Gene Bmur_2417 details

Gene Information

• Locus tag: Bmur_2417
• ID: 9143421
• 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: 2726164
• End bp: 2729538
• Gene Length: 3375 bp
• Protein Length: 1124 aa
• Translation table: 11
• GC content: 25%
• Product: Exodeoxyribonuclease V
• Protein accession: YP_003634686
• Protein GI: 296127434

Plasmid Coverage information

• Num covering plasmid clones: 23
• Plasmid unclonability p-value: 0.449307
• 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

ATGGAATTTG CATTAAATAA ACAGCAAGAG GATATAATAA ACTGTTTTTT TGACAATGGA 
ATATGTTTTG TTAATGCCTC AGCAGGTACT GGTAAAACAA GCACTATAAC AGAATTATAT 
ATAAAATTGC TAGAAAATAG AGAAAAAGTA TCTTCTATAG TTGTTATTAC ATTCACTAAA 
GCAGCAGCCA ATGAAATGCT TCTTAGAATA AGGCTTAAAG TAAGAAATAA AATATCATTT 
GTAAATACAG CAAAAGAAAA AGACTACTGG CAGAAAGTCT ATAAAGATAT ACTTACAAAT 
GCTAAAATAT CCACTATAGA TTCATTTGCT AATTCTATAG CTATGGAAAA TGCATTGTCT 
CTTGCTATGC CTCCTAATGC TTCGATTTTA GAAGATAATT CTGATATAAA AGAAACATTA 
AAAGATGAAA TACTTAATGT ACTTAATGAG GTTAGCTATA GCGAAACAAT ACGCACAATA 
TACAGAATAT ATACAGAAGA GTCTAAAGAT GATTTTGCTG ATAAAATATT GAGTTTTCTT 
TTAAAAATAA AACCTAGACT TAAAACTATA GATGAATTTG AAAAAAGAGC ATTGTCTGTT 
TTGAATATAG AAGGAGATTA TAAAAAACTT CATAATGAAA TATCTTTTTT AAGCAGTTCT 
TTAATCAATG ATGACGGAAG CGAAAATAAT ACTATAAAAC AATTTAAAGT ATTAATATCA 
AATACAATAG ATGCTATAAA TAAATTATCA AATTTTGAAG ATATAAAAAA TATTAAAGAA 
AATGATCTTG AACATTTAAT AAATTCTTTT AGCGGGGTAA TTAATCAAAA AAATTCATGC 
GGAAGTAAGA ATGCAGCATT TAGAGATGGT GTTAAGTCTT TAAAAGAAAT ATACCCCAAA 
CTTTTTCATT ATATAGATAT AGAAAGAAAT AAGGAAAAGT ATATAACTGT AATAAGATTT 
ATAAAAGATA CATATATACA TTTTGAGGAA GTAAAAAAAG ATATCGGAGT ATATTCATAT 
GAAGATATAA TGTATAAAGC TATAGAGGCA CTAGAAGATA ATGATATATC AAAGCGAATA 
AGAGATAATA TTTCTACTTT GATACTAGAT GAAGCACAGG ATACAAGCTA TCTTCAGTTT 
TCTTTTATAA ATTTGATAGT ATTTGGAAAG AAAGATATCA CTCCTAATGA TAAAAATCAA 
AAAAAATTAA TGATAGTAGG AGATAAAAAG CAGTCTATAT ATAGGTTTAG AAATGCTAAT 
TTTAGAGCGT TCATTGAAGC TAAAAATAAT TTTAATAACT ATGTAAAATA TTTAAAAAAT 
AATTATAGAA GCAATTCTAT GTTAATAGAG TTTTTTAATG ATTTTTTTGA GAACATAGTA 
TTTAAAAATG ATGATATAGA TTATATAGAA GAGGATAATC TTCAGTATAG TAAAGAATCT 
AAAGATAAAT CAGTATCTCT TCTTATATTA AACAGAAATA TAGAAAATGA AAATATAGAT 
TTAAATATAG AAAAAAGAAC AGAATTAGAA TCCTATTCAA TAGCAAAATA CATAAAAAAA 
TATTATAACA ATAACTATAA AAATGTAGTA ATACTTCTTC AAACATTTAA AAGATTAAAT 
GTATACTTAA AGGCATTATC TGATTTTCAA ATACCTTATT ATATTGACGG CGGAAATGGT 
TTTTATGAAA GAGAAGAGAT TGTTTTAATA AAAACATTTT TAGAATATTT AATACTTAGA 
GATCATGCAA AATTGCCTTC ACTGCTTAGA AGCGAATTAT TTGATATAGA TATAAACAAT 
TTATCAGACT TTTTATTCAG CTTATTTATA AACGGGCTTG ATATTAATGA CTATTTTCCA 
AAAAATATAA ATAATGAAGA TAATTATAAA AAAATATCAG AAATAGCCTC TTCAAAAAGT 
TATTATGCTC AATTAAAGGA GGCAAAAGAG CTTTTAAACT CAATAGAGAG CAAAGTATCT 
ATGATGAACG CATCTGATAT AATAGAGACT ATATGTATTG ATACAAACTT TTATAATTAT 
TTAATGACTA TGGAAGATGC TGAGCTTTCA TATGCCAATA TAGAAAAATT AAAAAAGATA 
GCCGATGAGT TTGAGAATCA GACCGGTAAT AATGTTTATG ATTTTGTATT AAATTTGCAG 
AATGCCGGAG GAAATGAAGC CTATTCTTCA ATACCTAAAT TATCAGTAGA TGCTGTAAAG 
ATTATGACTA TACATAAATC TAAGGGTTTG GAATTTGAAA ATGTATTTTT AGCTGGAATG 
GGTCATTATA TGTCTCCTAA ATATAAAGAT TTTGATTTTA TAGAGGATTA TCCTTTTATA 
AGACTTCCAG TATATGAAAA AAATAAATAT TATACATTAG ATTTTTCATT CTTTGATAAA 
AGCTATAATG CTGAAAGTGA AGAGGCTGAA AAAAAAAGAC TTCTTTATGT AGCTTTGACA 
CGTGCTTCTA ACAATTTAAT ACTTTCAGGG GAGCATTCAA GAGGAAATAG CTACATGTCT 
TATATCAATA ATTATATTTC TTATGATGCT AAAAAACATC ACACTGATAT AAAAAGTGAA 
GAAAATGATG ATTTTGTAAT AGAAAATAGT TTGACTAATA AATTTATTAA TTCATATTTA 
TACGGAATTG CCTTTGAGCC TAAAGATATA GTTAATAATA CAGAAGCGGA TATAGAAGAT 
ATGGTAAAAA AAATGGAAAG TATCAAAGAA AATAAAAATG AACTAAAAGC TAAAACTATA 
TCAAATATTA TGCCTTCTTT GAGAAATAAG TATGATAATC ATTATAGTGA TTTTGATATA 
TCAAGTCTTC TTGACAGGAA AATATTAGAG CTTGAAAATT ATATAAATAA TGATGAAGAA 
GATTATGATG ATGAAAATGT ATTATTTATA TCATTTAAAG ATTTGGGTAT TATAATACAT 
AAAATGCTTG AACATTTTGA TTATAATAAA TATCTTAAAG AAAAAGATTT ATATTTAGAA 
AAAGTTAAAA CATTTGTGTT AAAAAGCAAT ATTCAGTACA ATCAAAAGCA GTTATCTGAT 
AGTTTAGATA CAGCATTTAA AAAGTTATTT GAAAATGAAC ATATAAATAA TATATTAAAA 
GGCGATGAAG AGATAGTATC AAGAGAGCAT ACATTTCAGG ACTATGACGG AGAATATAGA 
ACTACTGGAA AGATTGATAT TATAACAAAG AATAAAAATG GAGAGTATTT TATTTTGGAT 
TATAAAGTAT CTAAGTTTAG CGAAGAGAGT ATAAATTTTT ATAAGCCTCA ATTAGAAAGC 
TATAAATATA TGTTTCAAAA GTCTTTTAAT ATAGATGAAA GCAAAATAAA TACTGGTATT 
ATATTCTTAA AATAG 

 

Protein sequence

MEFALNKQQE DIINCFFDNG ICFVNASAGT GKTSTITELY IKLLENREKV SSIVVITFTK 
AAANEMLLRI RLKVRNKISF VNTAKEKDYW QKVYKDILTN AKISTIDSFA NSIAMENALS 
LAMPPNASIL EDNSDIKETL KDEILNVLNE VSYSETIRTI YRIYTEESKD DFADKILSFL 
LKIKPRLKTI DEFEKRALSV LNIEGDYKKL HNEISFLSSS LINDDGSENN TIKQFKVLIS 
NTIDAINKLS NFEDIKNIKE NDLEHLINSF SGVINQKNSC GSKNAAFRDG VKSLKEIYPK 
LFHYIDIERN KEKYITVIRF IKDTYIHFEE VKKDIGVYSY EDIMYKAIEA LEDNDISKRI 
RDNISTLILD EAQDTSYLQF SFINLIVFGK KDITPNDKNQ KKLMIVGDKK QSIYRFRNAN 
FRAFIEAKNN FNNYVKYLKN NYRSNSMLIE FFNDFFENIV FKNDDIDYIE EDNLQYSKES 
KDKSVSLLIL NRNIENENID LNIEKRTELE SYSIAKYIKK YYNNNYKNVV ILLQTFKRLN 
VYLKALSDFQ IPYYIDGGNG FYEREEIVLI KTFLEYLILR DHAKLPSLLR SELFDIDINN 
LSDFLFSLFI NGLDINDYFP KNINNEDNYK KISEIASSKS YYAQLKEAKE LLNSIESKVS 
MMNASDIIET ICIDTNFYNY LMTMEDAELS YANIEKLKKI ADEFENQTGN NVYDFVLNLQ 
NAGGNEAYSS IPKLSVDAVK IMTIHKSKGL EFENVFLAGM GHYMSPKYKD FDFIEDYPFI 
RLPVYEKNKY YTLDFSFFDK SYNAESEEAE KKRLLYVALT RASNNLILSG EHSRGNSYMS 
YINNYISYDA KKHHTDIKSE ENDDFVIENS LTNKFINSYL YGIAFEPKDI VNNTEADIED 
MVKKMESIKE NKNELKAKTI SNIMPSLRNK YDNHYSDFDI SSLLDRKILE LENYINNDEE 
DYDDENVLFI SFKDLGIIIH KMLEHFDYNK YLKEKDLYLE KVKTFVLKSN IQYNQKQLSD 
SLDTAFKKLF ENEHINNILK GDEEIVSREH TFQDYDGEYR TTGKIDIITK NKNGEYFILD 
YKVSKFSEES INFYKPQLES YKYMFQKSFN IDESKINTGI IFLK