Gene Bmur_1892 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBmur_1892 
Symbol 
ID9142888 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBrachyspira murdochii DSM 12563 
KingdomBacteria 
Replicon accessionNC_014150 
Strand
Start bp2150714 
End bp2153890 
Gene Length3177 bp 
Protein Length1058 aa 
Translation table11 
GC content31% 
IMG OID 
Productprotein of unknown function DUF450 
Protein accessionYP_003634172 
Protein GI296126920 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones46 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
GTGCGGTTTG GGTGTATTGT ATGTAAAAAT ATAATTTGGG GGGATTTTAT TTTATGGATA 
AGCACAGCAC AGCACAGCAC AGCACAGCAC AGCACAGCAC AGCACAGCAC TTTAAACTAT
TCTAATAATT ATGTCAACTC TGATTTTAAA AATCAGTCAT ACGAAAAAAT ACTTTCTCTA
ATTAAAAAAT TTAAATCTAA TTATTCTCAA TACACTAATA AAAATTATAA TGAAACAGAA
ACTAGAAGGG ATTTTTTGGA TCCGTTTTTT GAGGCGTTCG GCTGGGACGT GGCTAATAGG
GCGGGTAAGT CTCAGACTTA TAGAGATGTT ATTCATGAGG ATAAACTCAA GGTGGGTAAA
GAAACAAAGG CTCCTGATTA TGCTTTTCGT ATTGGGGGGA GCAGGGTTTT CTTTGTGGAG
GCGAAAAAGC CAGGGGTTAA TCTTAAAGAT GACAGTCTGC CTGCTTTTCA GCTTAGGAGG
TATGGCTGGA GTGCCAAGCT GGGTATTAGT TTTCTTACTG ATTTTGAGGA GCTTGCTATT
TATGACTGCA CTAGAAAGCC TAGCATAAAT GATAAGGCTT CTACTGCTAG GATTGAGTAT
ATTCATTTTG AGGATTATTT AAAAAGGTTT GATTTTCTTT ATGAGATACT TAATAAAGAG
AGTATTGAGC AGGGTTCGCT TGAAAAATAT ATTGCTGGGA GTTCAAACAA AAAAGGTACT
GAAAGCGTTG ATATTGATTT TTTAAGCACG CTTGACAATT TGCGTACTAA ACTTGCTTCT
AATATATCTA AATTAAACAA AGATTTGTCT GTAAGGGATT TGAATTATGC GGTTCAGCAG
ATTATTGACA GGATTATATT TTTGAGGGCG GCTGAGGACA GAGGCATTGA AGAGTATGGG
GATTTAAAAA GGACATGCGA TAATAAGAAT GAGAATTTTT ATAGTAATCT TTTGGGGATT
TTTAAAAGGG CTGACGGTAA ATATAATTCG GGGCTTTTTG ATTTTGCCAA AGACACTATA
AGCGGTAATA TAGAGATAGA CAATAAGGTG ATAAAGGAGA TTATTAATGA GCTTTATTAT
CCTTTGAGTC CTTATGAGTT TTCTGTGATA TCGGTTGAGA TAATGGGGAA TGCTTATGAG
CAGTTTTTGG GTAAGACTAT CACTATAGGG AGGAATCATA GTGCGAAGAT AGAATTAAAA
CCAGAGGTGC GTAAGGCTGG AGGGGTATAT TATACGCCTG AGTATATAGT TGATTATATA
GTGGAGAACA CGGTTGGTGA GGCTATAAGG GGTAAGAAGC CAGAAGAGAT TGCGAATATA
AAGATATTGG ATCCTGCCTG CGGCAGCGGA AGTTTTTTGC TTGGGGCGTA TAAATATTTA
CTTAATTATC ATATTGAATA TTATAATAAG ATAAAGGACA GGGCGAAGTT TAAGGGGTCG
AAAGAAGATG TAATAAAAGA GAATGGGGAT TTGACAATTT GGATAAAGAA GCAGATATTA
CGCAACAATA TATTTGGGGT GGACATAGAC AGCAATGCGG TTGAGGTAAC GAAATTATCG
CTTCTTATGA AGTGTTTGGA GGGGGAGAGT CCTGCGTCAA TACAGAACAA TCAGGATTTA
TTTAATGAGC GGGCTTTACC GTCATTGGAG GATAATATAA AATCTGGAAA TTCTTTAATA
AACAGTAATT TTAATAGTGA GGGAGAGCGT TTATTTGCAT CTGATGAAGA TACACAATAT
AAAATAAAAT GCTTTAGTTG GGATAAAGAA TTTTCAAGTG TAATTAAAAA AGGAGGATTT
GATATAATTA TTGGAAATCC GCCTTATGTA AAAGAGTATA CAGACAGAGA AAGTTTTGAG
AATGTAAAAA AAGGAAATTT ATCTAAATAT TATCAAGGTA AAATGGATTT ATGGTATTTC
TTTGTTTGTT TTGGTTTGGA TATTTTAAAA GAAAATGGAA AACTAGGATT TATTGCTCCT
AATAATTGGA TTACAAATGC AGGGGCGTCT ATATTAAGAA ATAAAGTTTT AACAGATTCA
AAAATTTTAA AATATGTAGA CTTTGGAGAT TTTAGAGTTT TTCTTGAAGC TGGTATTCAA
ACAATGGTAT TTATATTAAA TAAAGAAAAA ATTAATAAAG ATTATGAAAT TGATTATTAT
AAAATTTTAA ATAAAAATAT AGATGTTATA GATATAGAAA AATTTTTATT TGAAAATGAA
CCGTCAAACG ATATAAGTCA TATAAAAACC ATAATATCAA AAGATAAAAT GTTAAATAAT
TTAATAACAT TTATTGATAG CAGTAAAGAT AAAGTATTAT CAAAAATAAA AGAGATGGGA
AATTATTATT TTAAAGCGAC TGATATAACA AACGGTATAC ATCATCATCA TGACTATGTT
GATAAAAATA GATTAGAAAT ATTAGGAAAT GGATTTAAAA TAGGTGATGG AATTTTTGTT
ATAAGTGATG AAGAAAAAAA TGCATTAAAT TTATCTAAAG AAGAATTAGA ATTAATAAAA
CCTGCATACA CTACAGAACA AATAAAAAGA TATTATGCAG ACAGTAATAA TAAAGAATGG
GTAATATATA CAGATTCGAC TTTTAAAGAT GTAAATAAAA TAAAAAAATA TCCTAATATA
AAAAAACATC TTGATAAATT TAAAAGTGTT ATTACTTCAG ACAATGCACC TTATGGTTTG
CATAGAGCTA GAAAAGAGAA TTTTTTTGTA GGTGAAAAAA TAATATCTTT AAGAAAGTGT
GCAAAAGAGC CAGCATTTAC ATATGTTGAT TTTGATTCTT ATGTTTCTGC TGCATTTTAT
GTTATAAAGC CAGAGGATAT TGATTTAAAA TATTTAACTG GTATTTTGAA TTCAAAGTTA
ATAGCTTTTT GGTTAAGGAA CAAGGGAAAA ATGCAAGGGT CTAATTATCA AATTGACAAA
GAGCCTCTCT TAAATATTCC AATTTGCAAT ACTGATAACG AAAATTTAAA AAACAAGTTA
ATTAATCATG TTAATGAGAT GATAGAATGT AATCAAAGGC TTATAAATGA AAAAAATCCT
GACAGTATCA ATCGCATTAA AAATGATATT GCAGATATTG ATTCCTTTAT TGATAAAACT
GTTTATTCTA TTTATAATAT ATCGGAGGAA GAAAGAAAGA TTATAGAAGG GGATTAA
 
Protein sequence
MRFGCIVCKN IIWGDFILWI STAQHSTAQH STAQHSTLNY SNNYVNSDFK NQSYEKILSL 
IKKFKSNYSQ YTNKNYNETE TRRDFLDPFF EAFGWDVANR AGKSQTYRDV IHEDKLKVGK
ETKAPDYAFR IGGSRVFFVE AKKPGVNLKD DSLPAFQLRR YGWSAKLGIS FLTDFEELAI
YDCTRKPSIN DKASTARIEY IHFEDYLKRF DFLYEILNKE SIEQGSLEKY IAGSSNKKGT
ESVDIDFLST LDNLRTKLAS NISKLNKDLS VRDLNYAVQQ IIDRIIFLRA AEDRGIEEYG
DLKRTCDNKN ENFYSNLLGI FKRADGKYNS GLFDFAKDTI SGNIEIDNKV IKEIINELYY
PLSPYEFSVI SVEIMGNAYE QFLGKTITIG RNHSAKIELK PEVRKAGGVY YTPEYIVDYI
VENTVGEAIR GKKPEEIANI KILDPACGSG SFLLGAYKYL LNYHIEYYNK IKDRAKFKGS
KEDVIKENGD LTIWIKKQIL RNNIFGVDID SNAVEVTKLS LLMKCLEGES PASIQNNQDL
FNERALPSLE DNIKSGNSLI NSNFNSEGER LFASDEDTQY KIKCFSWDKE FSSVIKKGGF
DIIIGNPPYV KEYTDRESFE NVKKGNLSKY YQGKMDLWYF FVCFGLDILK ENGKLGFIAP
NNWITNAGAS ILRNKVLTDS KILKYVDFGD FRVFLEAGIQ TMVFILNKEK INKDYEIDYY
KILNKNIDVI DIEKFLFENE PSNDISHIKT IISKDKMLNN LITFIDSSKD KVLSKIKEMG
NYYFKATDIT NGIHHHHDYV DKNRLEILGN GFKIGDGIFV ISDEEKNALN LSKEELELIK
PAYTTEQIKR YYADSNNKEW VIYTDSTFKD VNKIKKYPNI KKHLDKFKSV ITSDNAPYGL
HRARKENFFV GEKIISLRKC AKEPAFTYVD FDSYVSAAFY VIKPEDIDLK YLTGILNSKL
IAFWLRNKGK MQGSNYQIDK EPLLNIPICN TDNENLKNKL INHVNEMIEC NQRLINEKNP
DSINRIKNDI ADIDSFIDKT VYSIYNISEE ERKIIEGD