| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1013 |
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| Symbol | |
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| ID | 9141994 |
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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 | 1183252 |
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| End bp | 1186578 |
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| Gene Length | 3327 bp |
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| Protein Length | 1108 aa |
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| Translation table | 11 |
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| GC content | 25% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003633308 |
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| Protein GI | 296126056 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 33 |
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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 | ATGGAGAATA ATATCAGTAA TGAAGAACAA ATAAGAAATA AGTTTGAAAG AATATTCCAA
TATGAAAACA ATAAGAATGC ATTTCTTGAT TATTTTTACG GAAGAACAAA TAGCTGTCCT
ACTTTAAAAA ATTATTACGG AGTTGATGCT GAAGATATTT TTAAGTTTTA TTTTGATGAA
AATACTAAAG AAGAAGATAA AAAAGCTATA TCAAAATACG CTGAAGCTGT GATTAAAGAT
ATATACAAGG GTGAAAATGT TGATATAATT TTAAGATTAT CCACTGGTGA AGATTTAGAA
AAAGCATTAA TAGAAAGTTA TAATAATACA ACTGAAAGAA CTATATATGA TACAAAATAT
TCTAAAGCAA CTTTGGCTAA TAATAAAGCA TCTAAATATA TAAAAATACA AGTTAATAAT
TTTTATAAGT TTTCAGAATT AGAAGCCTAT GTGTCTAAAG AGTTTAATAA ATACTTAGAA
AAAGTAAAAA ATGACAATAA AGCATTATTG AATAAAGAGC CTCATTTATT ATTAACTATT
TTGGCATATC TCATAAATAG AGATGATGAT AAAATCCTCA TCAAACAATT ATTAAATTAT
ATAGACTCTC TAAAAATTAA TGATGAAGAA ACTATATCAT TAATTTTTAG TATAGCTGAT
AAAGATGAAG AAGTTTATAA AAGATTAATG AATATTTTAA ATAAAGATAA TAATATGATT
TATTTTCTTG TGAATATATA CAAAGATATG ACAAGAACTA TAAAATTATA TAAAAGATTA
TTTAAAGGAT ATTCAGAGGA TAAAGGCTAT TATTATTACA CTCAAAAACT TATACCTGAA
TATTTAGAAC TATGCAGTTT CCCTAAAGAA TGTATTTTAT TAAACACAAT AGTTAATAAT
AACACTCTTT TTATTTCATA TTTAACAGTA GAAGCAAAAA AATTATATGA TGAAGACAAA
GAAACTTTTT ATAAGCTTTA TGAGATAATA GCAAAATCAA AATTAGAACA ATTATATCTT
GATTATGCTA TGCTTTCATC AATTATGCTT GCAAGCGGTG ATAATAAATA TAATATTGAT
ACTAATGCTA TTGTAGAAAC TCTCAAAACA ATGTGCGTAG AGTTATTAAA AATAATGGGA
GCTATTAAAA ATTTCGATGA AATAACTTCT AAAAGCTTTA AATATGTAAA AGAAAACCCT
TATAGCAATC ATAGTCATTA TTTATCAGCT ATAATGTCGC TTGATGGTAT AAATGATGAA
GCATCAGAAA TTACTACTAA ATTATTAAAG TATTACGGAA TATATGGTAA AATTTCTATT
TATGTTTCTA TTCAGGAAAT ATTCTATAAT AGAGGTATTT TAGAAGCTAA AGAAAAATTA
GTTAATGATA AAAAAGTGCC GTTAAAAGAT ATTTATTTAT CATTATTAAA CTCAAAAAAT
GATATTATTA CTCTTATAAA AAATAATGTA GAAGAAACAA AATCTATTAT GGAAGAAAAA
TCATTTATCA CTTCTATAAC AGTTAATATT AATGGTACTA TATCATTCAT TAATTATATT
TTCAGTGATG AATTAAACGA ACTTATTGAT AATAAATTTG ATTTTGTTTT CAAAGTTCTC
GACACAGCAA AATCAAAGGA AATAAAAAAG CATTGTGTAT CGGTAATAAA TAATAATGAA
AGCGTTGTTA GAAGCGAAGT AGAAAAATTG GCAAATGAAG GAAAAGAGGC TTCAAGAACA
GTTTATAAAG AGATAATTAA ATATTGGGAT TTACAAAAGT TTGATGATGA TTTTAAATTT
AAAAGTGTTG ACGAAATAAA CGAATATTTA AATAAATACT ATAATGAAGG ACATGAAACT
CTAATAAAAG ATATAGACGA AAATATACTC TCTAATATTT TGTTAAAAGA TAAAAAAACT
AAAGCTCCTT TAAATATAGT TAAGTATATG TTTATGGAAT ATATTGCTTT AAAAGAGCCT
TCAATATTAA AAGACTGCAA CAAGATAGCA GAGTTTTTTG ATATTGATTC ACTTAGAAAT
GCACTTGATA ATATATATTC AAATTGGCTT GATAATAAAG CAGATACAAA ATTAAAAAAT
ATACTTATTC CATATTGTCT TTTTCAAACT GAAGATAAAC TCTTAAAGTT AAAGGCTCAG
ATTGAAGAAT GGGCATTAAA CTCAAGAGGA GCATTAGCAG CACATGCAGT ATATGCTATA
GCATTAAAAG CAAGCAAATT TGCATTGGTT TTAGTTGACA CTATGTCTGT AAAAGTTAAA
AATAATCAGG TTAAAAATGC TGCTAAAGAT GCATTAAAAA AGACTGCCAA AGCATTAGAG
ATTTCAGAAG ATGAGCTTAT AGATAAAATA ATACCAGATT TGGATTTTGA TAAAAAAGGA
ATGAGAGAAC TTCATTACGG AGGAGAAGCC GACAGAGTAT TTAAACTTCA AATAAAAAAT
GATTTCACTA TAGAAGTAAC AGATTCAAAC AATAAAGTTT TAAAATCACT TCCTGCACCA
AACAGTAAAG ATGATAAAGA AAAAGCGGAT GCAGCTAAAA AAGAATTAAC TTTGATAAAG
AAAAATATCA AAATGATAAC TTCTAATCAA ATAACAAGAT TAAATAAAGT TTTATTAAAT
GGGCGTAAAT GGTCTTATAA AACTTTTAAT GAACTTTTTG TAGAAAACCC TATAATGAAC
ATATTTGCTT TAAAACTTAT ATGGGGCGTT TATGATGAAA AAAATAATTT AATAGAAAGT
TTCAGATATA TGGAAGACGG TTCTTTCAAT ACCTTCGATG AAGAAGAATA TATATTTGAA
GACAGTCTTA AAAACAAAAA GAATATTACT TTAGTTCACC CTATAGAATT AGACGATGAA
AAATTATCAA AATGGAAAAC TCAGTTAAGC GACTATGAAA TATCACAGCC TATTAATCAG
CTTGATTTAT TATTTGAAGA AGTGAAAGAA GAGCATATAA AAAACAACAA AATAATTTCT
TTTGAAGATA GAGAAATAAC AGCAGGCGAG ATTATGTCAA TGGCAAATAA AATGTCATTT
GAAAGAAGCA GAGATATTGA AGACGGCGGA AGCTATACTT ATTATGAATT AAAAGACTCT
ATATTAAATA TTGCATGCCG TATAGATTTT GAATATATGT GGTTTGGAAT AGAGGCGGGA
GAAAAAGTAA CATTTAAAAA TATTGCTTTT CATAGACTAG ATGAAAACGG AAACTGCAAT
GAAGAAGAAT ATATAAATCC TTTAGAGATT AATAAGAGAT TTACTTCATC AATATATGGA
ACAGTAAAAT CTTATTTTAT AAAATAA
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| Protein sequence | MENNISNEEQ IRNKFERIFQ YENNKNAFLD YFYGRTNSCP TLKNYYGVDA EDIFKFYFDE
NTKEEDKKAI SKYAEAVIKD IYKGENVDII LRLSTGEDLE KALIESYNNT TERTIYDTKY
SKATLANNKA SKYIKIQVNN FYKFSELEAY VSKEFNKYLE KVKNDNKALL NKEPHLLLTI
LAYLINRDDD KILIKQLLNY IDSLKINDEE TISLIFSIAD KDEEVYKRLM NILNKDNNMI
YFLVNIYKDM TRTIKLYKRL FKGYSEDKGY YYYTQKLIPE YLELCSFPKE CILLNTIVNN
NTLFISYLTV EAKKLYDEDK ETFYKLYEII AKSKLEQLYL DYAMLSSIML ASGDNKYNID
TNAIVETLKT MCVELLKIMG AIKNFDEITS KSFKYVKENP YSNHSHYLSA IMSLDGINDE
ASEITTKLLK YYGIYGKISI YVSIQEIFYN RGILEAKEKL VNDKKVPLKD IYLSLLNSKN
DIITLIKNNV EETKSIMEEK SFITSITVNI NGTISFINYI FSDELNELID NKFDFVFKVL
DTAKSKEIKK HCVSVINNNE SVVRSEVEKL ANEGKEASRT VYKEIIKYWD LQKFDDDFKF
KSVDEINEYL NKYYNEGHET LIKDIDENIL SNILLKDKKT KAPLNIVKYM FMEYIALKEP
SILKDCNKIA EFFDIDSLRN ALDNIYSNWL DNKADTKLKN ILIPYCLFQT EDKLLKLKAQ
IEEWALNSRG ALAAHAVYAI ALKASKFALV LVDTMSVKVK NNQVKNAAKD ALKKTAKALE
ISEDELIDKI IPDLDFDKKG MRELHYGGEA DRVFKLQIKN DFTIEVTDSN NKVLKSLPAP
NSKDDKEKAD AAKKELTLIK KNIKMITSNQ ITRLNKVLLN GRKWSYKTFN ELFVENPIMN
IFALKLIWGV YDEKNNLIES FRYMEDGSFN TFDEEEYIFE DSLKNKKNIT LVHPIELDDE
KLSKWKTQLS DYEISQPINQ LDLLFEEVKE EHIKNNKIIS FEDREITAGE IMSMANKMSF
ERSRDIEDGG SYTYYELKDS ILNIACRIDF EYMWFGIEAG EKVTFKNIAF HRLDENGNCN
EEEYINPLEI NKRFTSSIYG TVKSYFIK
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