Gene Bmur_1490 details

Gene Information

• Locus tag: Bmur_1490
• ID: 9142478
• 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: 1699786
• End bp: 1703226
• Gene Length: 3441 bp
• Protein Length: 1146 aa
• Translation table: 11
• GC content: 27%
• Product: molybdate metabolism regulator
• Protein accession: YP_003633776
• Protein GI: 296126524

Plasmid Coverage information

• Num covering plasmid clones: 56
• 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

ATGGACTTAG AAAAAAAACT TGAAGCATAC TATAAGGGCT CTCCTATAGA AGATGATATG 
AAGAAATGCG AATCTACAAA TGATTTCAGC AAAATAAGGA AGAATTCTTA TGATTATTTT 
TATTATAGAG ATGAGTTTTT GAAAGATTAT TTTACTATAG AAGATGAAGC ATTAAAGAAA 
AGATATGAAC ATTTCGTTAA GATACTTCTC TACGGAAATG ACAAGGAAGG AGAAGGCGGA 
ACTAGATACG TTATTCTTGA TTATATAGTC AATAAAGATT TTGAAAAGTC ACTCAGATAT 
ATGGCTTACG GATATGAGAA AAGACATAAA GAGAATGTAA GAACTCTAAA TGGTGAAGAA 
TTAATATATA CAGTTTTTGA AGATTTTAAT AAATACTTCA GTAAAGAGTT TGAAGAATAC 
ACAGATAAAT ATATTGATAT TATTAATAAC AATGACAATA AAAAAATACT GCATAAAATG 
GGAAGAGATG CTGTAATACC ATTGATTGCA ATATGTTCTG TTATAAAAAA TAATAAAGAA 
TGCGATGAAA AATACATAAA TGCGGCTATA AAATCATTTG ATGTTTTTCC AAATCTTTAT 
GACACTTTAA ATGTGATTGC TTCTCTTTTA GATAAAAACG AAGCTGTAAA AAATAAATTT 
GTAGAAGTAT TAAATAATAA TGAAGAATAT ATTATTGATA TGAATATTGA AATTGGACAC 
TATTTAAGAT TATTAGATTA CAGCAATCCT TATAAAGCTA AAGATAAATT CCTAAGAGCA 
ATAAATTATC CAAACTCTTT TATATTTATA GCAAAACATT TTGAAGATTA TTTTCATTAT 
GAGTTTATTT ATGGAGCAAG AGATTTATAT TTAAACTATA GAGAAGATTT TTATAAAATT 
TATAATTTAG TAGGAAATGA TTTAAAAAAT GATAGAAACA AAAGAATATT TATAGTGCTT 
AGCGGTATTT TATTAGAGCA TAATGATAAT AAAATAGACA CAAATAATTT AAAAAAGTCA 
ATACCTGTAT TTCAAACTAT AGTTAATAAA TTTACAGAAG ATAATTCGGA TAGATATAAT 
AAAAGACCAG CATTTACCAC TACAGTAAAA ATAGAAGAAA TATTTGATAA AGATAAAAAT 
AAACTCTTTA ATGAACTTAT AAATTATTAT ACAGACAAAA AAAATATATA CGATTTATAC 
AGCAGATACA GATGGGCAAA TACTCTGCCT GAATATAGTC TTGATACAGA ACTTTATTAT 
TTATACTCTC TATTTAATTA TGATAGTGCA GAAATGAAAA ACTATAAAAA ATTTGCTATT 
GATATTTTTA AATATCTGCC TGTTCAATTA GCAGTGAGAA AATATATAGA AGTGCAGGCA 
TCTATAGGAA GTAAAACTCT AAAAGAAGTT ATTGATAGTT TATTAAATAA TAAAGAATTG 
AATATTACAT TAAAAGAAAT TCTCACTTCA TACTATTTTG ATTATGCAGG AGATCTTTCA 
AATTATTATT ATGACTATGG CGGCAAATGC CTTCCTACAT TATACAAAGA GCTTAGATGC 
GTAGATGAAA ATAATAATGT TATTATAAAC AGCGTAAAAG ATGAATTGTT TAAAAGCTAT 
TTTGATGAAG TGGTAAATAT ATTAAATGAT GATAAGTTTA TAAAAGATAA TATAGCATCA 
AATAAAAATA CAGCATTAGA TATATTAAAG ACTTTGTATA ATAAATATAA TTATGAAAAT 
TATCATTTGA TTTATACAGT TCTTGAAAAT ACAAAGAGAG CCGAAGTAAA AAGACATTGT 
ATCAAAGTTA TTTCTGATAA TGAAAAGATT ACAAGAGAAT ATGTCGAAAA GATGTCAGAG 
AAGGTAAGAT CATCAGAACT TAAAGGGGCA TTAAAAAATA TTATTAAGAA TTGGAATCTT 
AAAAAATACG GCAATAATTT CAAAAGTATT GATGAGGTTT TGGAGTTTAT AGATACCTAC 
TACAATACAA ATTATGAAAA AAATATAAAA TTCTTAGATG ATGTTCATTT GACAAAAGTT 
TTATACAATA ATGGAAAATT GGCTGATGAG AGAATATTTA AATATATTAT TATGGAATAT 
ATGAACTTAA TTGAGCCTGC CAGATTAAAA GACTGCGATA TGCTTACTGA GATTCTTGAT 
ACCTCTTCAT TTACTAATGC TTTAGAAATG TTGTATATTT ATTGGAAAGA TTCTAATTAC 
GAAGCTAACA AAAAAAATAT TTTAATACCT TATCTTTTAT ATTCTGATAA TTCAAAGATA 
GATAAAGTTT ATCCTCTTAT AAAAGAGTTT GCTAAAGGTT CACGCACTGT TATGGGTGCA 
TTTATTGTAA AATGTATCGC ATTAAACGGA AAAAGCTATG CATTAATATT AGTAGACAGC 
CTCACAAGAA AAGCACCTAC TGCTAAAATA AAAGAAGTGG CAATAGAAAC TATGGAAAAT 
GTTGCCTACT TACTTGATAT GACAGCCGAT GAGCTTTCAG ACAGAATAAT ACCTAATTTC 
GGATTTGACA GAAAAGGCGA AAAAGTTTTA AGCTATGGAG GAGAGGCAAA AAGAACATTT 
ACATTATCAA TAAACAATGA TCTTGAACTC ACAATAACAG ATAATGACAA ACAAAAAATA 
ATAAAATCGC TCCCAGCTCC TAACAGCAAA GATGACAAAA CAGAAGCAGA TAATGCCAAA 
AAAGAATGCT CTGCTCTCAA AAAAGAGATA AAAACTTTAA TACAGAGTCA GAAAATAAGA 
CTTCAGAAAG TATTATTAAA CGGTAGAAAA TGGACTTATG ATAATTTCAA AACTGTATTT 
GTTGAAAACC CTATAATGAA TTTATTTGCA TTAAAACTTA TATGGGGCAT TTATGATGAG 
AATAACAATT TAATAGAAAG TTTCAGATAT ATGGAAGACG GCACTTTTAA TACTGTTGAT 
GAAGAAGAAT ACACTCTCAA AGAAAATGCT TTAATAACTT TAGTACACCC TTCAGAATTA 
GATTCTGACA CTATAGCAAA ATGGAAAACC CAATTATCCG ATTATGAGAT ATCGCAGCCT 
ATAGAACAGC TTGATTTCAA ATATTCTGAT ATTACAGAAA AAGATATAAG CGAAGATAAA 
ATTACTTCTC TTAATTCCAA AAAAATAAAA GCAGGCGTAT TAATGTCATT AGCAAATAAA 
TATGACATGG CTAGAGGCGA GACTATGGAC GGCGGAAGTT TCTCTGAGTA CATATTAAAA 
GATACTTACC TCAATATTGC TGTTCATATC TCATTTGATT ATATGTATTT TGGAATGGAC 
GCTAATGAAG ATGTTGAGTT TGGCGATATA GAGTTTTGCG AGATAAATGA ATGTATTGAA 
ACTATAATTA ATCCTCTAAA AGTAGAAAAA AGATTTGCTT CTTCAATTTA CAGCATAGTA 
AAAAGCATTT TTGGAGACTA A 

 

Protein sequence

MDLEKKLEAY YKGSPIEDDM KKCESTNDFS KIRKNSYDYF YYRDEFLKDY FTIEDEALKK 
RYEHFVKILL YGNDKEGEGG TRYVILDYIV NKDFEKSLRY MAYGYEKRHK ENVRTLNGEE 
LIYTVFEDFN KYFSKEFEEY TDKYIDIINN NDNKKILHKM GRDAVIPLIA ICSVIKNNKE 
CDEKYINAAI KSFDVFPNLY DTLNVIASLL DKNEAVKNKF VEVLNNNEEY IIDMNIEIGH 
YLRLLDYSNP YKAKDKFLRA INYPNSFIFI AKHFEDYFHY EFIYGARDLY LNYREDFYKI 
YNLVGNDLKN DRNKRIFIVL SGILLEHNDN KIDTNNLKKS IPVFQTIVNK FTEDNSDRYN 
KRPAFTTTVK IEEIFDKDKN KLFNELINYY TDKKNIYDLY SRYRWANTLP EYSLDTELYY 
LYSLFNYDSA EMKNYKKFAI DIFKYLPVQL AVRKYIEVQA SIGSKTLKEV IDSLLNNKEL 
NITLKEILTS YYFDYAGDLS NYYYDYGGKC LPTLYKELRC VDENNNVIIN SVKDELFKSY 
FDEVVNILND DKFIKDNIAS NKNTALDILK TLYNKYNYEN YHLIYTVLEN TKRAEVKRHC 
IKVISDNEKI TREYVEKMSE KVRSSELKGA LKNIIKNWNL KKYGNNFKSI DEVLEFIDTY 
YNTNYEKNIK FLDDVHLTKV LYNNGKLADE RIFKYIIMEY MNLIEPARLK DCDMLTEILD 
TSSFTNALEM LYIYWKDSNY EANKKNILIP YLLYSDNSKI DKVYPLIKEF AKGSRTVMGA 
FIVKCIALNG KSYALILVDS LTRKAPTAKI KEVAIETMEN VAYLLDMTAD ELSDRIIPNF 
GFDRKGEKVL SYGGEAKRTF TLSINNDLEL TITDNDKQKI IKSLPAPNSK DDKTEADNAK 
KECSALKKEI KTLIQSQKIR LQKVLLNGRK WTYDNFKTVF VENPIMNLFA LKLIWGIYDE 
NNNLIESFRY MEDGTFNTVD EEEYTLKENA LITLVHPSEL DSDTIAKWKT QLSDYEISQP 
IEQLDFKYSD ITEKDISEDK ITSLNSKKIK AGVLMSLANK YDMARGETMD GGSFSEYILK 
DTYLNIAVHI SFDYMYFGMD ANEDVEFGDI EFCEINECIE TIINPLKVEK RFASSIYSIV 
KSIFGD