Gene Bmur_0143 details

Gene Information

• Locus tag: Bmur_0143
• ID: 9141113
• 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: 177606
• End bp: 183434
• Gene Length: 5829 bp
• Protein Length: 1942 aa
• Translation table: 11
• GC content: 32%
• Product: excinuclease ABC, A subunit
• Protein accession: YP_003632449
• Protein GI: 296125197

Plasmid Coverage information

• Num covering plasmid clones: 10
• 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

ATGGCTAATA ATTCTATAGA AATAAGAGGT GCTAAAGAGC ATAACCTTAA AAATATATCT 
CTGTCAATAC CGCATAAAAC ACTCACTACT TTAACAGGAG TATCAGGAAG CGGAAAAAGT 
TCTCTAGCAT TCGATACTAT TTTTAAAGAA GGACAAAGAA GATATTTAGA ATCATTATCA 
GCATATGCAA GACAGTTTTT AGGAGTTATG GCTAAAGCAG ATGTTGAACA TATTGAAGGA 
CTATCACCTA CCATTTCTAT AGATCAAAAA AGCGTAAATA AAAATCCTCG TTCTACTGTA 
GGTACCGTTA CAGAGATTTA TGACTTTTTT AGGTTATTAT TTGCAAGACT TGGTGTTCCT 
TACTGTTCTA AATGCGGACA TAAAATTTCT AAACAAAGCG AAGACCAAAT AGCTCATAGC 
GTATTAAGAG AGTTTTCAGA AAAAAGAATT TTAGTTTTAG CTCCTATTGT AAGGGATAGA 
AAGGGTGAGT ATAGAAAAGA AATTGAAGAA GTTAAACTTG CAGGATATCC TAGAATAAGA 
ATTGATAATA TAGTTTATAA ATTTGATGAA GATGAAATAC CAGAACTTAA AAGATATGAG 
AAGCATACTT TAGAAATAGT TATTGATAGG ATAAAAGTTG AAGATAAATA CTTGTCAAGA 
ATTACTGATG ATATAGAAAG GGCTATAAGG ATAACAAAGG GACTTGTAGC ATTTTATGAA 
GAGCATGAAA AAAGTAATGA GGCACTTGAG TTTAATAATT ATATAGAAAA TATTGAATCA 
AACGAAGCTG ATACAAAAAC TAAAAAGAAA AAAATCAAAA TGAGTAAGCA GTTTGAAATA 
GATAAATATT ACAAACTCTA TACTACTGAA AGATCCTGTG CTAACTGCGG ACACTCTATT 
GCTGATATTG AGCCTAATTT ATTTTCATTT AATAACCCTA TGGGAGCATG TACAGTTTGC 
GGAGGGCTTG GAGTTGAGCA TGTATTTACA GAGAAGCATA TTGTAAGAGA TGAGAATTTA 
AATATTTATG AAGGGGCTTT ATCATGCTTT GTAGATGATC ATATTGGCTT TGATATGGAA 
TATGGTATTG ATGAATTAGA AGTCATTGCC AAAACTTATA AAATAGATTT AAAAAAGCCT 
TGGAAAGATT TAACTAAAAC AGAAAAAAAA TATTTGCTTT ACGGCACCGA TAAAGAAGTG 
AAATGGAAAA AAAGATTCTG GTATCATAGC AAACTTGTAG AAGAGAGAGT ACCAGGTATT 
TTGGACAGAT TAAAATATGA TTATGAAACT TATAAAAATA GTTATTATGC TAATTTTATG 
GACGAAGTTG AATGTCCTAA ATGCAAGGGT AAAAGAATCA ATGAAGATGC ATTGTCAGTT 
AAATTTAATG GTAAGACCAT AGCTGATTTT TCTTCAATGA CCATAGAAGA TTTATATGAT 
TATTTTACTA AATTAAAATT AAAGCCTAAT GAAGAGATAA TAGGTGCTCC TATAGTAAAA 
GAGATTATTT ACAGATTAAC ATTTCTGGTA AAAGTCGGAT TAACATATTT AACAGTAGAG 
CGTTCCTCCC CTACTCTTTC AGGCGGAGAA TCTCAAAGAA TAAGGCTTGC ATCTCAAATA 
GGAAGCGGAC TTGAAGGTGT ATTATATGTA TTAGATGAGC CTTCAATAGG ACTTCATCAG 
TCTGATAATA AAAAATTAAT AGAGTCATTA AAAACATTAA GAGATAAAAA TAACACCGTT 
ATAGTTGTAG AGCATGACAA AGAAACTATG GAGGAGTCTG ACTTTTTAAT TGATATAGGT 
CCTAATGCTG GAGTTAATGG AGGAGAGGTT GTAGGCATTG GAGATTATGA AGAGTTTTTA 
AAGTCTGATG GATCTTATAC TGCAAAATAT TTACGCGGCG ATGATGATAT AGAAATACCA 
AAAACAAGAA GAGATGGAAA CGGAAAATTT TTAAAAGTAA TAGGTGCTAA TCAATTTAAT 
CTTAAAAATA TAGACGTAGA GTTTCCTTTG GGATTATTTA TTGTAGTAAC AGGACTTTCT 
GGAAGCGGTA AATCTACTTT AGTTGAAAAT ATTTTAATGC GTGCTTTGCA TAATCATTTT 
TATGGAAAAA CTTTAACAGC AGGCAGTCAT GAAAAAATGG AAGGACTTGA AAATATTGAT 
AAGGTTATAG AAGTTGATCA GTCTCCAATC GGAAGAACAC CAAGAAGCAA CCCAGCAACT 
TATACAAAAG TTTTATCACC TATAAGGGAT TTATTTGCTG CTACTAAACT TGCAAAAATG 
AGAGGATATG ACAAGGGCAG ATTCTCATTT AATGTAAAAA CAGGAAGATG TCCTACATGC 
GAGGGTGCTG GAGTTATAGA GTTAGAGATG CAGTTTTTAT CTAATGTATT AGTGCCTTGT 
GAGGAATGCG GCGGTAAAAG ATTTAATGCA GAAACTTTGG ATGTTAAATA CAAGGACAAA 
ACTATTTATG ATGTTCTTGA GATGAGTGTT TCAGAGGCTA TCAAGTTTTT TGACGGCATA 
ACTTCAATAA CAAGAATATT AAAAATAATG GAAGATATAG GACTTGGTTA TATAAAATTA 
GGACAGCCTT CTACTACTTT ATCTGGAGGA GAGGCTCAGA GAATAAAATT AGCAAGCGAA 
CTTCATAAAA TATCTACAGG AAACACTTTA TATATATTAG ATGAACCTAC TACAGGACTT 
CATTTTGAGG ATATAAAAAA ATTATTAAAA GCATTAGACG GACTTGTTGA AAAGGGAAAT 
ACTGTTTTGG TAGTTGAACA TAATTTGGAC GTTATTAAAT GTGCTGATTA TATTATAGAT 
ATGGGACCTT TAAGCGGAGA TAAAGGCGGC AGAGTTGTTG CTAAAGGAAA GCCAGAGGAT 
ATTATAAAAG TAAAAGAATC ACTAACTGCA AAAGAACTTA AAGAAATATT AAAGCCTTCA 
AAAAAGAAAA AAGAAATTAT TAAAACAGAA GAAGCAAAAA AAGAAGAAAA TACTTCATTA 
ATAATAAAAG GTGCTAATAA ACATAATCTT AAAAATATCA GCTTAACATT ACCAAAAAAT 
AAAATTAATG TTATAACAGG AGTATCTGGA AGCGGAAAAA CCTCTCTTGC ATTCGATACT 
ATATTTAAAG AAGGTCAGAG AAGATTTGTT GAATCACTTT CTACTTATGC AAGAAGATTT 
TTAGGAAGAT TTGAAGATGC TAATGTTGAA AAGATAGAAG GACTTGCACC TGCAATAGCA 
ATAGATCAAA AGAATGTAAG CAGAAATCCC CGCTCTACTG TTGCTACTGT TACAGAGATT 
TATGACTATT TCAGACTAAT TTTTGCAAGA GTGTCAAAAC CTCATTGTCC GCATTGCAGT 
GATAAAGATA CTCTAAAAGC TGAAACTCCT TCTATACTTG CAACTGAAAT TATTGATACT 
ATGGACTTGC ATAAACTTAT TATAATTTCT CCTCTATACC ATAGTTCATT TAATCATAGA 
TTTACTTTTG ATGATAATGA TGCAAAAGAT ATTAAAAAAA TTATAGAAAA AACAAGAGAA 
GCTGGATACG TGAGAATGCA GATTAATAAT AATGATTATG TTATAGATGA TATTACAGAA 
GAAGAAATTA AATCTTTATC AATAGGAGAA ATATATTCTG TAGGTATAGT AATTGACAGA 
ATAGTTGTAG GAAAAGATAA GAGAGCTAGG ATTGCTGATG CTATTGAAAG GGCTATGGAT 
TTGTCAAACG GAGTGGTGCA TATAAAGGCT TCACATGGAA TAATCATAAA AGAAAGTTTC 
CATACAAAGT TTCCAGCATG TCTTCTGCAT GGTATATTAT TTGATTTTGA AGTTACACCA 
AGACATTTTT CATTTAATTC GCATTGGGGA TACTGTGAAG AGTGCAAAGG ACTTGGAAGT 
AAGCCTACAT TCAGTATAGA TTTGGCAATA AAAGACAGTA CAAAGCCTTT ATTTGACGGT 
GCATTAGATA CTGCTCTTCA TAATATGTTT TCTACTCATG GTAAGCATTA TACAGATTCA 
TTATTCAGAT TATTAAAAAG AAATGGCATA ACAAAAAAAG ATTTATATCA AACTCCTTTT 
AATGAACTTG ATAAAAAAGT GATAGATACA GTATTCTTCG GCGGTGATTA TGCCATAGGA 
AATGTTATCA CTGCTTGGCA TTCTAATAAT GATGTTACAA GCGAAGATTA TTCAGAGTGG 
AAAGATAAAT CGCTTGGTAA ATTTTTTGTT GATGAGGAAT GCAGTTCCTG TCATGGAGAA 
AGGCTTAATG AAGTAATGAG AGCATATACA ATACAGGATA AAAATATAAG CCAAGTATGT 
GCTATGACAG TTGAAGGAGC AATTAATTTC TTTGATGAAC TTCCAAAACT TTTAACAGAT 
AGAGAAAATA CAATATCAAA AGAAGCAGTA AAAGAAATAA ATACAAGGCT TAGCTTTTTG 
GATAAAGTAG GATTAAATTA TTTATCATTA GGCAGAAAAT ACGCCACACT TTCAGGAGGA 
GAGGCACAGA GGATAAGGCT TGCTAGTCAG TTGGGTTCTA AACTTACAGG AGTGCTTTAT 
GTATTAGATG AGCCTACTGT AGGACTCCAC CCTAGAGATA CAAGTCATTT GCTTGATACA 
TTAAAAGAAT TAAGAGATTT AAAAAATACT CTTGTAATAG TAGAGCATGA CAGAGATACT 
ATGAAGTCAG CAGATAATAT TATAGATATG GGACCTTTTG CTGGTGCTTT CGGTGGCGAA 
GTAGTTTTTG AAGGTAAATA CGATGATATA TTAAACTCCA ATAATTCACT TACAGGAGAT 
TATTTAAGCG AGAGAAAAAA AGTATTTGAG AAAGCTACTG TAAGAAATGA AGATACTGAA 
TGCATAAAAT TAAAAAATGT TTCTACAAAC AATTTAAAAA ATATTAGTGT TGATATACCG 
TTAAAAAAAA TAGTGGTTGT TACTGGAGTA TCTGGAAGCG GTAAGTCATC ATTAATAATA 
GATACACTCT ACCCTGCTCT AAAAAAACGA AGACTTAATC AATATTCTAA ATTTGAAAGT 
GCTGAAATAC CTAGCATTGT TTCTGATACT ATATTAGTTG ACCAAATTTC AATAGTTGGT 
TCTATCAGAA GTACATTAGT AAGTTATAGT AAAGTGTTTG ATAAAATTAG AAATATATTT 
GCAAAAACTC CTGCAGCAAA GGCAAAGGCA TTTGCCCCCG GAAGATTTTC ATACAACGGA 
AAAGAAGGAA GATGCAATAT ATGTGAGGGC AAAGGCATAA GAAAAATAGC TATGCACTTT 
TTATCCGACA TGGAAATAGT TTGTGAGGCT TGCGGAGGTA AAAGATACAA TGATGAAACT 
TTATCCGTAA GGTTCAAATC TCTAAACATA GCTGAAGTAT TAGAACTTAC AGTCGATGAG 
GCAATAGAGT TTTTTGACTT TGACAAATCA ATCACTAAAA CACTTTCTAT AATGAGTGAA 
GTTGGGCTTG GTTATATAAA ATTATCCCAA AGGCTTGATA CTTTCTCAGG CGGAGAGTTG 
CAGCGTTTGA AACTTGCTAC AGAACTCGCA AAAAAACAAG GTGATGAGCA TATAGTTTAC 
ATTTTAGATG AACCTACTAC AGGGCTTCAT TTTGATGATG TTAATAAACT TCTTATAGCT 
TTAAACAAAT TGGTAGAAAA AGGACACAGC ATCATCATAA TAGAGCATAA TCCTGATGTT 
ATTAAAGCCG CTGATTATAT AATCGATTTA GGATTAGAAG GAGGCACTAA CGGCGGGGAG 
ATAATTGCTA AAGGTACTGT TGAAGATATT TTACAGATGA AAAAAGGATA CACTTGGAAG 
TATATTTAA 

 

Protein sequence

MANNSIEIRG AKEHNLKNIS LSIPHKTLTT LTGVSGSGKS SLAFDTIFKE GQRRYLESLS 
AYARQFLGVM AKADVEHIEG LSPTISIDQK SVNKNPRSTV GTVTEIYDFF RLLFARLGVP 
YCSKCGHKIS KQSEDQIAHS VLREFSEKRI LVLAPIVRDR KGEYRKEIEE VKLAGYPRIR 
IDNIVYKFDE DEIPELKRYE KHTLEIVIDR IKVEDKYLSR ITDDIERAIR ITKGLVAFYE 
EHEKSNEALE FNNYIENIES NEADTKTKKK KIKMSKQFEI DKYYKLYTTE RSCANCGHSI 
ADIEPNLFSF NNPMGACTVC GGLGVEHVFT EKHIVRDENL NIYEGALSCF VDDHIGFDME 
YGIDELEVIA KTYKIDLKKP WKDLTKTEKK YLLYGTDKEV KWKKRFWYHS KLVEERVPGI 
LDRLKYDYET YKNSYYANFM DEVECPKCKG KRINEDALSV KFNGKTIADF SSMTIEDLYD 
YFTKLKLKPN EEIIGAPIVK EIIYRLTFLV KVGLTYLTVE RSSPTLSGGE SQRIRLASQI 
GSGLEGVLYV LDEPSIGLHQ SDNKKLIESL KTLRDKNNTV IVVEHDKETM EESDFLIDIG 
PNAGVNGGEV VGIGDYEEFL KSDGSYTAKY LRGDDDIEIP KTRRDGNGKF LKVIGANQFN 
LKNIDVEFPL GLFIVVTGLS GSGKSTLVEN ILMRALHNHF YGKTLTAGSH EKMEGLENID 
KVIEVDQSPI GRTPRSNPAT YTKVLSPIRD LFAATKLAKM RGYDKGRFSF NVKTGRCPTC 
EGAGVIELEM QFLSNVLVPC EECGGKRFNA ETLDVKYKDK TIYDVLEMSV SEAIKFFDGI 
TSITRILKIM EDIGLGYIKL GQPSTTLSGG EAQRIKLASE LHKISTGNTL YILDEPTTGL 
HFEDIKKLLK ALDGLVEKGN TVLVVEHNLD VIKCADYIID MGPLSGDKGG RVVAKGKPED 
IIKVKESLTA KELKEILKPS KKKKEIIKTE EAKKEENTSL IIKGANKHNL KNISLTLPKN 
KINVITGVSG SGKTSLAFDT IFKEGQRRFV ESLSTYARRF LGRFEDANVE KIEGLAPAIA 
IDQKNVSRNP RSTVATVTEI YDYFRLIFAR VSKPHCPHCS DKDTLKAETP SILATEIIDT 
MDLHKLIIIS PLYHSSFNHR FTFDDNDAKD IKKIIEKTRE AGYVRMQINN NDYVIDDITE 
EEIKSLSIGE IYSVGIVIDR IVVGKDKRAR IADAIERAMD LSNGVVHIKA SHGIIIKESF 
HTKFPACLLH GILFDFEVTP RHFSFNSHWG YCEECKGLGS KPTFSIDLAI KDSTKPLFDG 
ALDTALHNMF STHGKHYTDS LFRLLKRNGI TKKDLYQTPF NELDKKVIDT VFFGGDYAIG 
NVITAWHSNN DVTSEDYSEW KDKSLGKFFV DEECSSCHGE RLNEVMRAYT IQDKNISQVC 
AMTVEGAINF FDELPKLLTD RENTISKEAV KEINTRLSFL DKVGLNYLSL GRKYATLSGG 
EAQRIRLASQ LGSKLTGVLY VLDEPTVGLH PRDTSHLLDT LKELRDLKNT LVIVEHDRDT 
MKSADNIIDM GPFAGAFGGE VVFEGKYDDI LNSNNSLTGD YLSERKKVFE KATVRNEDTE 
CIKLKNVSTN NLKNISVDIP LKKIVVVTGV SGSGKSSLII DTLYPALKKR RLNQYSKFES 
AEIPSIVSDT ILVDQISIVG SIRSTLVSYS KVFDKIRNIF AKTPAAKAKA FAPGRFSYNG 
KEGRCNICEG KGIRKIAMHF LSDMEIVCEA CGGKRYNDET LSVRFKSLNI AEVLELTVDE 
AIEFFDFDKS ITKTLSIMSE VGLGYIKLSQ RLDTFSGGEL QRLKLATELA KKQGDEHIVY 
ILDEPTTGLH FDDVNKLLIA LNKLVEKGHS IIIIEHNPDV IKAADYIIDL GLEGGTNGGE 
IIAKGTVEDI LQMKKGYTWK YI