| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1560 |
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| Symbol | |
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| ID | 9142552 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Brachyspira murdochii DSM 12563 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014150 |
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| Strand | + |
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| Start bp | 1786576 |
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| End bp | 1789677 |
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| Gene Length | 3102 bp |
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| Protein Length | 1033 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | |
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| Product | ATP-dependent nuclease subunit B |
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| Protein accession | YP_003633846 |
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| Protein GI | 296126594 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 0.0240476 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCTAGAAT TAATTTTATT TCCAAATTAT AAAGCAAAAA ATAATTATCT TAAAGATAAA
TTCAAAAAAT ATACAATGGA TATAAGCAAT TATCAGATAC TCCATAGATA TTATAAAGAT
AATAAAGAAA AGTTTTTTAT AAGCTACAGA ATAGATAATC AAAAACAATA TATAGATGAA
TCAATAGCAA TAATCAATAT TCATAATATA TTAAACGAAT ACAAATATAA TAATAAAAAC
TCTGTAATAG CAAAACAAAA TATTACATAT GAGCTTGCAT ACACTTTATA CAAACTTATA
GAAGAAATTA CTTTAGCTAA ATTTTATGGT TTTGATTTGA ATAAATATAA AGAGCTTAAA
GAGATAAATA CAGTTATAAG GCATTATAAA GAATATAATA AACAAAATGA TCTTTTAGAT
GAGTTCGATA TATTTGAGCT TTTTATAGAG GCTATAAAAA ATAGAGAGCT TGATTATTTG
AATGAGTATA ATAGTATAAT CATTTATGGT TTTGAAAAGA TACCGCCTTT GCATTTAATA
TTTTTAGAGA GCCTTAAAAA ATATTATAAT ATAAATGTGA AAGTGGAACT TCCTTATGAC
ATGAAAAAAT ATTTTTATGA TTATAGATCA TTTTATCAGG GTATTGATAA TTTTGATATT
AGTACCAATT CGGATTTTTC AAAGTCGCTT ATAGATAAAA CTAATTTAAC TAAATATAAA
GAAAGAATAA AGTTTATAGC TGGTTTCGGA GCAAAACAGG AAGTTGACAC TGCAGTAGAT
GAGATAATAA AATTAATAAA AAATGGTACT CCTTTATATG ATATAGGTAT AATATTTTCG
GATATTCAAA AATACAGCGA TATAGTTTCA AGAAGATTAA AAGAATGTTC TATCAAGTTT
AATGAAAGAA GGGCTAATTT TGTTTGGAAA GTGCCTATAA TACCAGTGCT TACTTCTATA
TTTTCTATAC TTGATAAATA TAATGGTGAG CTTAATATAG ACGCTTTAAT AAAGGTTCTC
TCCTCTTCAT ATATGAAAAA TCTTGATGGA TTAAATCCTT ATAATATAAG AGACTTGATT
TATTCTTATG ATAAGTATGA TAAATATAAT TCAGTAGAGA TATATTCAAA GATGGCTTTT
AATGATTTCA AAGATAAAAT AGCGAGAAAG TTTAATAACA ATAATACTTC AAAAACTATA
ATAGAGTTTA TTGATTTACT TAATATATTG GTATCAAAGA AAACTTATAA AGAAATAGGG
CTTGCTTATA TAAATATTTT AAAATTTTTA AAAATTGGTT CTATGTCTTA TGATGATGAA
TATGAAAAGG AATATTATAA TAGAGATAAT GAGGCATTGG CAATTTTTAT TGATTTAGTG
CTTACAATAT CATATACTGA AGAGATAGAA ACTATAGAAA ATGAGAGTAT AAGTCATTTT
GATTTTCAAA CTGCTTTGAA TGTATTATTA AGAGATAAGT CTCTTATGGA CAATGATGAT
AAAGAAATTT CTCTTACTGT AAGCAATTTA TATGATGCTA GGGGACTTAG ATTTAAGCAT
TTATTTATAT TGGGCATGAA TAATGATTTT ATAAACAGAA GACCTAATGT ATTTTTTATA
AGTGAGAAAT TGAGAGAAAG TATCAATAAA GATTTGAAAA AGCATGCATT TAATACTCAG
CATTATTTAT CAGATATTTC TTATGCTTTA TTTTTGAATA TATTATCTTA CTGCTATGAA
GAAACTCATG TTTATTTTTC TTTCAGATTA AAAGATGATA ATGGTAATTT GGAAGTTCCT
TTTTATTATC TGGAAGATTT ATATAATGAA ATGTATCATA ATGATTTTAA ATTTGATAAT
TTAAAAGAAA ACGGACTTAT ATACAGAAAA GAATATATAC AAAAAGAAAA TAATATTCAC
ACTAATAAAG AAAATTTAAT GAGTTTATTT TTTAATCATG ATGCGGCATA TTATATAGAT
GATGTAAAAA GCATTATGAA TAAAGTATAT CATAAGAGAA ATAAAAACGG ATATAATAAT
TTTGATAATA AAAGCGAAGA GATAAAAACA TTTTTCTATA ATATTTTTAA AAGTCCAGTT
TCAGTTACAA CTCTTCAGTC TATAATGGAA TGCTCTGCAA AGTTTTTTTA TTCGAGTTTA
TATCAAAAAG ATTCTGTTGA GGCTAAAGTT CAGGGAATAA ATCGTGCTGA TAAAGGTATT
ACTTATCATA GATTTTTTCA GAAGTTTTAT GAAGATGTTA AAGGCAAATC AGCTATTTTT
GACTGCTCGC TTAAAGAAGA AGAGTTTAAT ACTTACTGCA ATATAGCTGA TGAAGTAGTA
GAAGAGCATA TTAATAAAAT GATAGAATCA TACTCAAAAA AAGATTTGGA GGAGAGGTAT
TTTATTGAGT ATCAGTTAGA TCAAAATATT ATAAAAAAGG AAGCATTAAA TGTTATGCAT
GCCTTTATAA GAAAAGAAAT TATTACAAAT AAAGTTAAAG ATATGAACGA GGGTTATCAT
TATATACCTT TTGATTTTGA AAGGAGAATA GGATTTGATG AAAAAGAATC TGTAATATAT
AAAAAAGGTG ATTTCACATT AAAGATAAGA GGTGTAATAG ACAGAATAGA TTTCAGCTAT
AAAGATGATA AATATAAAAA TATAAATGGT GTTAGGATAG CGGATTATAA AGGAAGCCCT
AGAACAGAAA AAAAAGAGAA AAAAGAAAAA ACAAATATAG AAATTATAAA AGAAACAATA
CTTACATATC TTCAGCCTAT ACTTTATTTG AAATTAATTT TAAGCGAATA TATAAAAAAT
AATGTAGCAG AAAAAATAGA ACACTGTGAA GTGGTATTTA CTATATACAG AGAAAAAGAT
GTTATAGATG AGAATACTGA AATAAATGAA GTATATAATG ACAGGGATTT TTTACTTTCA
GTATGCGGAT ATATAGAAAG CGAATATAAT TTGAATGATT ATTTTGATGA AGTATTTGAA
GATATTTTAA ATGGAAAACT TAAATATAGT CCAAGTATAA GTAACTGCGA TGGCTGTTAT
AATGCACCTT ACTGCGAACA TGTATATCAA AAAGAAGAGT AA
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| Protein sequence | MLELILFPNY KAKNNYLKDK FKKYTMDISN YQILHRYYKD NKEKFFISYR IDNQKQYIDE
SIAIINIHNI LNEYKYNNKN SVIAKQNITY ELAYTLYKLI EEITLAKFYG FDLNKYKELK
EINTVIRHYK EYNKQNDLLD EFDIFELFIE AIKNRELDYL NEYNSIIIYG FEKIPPLHLI
FLESLKKYYN INVKVELPYD MKKYFYDYRS FYQGIDNFDI STNSDFSKSL IDKTNLTKYK
ERIKFIAGFG AKQEVDTAVD EIIKLIKNGT PLYDIGIIFS DIQKYSDIVS RRLKECSIKF
NERRANFVWK VPIIPVLTSI FSILDKYNGE LNIDALIKVL SSSYMKNLDG LNPYNIRDLI
YSYDKYDKYN SVEIYSKMAF NDFKDKIARK FNNNNTSKTI IEFIDLLNIL VSKKTYKEIG
LAYINILKFL KIGSMSYDDE YEKEYYNRDN EALAIFIDLV LTISYTEEIE TIENESISHF
DFQTALNVLL RDKSLMDNDD KEISLTVSNL YDARGLRFKH LFILGMNNDF INRRPNVFFI
SEKLRESINK DLKKHAFNTQ HYLSDISYAL FLNILSYCYE ETHVYFSFRL KDDNGNLEVP
FYYLEDLYNE MYHNDFKFDN LKENGLIYRK EYIQKENNIH TNKENLMSLF FNHDAAYYID
DVKSIMNKVY HKRNKNGYNN FDNKSEEIKT FFYNIFKSPV SVTTLQSIME CSAKFFYSSL
YQKDSVEAKV QGINRADKGI TYHRFFQKFY EDVKGKSAIF DCSLKEEEFN TYCNIADEVV
EEHINKMIES YSKKDLEERY FIEYQLDQNI IKKEALNVMH AFIRKEIITN KVKDMNEGYH
YIPFDFERRI GFDEKESVIY KKGDFTLKIR GVIDRIDFSY KDDKYKNING VRIADYKGSP
RTEKKEKKEK TNIEIIKETI LTYLQPILYL KLILSEYIKN NVAEKIEHCE VVFTIYREKD
VIDENTEINE VYNDRDFLLS VCGYIESEYN LNDYFDEVFE DILNGKLKYS PSISNCDGCY
NAPYCEHVYQ KEE
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