Gene Bmur_1076 details

Gene Information

• Locus tag: Bmur_1076
• ID: 9142061
• 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: 1262172
• End bp: 1264277
• Gene Length: 2106 bp
• Protein Length: 701 aa
• Translation table: 11
• GC content: 36%
• Product: ATP-dependent metalloprotease FtsH
• Protein accession: YP_003633370
• Protein GI: 296126118

Plasmid Coverage information

• Num covering plasmid clones: 50
• 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

ATGAACAATA ACAGTAAAAA GAACAAAAAC AATAGAAGAC AATCTATACC GCAGTCTGGC 
GGAGGCGGAA ATCAAATAAT CATTATACTG CTTCTTACTA TGGTAGTAGT AATGGCTATA 
ATGTATTTCC AAAAATCACC TCAGGTAAAA GCTGAGGAAT GGGATTATTC TACTGTAGTA 
CAAAAAGTTA AAGAAGGGGT TGTTAAAGAG GTAACTATAG TAGATCAAAA CATAAGAAAT 
GGAAAGGCTA TTGAAACTGT TAATGGTAAA ATAACAGAGA TAAACTTCTA CTCATATATA 
CCTTTTACAG CAAGCGGTTT TGTTAATCTG CTCATAGAAA ATAATGTAAA AGTAAGAGGT 
GAAGCTGAAA AACCAAGTTA TCTAAGTCTT ATACTTGTAA ACTTGCTTCC AATACTATTA 
ATAGGATTTT TACTTTGGTT TTTTATGTTC AGGCAGGTTC AGGGTTCTAA TAACAGAGCT 
ATGAGCTTTG GTAAAAGCAG AGCAAGACTT CTTACTAAAG AAGATGTAAA AGTAACTTTC 
AAAGATGTAG AAGGCTGTAA AGAGGCTAAA GAGGAATTAC AGGAAGTCGT ACAGTTTTTA 
AAAGATGCAA GCAAGTTTAC AAAACTAGGT GCTAAAATAC CTAAAGGCGT ACTTTTAGTA 
GGTCCTCCGG GTACTGGTAA AACTTTACTT GCTAAGGCTG TTGCAGGCGA GGCTAATGTT 
CCTTTCTTTA GTATGTCTGG TTCTGAGTTT GTTGAGATGT TTGTAGGCGT TGGAGCTTCA 
AGGGTAAGAG ACTTATTTGA ACAGGGAAAA AGATCTGCTC CTTGTATCAT ATTTATAGAC 
GAGCTTGATG CTGTAGGAAG AACTAGAGGT GCAGGATATG GCGGCGGTCA TGACGAAAGA 
GAGCAGACAT TAAACCAAAT GCTTGTTGAA ATGGACGGTT TCAATACTGA TACTAGAATC 
ATAATATTTG CTGCTACTAA CAGACCTGAT GTACTTGACC CTGCTTTGCT TCGTCCGGGA 
AGATTTGACA GACAAGTTGT TGTTGATTTG CCGGACGTTA AAGGAAGAGA AGGAATATTT 
AAAGTGCATG TTTCAAAAAT ACAGCATGAT CCTTCTATAG ACTTGTATCA TTTAGCTAGA 
GCTACTCCGG GTTTTTCTGG GGCTGATATT GCTAATATGG TTAATGAAGC TGCTTTAATT 
GCTGCTAGAA ATGATAAACC AAGAGTGGAG CTTTCTGATT TTGAAGAGGC TAGAGATAAA 
GTTATGATGG GTCCTGAAAG AAGAAGTATT TTGATAAGCG AGAAAGAAAA ATTAAATACA 
GCCTATCATG AAGCAGGACA CACTTTAATG GCAGTTCTTC TTCAAAACAC AGACGCTTTA 
CATAAAGTTA CTATAGTTCC TAGAGGAAGA AGCTTAGGTG CTACTTGGAC TTTGCCTCCA 
GATGGAAGAT ATACGCTTCA GAGAAAAAAA GCTATTGATG AAATGTCTTT GCTTCTTGGA 
GGACGTGTTG CCGAAGAGTT CAAATTTGGA GAAGATTCTG TTACTACTGG TGCTTCTAAT 
GATATAGAAA GAGTTACTGA GCTTGCTAGA AGAATGGTAT GCGAATGGGG TATGAGCAGA 
CTTGGACCTA TATCGTTCGG ACAAAAAGAA CAGCCTATAT TTTTAGGTAA AGAAATAGCA 
AGACATAAAG ACTACAGCGA AGAGACTGCT CAGAAAATAG ATGAAGAAGT TCATAAGTTT 
GTAATGAAAG CATACGAAAG AACTAAAAAA TTAATAGCTG AAAATGCTGA TAAGTTTGAG 
GCTTTATCAA GAGAATTATT TGAAAAAGAA TCTCTCGATA TAGAAGATAT AGAGAGAATA 
TGCGAAGTAA AATTGGATAA AGTTAAAGAC AAATTAGTTT ATGCCGGTAA AGATCCTAAA 
AGGGGAACTG ATGAGCTTGA AGATCCTTCT GCTTATCAGG AGGGAGAAGT AAAAAGCGTT 
AAAGAAGAAG TATTTAATTC GCCTCTTAAA GTGAAAGAAG AAAACAAAGA AGAAGTAAAA 
TCAATAAAAA AATCTAGTGT AAAAAAAGTA ACTTCTTCTA AAAAGAAAAA AACAACTGAA 
GAATAA 

 

Protein sequence

MNNNSKKNKN NRRQSIPQSG GGGNQIIIIL LLTMVVVMAI MYFQKSPQVK AEEWDYSTVV 
QKVKEGVVKE VTIVDQNIRN GKAIETVNGK ITEINFYSYI PFTASGFVNL LIENNVKVRG 
EAEKPSYLSL ILVNLLPILL IGFLLWFFMF RQVQGSNNRA MSFGKSRARL LTKEDVKVTF 
KDVEGCKEAK EELQEVVQFL KDASKFTKLG AKIPKGVLLV GPPGTGKTLL AKAVAGEANV 
PFFSMSGSEF VEMFVGVGAS RVRDLFEQGK RSAPCIIFID ELDAVGRTRG AGYGGGHDER 
EQTLNQMLVE MDGFNTDTRI IIFAATNRPD VLDPALLRPG RFDRQVVVDL PDVKGREGIF 
KVHVSKIQHD PSIDLYHLAR ATPGFSGADI ANMVNEAALI AARNDKPRVE LSDFEEARDK 
VMMGPERRSI LISEKEKLNT AYHEAGHTLM AVLLQNTDAL HKVTIVPRGR SLGATWTLPP 
DGRYTLQRKK AIDEMSLLLG GRVAEEFKFG EDSVTTGASN DIERVTELAR RMVCEWGMSR 
LGPISFGQKE QPIFLGKEIA RHKDYSEETA QKIDEEVHKF VMKAYERTKK LIAENADKFE 
ALSRELFEKE SLDIEDIERI CEVKLDKVKD KLVYAGKDPK RGTDELEDPS AYQEGEVKSV 
KEEVFNSPLK VKEENKEEVK SIKKSSVKKV TSSKKKKTTE E