTCAAAAAT AGATTTTAAT 
ATAGAAAATA TATTTAAAAC TCTAAAAGCT GATAAAAATG AAAAATATAT TCCTCCAAGC 
GAAAATATAA AAAACTTTGA AGATGAATTA AAAAGAAGAA AAAATATTAA AAAGTCTACA 
AGCAGCCACA GTGCACTTAA TAATTTTTAT CAATATCTTG ACAATGATGA AGAGAGAGAT 
TATGTAAAAA AATTAATAAG TATTACAGAA AATAAATATT TGTCTGATAA AACTATAAAA 
GAAATAGAAA AAGCATTAAA ATCAAAAAGC GGATGTTCTG TAGGAATACT TCAGAATATT 
ATATCTTCTG ATGAGGTAAA TGAGAAATTC AATTATTCTT CAAACAATCT TCAAAGCATA 
TACGAAGATT CCTATTTGAT AGTAAAAGAA GAGTTTAGTA AATATAGCAA TTAA 

 

Protein sequence

MKILDNVNTK VFEIFKTEEN IKEIGILSAY CSYSAFYDIS NDKTARETFF KANVKIIMGM 
NIDPKIQCLY INYNQNNTKT NKEEFNDFIE YTISELNKNP NNKTVLELFK EKCQNSSLEI 
RSANDKTHAK LYVLRYNDKS TIKKMHGCAI IGSSNFSREG LHQRKEINAY TEDGFEDFYN 
FFQDEWKNTS SILDKENEKE FFDRVGIKDK EEIKQNNNEA EETTKHATPY EIYLKVIYEY 
FNFFTNEKLL FTPKDFNYSN YKYQIDAIKS GIKSIMTYGG VLISDVVGLG KSIIASAIAK 
NLIEMKAAEE IIIVSPPKII YSWENYNTEF KLNAVIKSVG KLDELYEYVK NHKKTRLIII 
DEAHRFVNSK TESYNIIKNI CSANKVMLLT ATPMHNTTSD IFSLIDIFDR MLTTDKSIAE 
IKSSILKEER IIKSKYKKDD NEKETKEKIK DISKQILGLI NPIIIRRTRK DLKEDLEYRK 
DLEEQKTEFN NVEDPKLHDY NLGDISKLYS DTFEKITPND DEYNNKGNDK TLFDDNNNST 
EINNNKFKAV RYEPLTYLKY TTIEEKKNAD KIIEYVYGEN INADFASTSS RNLTKFMKHL 
LVRRFESSLY AFKKSIDNMI DKYENIKTWI NKDLYPIYKK GDTLYIEDFF SYNNENADDE 
NDIEYDEVLD FNKTNKKIKD VKIIENVKEV LEDKFFEDFE NDLKILKQIK KDWDNISSDK 
DKKFIKLIEE LKKFKKENDK RKIIIFTEFK DTADYLYESV YKDDELRELF KPIKSTSQSK 
NRDIIAANFD ASLNTDKQED DYFLLIATDT LSEGINLHRA GIIINYDIPY NPTRVIQRVG 
RINRIGKKLF DKIYIHNFIP RLEAQKDIKN WQISNFKLNL INAIFGNDTK ILKKDDEINS 
LFSLKRENEI LTDDDVSWDN EYRDIYNKIK NDDKLLERIK SIENNIVIRR ESNFSGLLEI 
IQSKNGVFGS LLKNSKIDFN IENIFKTLKA DKNEKYIPPS ENIKNFEDEL KRRKNIKKST 
SSHSALNNFY QYLDNDEERD YVKKLISITE NKYLSDKTIK EIEKALKSKS GCSVGILQNI 
ISSDEVNEKF NYSSNNLQSI YEDSYLIVKE EFSKYSN