Gene Bmur_2648 details

Gene Information

• Locus tag: Bmur_2648
• ID: 9143656
• 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: 3000350
• End bp: 3002485
• Gene Length: 2136 bp
• Protein Length: 711 aa
• Translation table: 11
• GC content: 34%
• Product: aldehyde oxidase and xanthine dehydrogenase molybdopterin binding protein
• Protein accession: YP_003634916
• Protein GI: 296127664

Plasmid Coverage information

• Num covering plasmid clones: 57
• 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

ATGGAAACTT TTATTAAAGA ATTAAGAAAC TCTGTACCAA GAGTAGATGC TTTAGATAAG 
ATAACAGGAA AAACAAAGTA TTTAAATGAT ATAGATTTCG GCAAAGATAT ACTTCATGCA 
AAAATAGTAT ATTCTACAAA AGCAAGAGCT AAAATATTAA AAATAAATAT CCCAGAACTT 
CCAGACGGAT ATTTTACTGT TGATTACAGA GATGTTCCGG GTAAAAATAT GACTGCTATG 
GTTGTATCCG ACTGGCCGCC TTTTGCTGAA GATACTGTAA GATATATCGG AGAGACTATA 
CTTCTTGTAG TTGGGCCTGA TAAAAATATA GTTTATGATA TAGCAGAAAA AATTGTAATA 
GAGTACGAAG ATTTAGAGGC ATCTCTTACT ATAGATGATT CCAAAAAATT ATTGGGCGGT 
GCTATAGTAG GAGATGATAA TATATTTGTA TCATTTAAAG CTGGATATGG CGATGTGGAT 
AATGCATTCA AAAAAGCAAA AACCATTATA GAAGAAACAT ATTATACTCC ATATCAGGAA 
CATTTGTATA TGGAAGTTAA TGGTGCCGTT GGTATATGGG AAAATGGAAA AGTATTAATT 
TACTCTTCTA CTCAATGCCC GTATTATGTA CGTAAAGCAG CCGCTCCAGT ACTTGGGGTT 
GAAGATGATG AGTTAAGAAT AATAGCTCCA CCTATAGGCG GAGGATTTGG AGGAAAAGAG 
CATTACCCTG ATATATTGGC TGCTGCAGTT GCTGTTGCCG CATATAAAGT AAAAAAAACT 
GTAAAACTCA TATTAGACAG ACAATTTGAT ATGGCTTACA GTGTAAAAAG ACAGCCCGCA 
CAAATAACAA CAAAAGCAGC TCTTGATGAA AATAATAATA TCATTGCTAT TGATATAGTA 
TCCGATATGG ATGCAGGTGC TTATGAAGCT AGCTCAAGAG TTATTATGCA AAGATGTACA 
TACACTGCGG CTAATGTATA TAATTTTCCT AATGTAAGAG TTTTAGGAAG ATTATATGCT 
ACTAATAATG TGCCTAGCTG TGCATTCAGA GGATTCGGCG GACCTCAGGC TATATTTGCT 
ATAGAGAGAA CTATGGATAA TATAGCACAA AAAATAGGCG TTGATCCTAT AGAGTTAAAA 
AGAAAATATT TTGTCAAAAA AAATGATCCT ACAATAACAG GCGGTATGTT TCATGATAAT 
ATAATACTTC CTCAAATGCT TGAATGGGCT TTAAAAGAAT CAGACTATGA AAGAAAAGCA 
AAAGAATACA AAAACACTAT GTATAAAGGA ATAGGAATAT CATGCTTTCT TCATGGATGT 
GCATTTACTG GAAGCGGCGA AAGAGATATA ATAAAAGCTA AATTAAAATT AAGAAAAAAA 
GGAAATAAAG TAATTATACT CACTTCAAAT ACAGAAATAG GACAAGGACT TCATACCACA 
TTCAAAAAAA TAGCTGCATA CAATTTGGGC ATTCCATTAG AAAATATTGA AATAGCCGAA 
TACGATACAG AAATTGTTCC AAATACTGGT CCAACTGTAG CTTCACGATC TGTTATGATA 
GTGGGATATC TAATACAAGA GGCTTCTAAA AAGTTAAAAC AAAGATGGAA TGAATCTGAA 
GAAATAGAAA TAATAGAAGA CTATAAACAC CCTACACATT TAATAGATTG GGATACTTCT 
GCTTTAAGAG GAGATGCCTA TCCTAGCTAC GGACTTGGAA TTAATGTTGT GGAAGTTGAA 
ATTGACAAGG TTACATTAGA AGTAAAAATT GTAGGCGTTT GGGCTGTATT TGACTGCGGA 
TATCCTATAG ATGAAAAAAT AGTTGAAGGA CAAATTAAGG GCGGAGTTGC TCAAGCATTG 
GGCTGGGGAG CTTTGGAGAA AATAGTAAAT AAAAATGGAA GATTCCTTCA GGTAAAAATG 
TCTGATTACA TGATACCTAC TTCTTTGGAT TTGCCGGAAA TAAAGACCTG CATTATGTGT 
GAGCCTTATG AATACGGACC TTTAGGTGCT AAGGGTGTCG GAGAGATAAC ATTTGACGGA 
GCTGCTAGTG CTTATGCTTC AGCTATGGAA AATGCTTTGA ATTATCATTT CACAAGTATT 
CCTATACTGC CTGAAAATAT TGCGGAGGTA TTATAA 

 

Protein sequence

METFIKELRN SVPRVDALDK ITGKTKYLND IDFGKDILHA KIVYSTKARA KILKINIPEL 
PDGYFTVDYR DVPGKNMTAM VVSDWPPFAE DTVRYIGETI LLVVGPDKNI VYDIAEKIVI 
EYEDLEASLT IDDSKKLLGG AIVGDDNIFV SFKAGYGDVD NAFKKAKTII EETYYTPYQE 
HLYMEVNGAV GIWENGKVLI YSSTQCPYYV RKAAAPVLGV EDDELRIIAP PIGGGFGGKE 
HYPDILAAAV AVAAYKVKKT VKLILDRQFD MAYSVKRQPA QITTKAALDE NNNIIAIDIV 
SDMDAGAYEA SSRVIMQRCT YTAANVYNFP NVRVLGRLYA TNNVPSCAFR GFGGPQAIFA 
IERTMDNIAQ KIGVDPIELK RKYFVKKNDP TITGGMFHDN IILPQMLEWA LKESDYERKA 
KEYKNTMYKG IGISCFLHGC AFTGSGERDI IKAKLKLRKK GNKVIILTSN TEIGQGLHTT 
FKKIAAYNLG IPLENIEIAE YDTEIVPNTG PTVASRSVMI VGYLIQEASK KLKQRWNESE 
EIEIIEDYKH PTHLIDWDTS ALRGDAYPSY GLGINVVEVE IDKVTLEVKI VGVWAVFDCG 
YPIDEKIVEG QIKGGVAQAL GWGALEKIVN KNGRFLQVKM SDYMIPTSLD LPEIKTCIMC 
EPYEYGPLGA KGVGEITFDG AASAYASAME NALNYHFTSI PILPENIAEV L