| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_0731 |
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| Symbol | |
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| ID | 9141708 |
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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 | 870327 |
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| End bp | 873422 |
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| Gene Length | 3096 bp |
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| Protein Length | 1031 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | |
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| Product | SNF2-related protein |
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| Protein accession | YP_003633029 |
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| Protein GI | 296125777 |
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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 | 64 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAACACTA GGGGTAAGTC TAAAAAGAAA ATTAAGGAAA ATGATAATCC TTTTTTAAAT
CTTAATGCAA ATGCAAAAGA AAATGATGAG CTTGCAAAGG CTTCTATCAA AACTATAGCA
AACAGTGTTG TTATCACAGA AAGCGATAAT AAGAGAATAG ATAGAAATAA AAAAGAGGAA
TCCGCTCAAA TAATAGATCC TTCGCGTAAG AATTGGCTTT ATTATACCAG ATCTCCTTTA
ATGGATAATT ACAGAGATAA TCTTTATAGA GAATATTACA GCCTTTCGGT TCTTTTATCT
TTAAGGGGGG ATAACAATAA CGAAAGAACA TTAGGGCTTT CTTTAAAATT AATAGACTTA
GAAAATAAAA AAGAGTACAG AGTAGGGGAG CTTGAGAGTT TCTTATTTTC ATGTGTTATA
GGCGATAAAC AAAGCATAGA AGATATTGAA AAAACTATAG AGCTTGAAGA TTTTAGTAAA
TCAGAGGCTA AATTAATAAG ATTTTTAAAT AATTTGTATG CTGAGGCTAA ACAAATACAG
GAAAACGGCA AATTATGGTT TAAGGACTAT AATGCATATC AATGTTTGCT ATTATTAAAA
GATGTTCCAA ATATAAGGCT TGAGAGTAGA GTTATAACAT TCAGCGATGA AATTTTAAAC
TTACATTTAG AAAGCTATTA TAACGAAGAA AAAGATTTAG TGCTTAATTT GAGCATCAAA
GATGTTGATT TAAATAGAGT ATATACATTT GGGGAGAACT GTGATTTTAT ACTTTATAAA
GATATTTTTT ATGAAACTAA TCCGTCATAC CCTAAAATAA AAAAGAATAT TTTTAAAGAC
AGCATAATAG TAAAAAAAGA TTATATAAAA GATTTCTGTT CAAGAGTACT TCCTAATCTT
AAAAAAGACT TTGATGATAT AGAACTTCCA GAAGATATTA GAGAAAATGA TATATTAGCT
TTTCCAGCTC AAGCATTGGT ATTTTTGGAT TATGACGGCA CTAATGTATT TTCAACTATT
AAATTTAAAT ACGGTTCTTT TACTGTTGAC CCTTATTCTG GTAAGTTTAC AAGCAGTAAT
ATGTTTGATA ATGAAGTTAC AGAGATTTAC AGAGATACTG AAAAAGAAGA ATATTTCTGC
AGAACATTAT CAAAATATTT GGAAAAGGTA GGAGATTATA CTTTTGCTAC TTCAGATGAT
GAGAAGATAT TTTATTTATG CTACAAAATA CTTCCGGCAC TTCAGGATAG AGGCTGGACT
TGTTATTACA GCGAATCTTT CAAATCATTA AAATTGAATG TTAAGCCTCT TAAAATGAGA
GTTTCTTTAA CTAAAGATAT TAACTTCTTT GAGATTAATT TTTCTTTTGA AGGTGTTAAA
GAGCTTCATG ATTTATCAGA TATTGTAAGG GCTGTAAAAG TAGAAAATAA AGAATATATA
AGACTTCAAA ATGGTTCATT TGTACCTATA GATTTGGAAG TAATAGATTA TATTGCAAAG
ATGTTTAAAG AAAATCCTAT AGAGCAAAAA GAGGATAACA GATACTTGCT TCCTATGTTT
AGTGCTCCTT ATTTTGCCGA TATGCTTGAA AAACACAGCG GAATAGAGCT TGACTTGGAC
GATAATGCAA TAGACACAAT AGCGAATATA AAAAGGGTAG ATTATGACGA AACACCTCCA
AAAACTATAG TAGGAGATTT CAGGAGCTAT CAATTAGTAG GGTATAAATG GCTTAGAAAA
TTGGCTGATA TGTCATTAAA CGGTATACTT GCTGACGATA TGGGGCTTGG AAAAAGTTTT
CAGACTATAG CTACAATACT AAAAGAAAAA GAAAACGGCA ATAAACTTAC TTCTTTGGTT
GTTGCTCCTA CTTCATGCGT TGCTAATTGG GAATGCGAGA TTAAAAAATT TGCTCCTTCT
CTTGAAGTAA TAGTATTATC AGGAAATTTA AAAACTAGAA TGAAAAAGAT TAAAGCAGTC
AGCAATTATG ATGTTGCTGT AATATCATAT TCTACATTAA GACGCGATGT AAAGGCACTT
AGTGAAAATG AGTTTAATTA TCTTATACTA GATGAGGCAC AGCATATAAA AAATGCTAAT
ACTCAGAATG CAAAAATGGT TAAAAGTTTA AAATCATTAA AAAGACTTGC TCTAAGCGGT
ACGCCTATAG AAAACAGTAT AAGCGAGATG TGGTCTATGT TTGATTTTCT TATGCCGGGA
TTTTTGGGTA AGCATAAAGA TTTTGTTGAA GATTATGAAG CTCCTATACT TGCAGGATTA
GATAGTTCAA GCGAGGCTTT GGATAATTTA AAGACAAGAA TAGCTCCTTT TATATTAAGA
AGATTAAAAA CTGATGTACT TACAGATTTG CCTCCTAAAC ATACTGTTGT AAGCTACTGC
GATTTGACAA AAGATCAAAA AGAACTTTAT ATGTCTATAC TTGAAGCTGC TAGAATAGAA
ATATTTGAAA CAGTTAAACG TAAAGGTTTT GCTCAGTCTC ATATAGAGAT ATTTTCAGCA
TTAACAAGGT TAAGACAAGT TTGCTGCCAC CCTAGACTTA TGCATGATGA TTTGAGAGGG
GAGAGTCATA CAAGCGGTAA GTTTAACATG TTTATAGAGA TGATAAGAGA GGCTATTTCA
GGCGGACATA GTGTATTGGT ATTTAGCTCA TTTACTAGAA TGCTTAATCT TATGCGTAGT
GCTTTCAAGA AATTGGGAAT AGATTATTTT TATTTGGACG GTGCTACAAA AGACAGAATG
GATTTAGTTC ACAGATTTAA TGCAGGAGAG GCACCTGTAT TTTTACTAAG CTTAAAAGCA
GCAGGTACTG GACTTACTTT AACTCAGGCG GATACTGTAA TGCATTATGA TTTATGGTGG
AATCCAGCTG TTGAAGATCA AGCTACTGAC AGAGCGTACA GAATAGGACA AAAACGCGTT
GTAACTAATT ATAAGCTCAT AACAAGAGGC ACTATAGAAG AGAAAATATT AGAACTTCAA
AATAAAAAGC GAGTACTAAT TGATACTGTT GTAGGTGACT CTATGGGAGA CATAAATAAA
TTAAGCTGGG ACGAAGTAAA GAATCTTATT AATTAA
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| Protein sequence | MNTRGKSKKK IKENDNPFLN LNANAKENDE LAKASIKTIA NSVVITESDN KRIDRNKKEE
SAQIIDPSRK NWLYYTRSPL MDNYRDNLYR EYYSLSVLLS LRGDNNNERT LGLSLKLIDL
ENKKEYRVGE LESFLFSCVI GDKQSIEDIE KTIELEDFSK SEAKLIRFLN NLYAEAKQIQ
ENGKLWFKDY NAYQCLLLLK DVPNIRLESR VITFSDEILN LHLESYYNEE KDLVLNLSIK
DVDLNRVYTF GENCDFILYK DIFYETNPSY PKIKKNIFKD SIIVKKDYIK DFCSRVLPNL
KKDFDDIELP EDIRENDILA FPAQALVFLD YDGTNVFSTI KFKYGSFTVD PYSGKFTSSN
MFDNEVTEIY RDTEKEEYFC RTLSKYLEKV GDYTFATSDD EKIFYLCYKI LPALQDRGWT
CYYSESFKSL KLNVKPLKMR VSLTKDINFF EINFSFEGVK ELHDLSDIVR AVKVENKEYI
RLQNGSFVPI DLEVIDYIAK MFKENPIEQK EDNRYLLPMF SAPYFADMLE KHSGIELDLD
DNAIDTIANI KRVDYDETPP KTIVGDFRSY QLVGYKWLRK LADMSLNGIL ADDMGLGKSF
QTIATILKEK ENGNKLTSLV VAPTSCVANW ECEIKKFAPS LEVIVLSGNL KTRMKKIKAV
SNYDVAVISY STLRRDVKAL SENEFNYLIL DEAQHIKNAN TQNAKMVKSL KSLKRLALSG
TPIENSISEM WSMFDFLMPG FLGKHKDFVE DYEAPILAGL DSSSEALDNL KTRIAPFILR
RLKTDVLTDL PPKHTVVSYC DLTKDQKELY MSILEAARIE IFETVKRKGF AQSHIEIFSA
LTRLRQVCCH PRLMHDDLRG ESHTSGKFNM FIEMIREAIS GGHSVLVFSS FTRMLNLMRS
AFKKLGIDYF YLDGATKDRM DLVHRFNAGE APVFLLSLKA AGTGLTLTQA DTVMHYDLWW
NPAVEDQATD RAYRIGQKRV VTNYKLITRG TIEEKILELQ NKKRVLIDTV VGDSMGDINK
LSWDEVKNLI N
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