| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1026 |
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| Symbol | |
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| ID | 9142008 |
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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 | 1203916 |
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| End bp | 1207731 |
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| Gene Length | 3816 bp |
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| Protein Length | 1271 aa |
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| Translation table | 11 |
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| GC content | 19% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003633321 |
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| Protein GI | 296126069 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.0000000000337819 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGGATTTAT TTTTTCAATT AATGTTAGGA GCTTTTCTCG GAGCTGCTGC TGGTTATTAT
ACTAATACGA TAGCATTAAA AAAGTTATTT TCTAATAATG GAATAATAGC AAGAGAAAAA
GACAGATTTA TTGATGAAAT AAGTATTATG ATTTCTAAAA AGATTATTAA TTATGATTCT
ATATATAAAG AAATAATAAA AGATAAGTTT CAAAACAATA TAAAAGAGTT TTTTAAGAAA
ATAAAAAATC AATTAATATC AAAAACAGAT ATAAAAATAA AAAATGTAGC AGGGTTTAAT
GAGTCTAAAG AAAATATAAT AAATTGGATA AAAACAGATG CTAATGAAAA TATACTAACA
ATATTAAATG AATTATCTAA AAATATAAAA CTAGAGCAGA TTATAGATGA AAGTCAATTC
AAACATATTA TAAAAAGTAT TACAGAGTCT TTCATATCTT ATGAGAAGAA TAATCATTTT
ATATTAAATG CAGCAAATAA AATATATAAA AATAATAATG AAAAATATAA AGATATATTA
AAAGAAATAT CTGATAATAT TATTAATAAC TTGTCAAATA ATAATAAAAA AATAGAGAGT
TTATTAATAT CTTTAATTAA TAATTTAAAT ATAGAAAATC TTTTTTATGA TTTTTTCTTT
TCCCTATCGG ATAAAAAAAT AAAGGAATTA TTTTCTATAA ATGACATTTT AGAGATAAAA
GATATTATCA AAGAATTATC AAATAAAAAA GAATTTGAAA ATATAGTTGA TTATGTAATA
GATAAACTCT ATATGAAATT AAAAAATACT GATAAAACAA TATATGAACT TTTAAATCAT
AATATATCAG ATAGAATTAA AGATATAGTA TCAGATATAC TTCCCAAATT AATAGATATA
ATAATTCCTA TAATAAATGA AAATAAATCA AAATTAGAAT GCATTATAGA AAAGGCTGTT
GATGAAGAAA TAGAAAATAT AGACGGAGTT TTTTGGCAGT TTATAGTAAA AGCTATTAGA
AAAGTTTTTT TAAATGATAT AGCTTCAAAA TATAAGATAG TTAATAAAAT TATAGAATAT
ACTCAAAAGT ATAAAGATAA TAATGAGAAA TTAGTTGAGG CAGTGTGTGA TGATATAATA
AATTATCTTA ATAATACAAA AATATCTAAA ATATTAAAAA GTATTGAGGT TAATGAGGAT
ACTTTAAAAA ATGTTTTAAG AGATATTGTG ATATTCAATA TCAAAGAGTT TCCTAATTCT
TTGATAGAAA AGTTTTTGAA TATGAAGATA AGTTTATTAG CTGATTCTTA TATGATAAAA
GAATTATATA GTTTTGTTGA AAAAGAGATT ATTAAATATG CTGTTTCAAA TTTTGATAAG
GTTTCAGCAT TTGTATATAA AAAAATAGAT TCTATAAATG AAGAAACATT AAATAAGTTT
TTTTATAGTT TTGATATTAG TGTTATCATT AAAGAAAATA AATCAAGTAT AGAAAATTAT
TTATATAATG TATACTTAAA ATATAAAGAA AAAACTATTA ATGATTTATT TAATAATTCT
ATTTATGAAG AGATAATTAA TTTATTTGAA ACAATTATAG ATAAATATTC TGATTATAAT
ATAAATGAAA TAATTATAAA AAAAGAAAAA CAAATAGATA ATTTTTTTAA TAATAATGCC
TATAGTTCAA TAATAAAGTT TATAAATAAA GAGAAGGATT TTATTTCATC AGTAATAGAT
TCTATTGTAA TAAAAACAAT AAAAAACAAT ATGGGCAAAT TAAATAAAGA TGAAATAGCA
AAAATGGCCA ATGATTTTAT GGGTAAGGAA TTAGAGCCTA TAAATATATT AGGTGCTTTT
TTGGGATTTG TATTTGGACT ATTAACAGCG TATTTATTTC CAGTCAATTC ATTTAATCCT
TCTTTAGGAT ATTTAAATTA TATAGCAGAG CCTTTGGTAT ACACTTTTAT AGGATTTATA
ACGAATGTTC TTGCTATTTA TTCTATATTC AAGCCTTATG AGCCTTTATT CGGCATAAAG
AAAAAAGTTT TTTGGGGGGC TGTTGCATGT GAGAAAAGCA GATTTGCATC TTCAATGTCT
GATTTTGTTA ATGATAGGCT TATGGAAAAA GAAGGTATTA TTAGTATTTT AGAAAATAAA
AAAGATATAG AAGATAATTT GATAAAAGAT AATTATAAAA AGTTTTTTAA TTATATGCTT
GAAGATGAGA AAATAAATAA ATTAAATATA TTTTCATATT TAAAAGAAAG TATTAACACT
ATTATAATTA ATAATATTGA TTTTATAAAG ACTGGTATTA TTAAACTAAT TATCAAAAAT
AATTATATAT ATAATATTAT AAAAAATAAT AAAGAAGTAT TAATAAATTA TATAAATGAT
AATATATTTT CAGTATTAAA ACTATTACTT TCTAATATTA ATATTATAAA CTTAAAAGAC
TTTATAAAAA ATATAATAAT AGATAATATA AAAGATTTAA GTAAATTTAA AAATATAATA
GTTTTAAATG CCACAAAAGC TATTAATTCA AATTCTGTAA GGGATAGAAT ATTTTATATT
GCTGCATATT TTATTGATAA TGAGATATCA AAAAACAGCA GCAAAAAAAT AAAGGAGATG
TTTGGCGGAG AAATTGTAAA CCTTGTTAGG TCTAACAGTG AGTTTATATT TTCTATGATG
AGTAAAAAAT TAAATGAAAC ATTATTAGAA AATAGGTATG AGATAAGAGA GACCATTATA
AAAGATATTC CTTTGAAAAA TGATTTGGTT ATAGATTTGA CAGACAGAAT AATATTAAAT
TTAATTAATA AAAAGATTCC TATTTTTATT GATGATATGA AATATGATAT TATGAATATA
AGTTTTAATT TTTTAGATGA AAATATTTTA TCAAAAAATG TTTCTTATTT TATAGGACAA
AATAGTAATG AAAAACTTTA TGAAGAAAAT AGTTTAAGAA AATATTTAAA TGACACTATA
AATAATAATG AGTATTTGAT ATTAAATGTT TTTGATAAAT TATTTGATTT TTCTGTTAAG
AATATAGATT ATAAATTAAT AGAAAAGTAT ACTCAATCAT TTTTAGAAAA TACGGATATT
TATTTTTATG AACTCATTAG AAAATTATGC ATTAGTATTT ATAATAACAG ATATAAAGTT
ACAGAAGATA TTAAAAATTA TATAGAAAGC TCATTATATC CTACTACTAT AAAAGAATGT
TTGAATATAG AAAAATATTT TGATGATATA TTAAAAGATA TTTTTAAATA CTCAGATATA
GAGCGTCTTT TACTTTATGA TAATTTAATT GATTTAAATA ATTTTATAAT ATCAATTTAT
AATATTCTTG ATAATTTAGA TAAAAATGAA TATATAAACT CAAGCATATC TGAAGAGATA
AAAAAGATAA TTTCAAAACT TAGAAATGAT ATACCTTTTA TTATAGATGA TAAATTAAAA
TATTATTTTC TTAATTTGAT TATTAATTGT GCTGAAGATG ATATTAATTT AATTATAGAT
GCAATAGATT TTTCAGCTAT TACAAAAGAA GAGATAGATA AGATGAATGC CAAAAATATA
CATGATGTAT TTAATTCTTT TGCAAAGAAG TATTTAACTA GACTTAAATT ATACGGTATG
TTTGGAGGTT TTGTAGGAGT TTTTCTCGTT ATAATAAAGT ATATAGGAAC TTTTAATACA
GAGGCTTTTA ATATTCTTAA TATTATTCTT ATAATAATAA CTATAATTTT ATCTATATCT
ATGATTATTA GCATATTAAA GAATATTTCA GATTGA
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| Protein sequence | MDLFFQLMLG AFLGAAAGYY TNTIALKKLF SNNGIIAREK DRFIDEISIM ISKKIINYDS
IYKEIIKDKF QNNIKEFFKK IKNQLISKTD IKIKNVAGFN ESKENIINWI KTDANENILT
ILNELSKNIK LEQIIDESQF KHIIKSITES FISYEKNNHF ILNAANKIYK NNNEKYKDIL
KEISDNIINN LSNNNKKIES LLISLINNLN IENLFYDFFF SLSDKKIKEL FSINDILEIK
DIIKELSNKK EFENIVDYVI DKLYMKLKNT DKTIYELLNH NISDRIKDIV SDILPKLIDI
IIPIINENKS KLECIIEKAV DEEIENIDGV FWQFIVKAIR KVFLNDIASK YKIVNKIIEY
TQKYKDNNEK LVEAVCDDII NYLNNTKISK ILKSIEVNED TLKNVLRDIV IFNIKEFPNS
LIEKFLNMKI SLLADSYMIK ELYSFVEKEI IKYAVSNFDK VSAFVYKKID SINEETLNKF
FYSFDISVII KENKSSIENY LYNVYLKYKE KTINDLFNNS IYEEIINLFE TIIDKYSDYN
INEIIIKKEK QIDNFFNNNA YSSIIKFINK EKDFISSVID SIVIKTIKNN MGKLNKDEIA
KMANDFMGKE LEPINILGAF LGFVFGLLTA YLFPVNSFNP SLGYLNYIAE PLVYTFIGFI
TNVLAIYSIF KPYEPLFGIK KKVFWGAVAC EKSRFASSMS DFVNDRLMEK EGIISILENK
KDIEDNLIKD NYKKFFNYML EDEKINKLNI FSYLKESINT IIINNIDFIK TGIIKLIIKN
NYIYNIIKNN KEVLINYIND NIFSVLKLLL SNINIINLKD FIKNIIIDNI KDLSKFKNII
VLNATKAINS NSVRDRIFYI AAYFIDNEIS KNSSKKIKEM FGGEIVNLVR SNSEFIFSMM
SKKLNETLLE NRYEIRETII KDIPLKNDLV IDLTDRIILN LINKKIPIFI DDMKYDIMNI
SFNFLDENIL SKNVSYFIGQ NSNEKLYEEN SLRKYLNDTI NNNEYLILNV FDKLFDFSVK
NIDYKLIEKY TQSFLENTDI YFYELIRKLC ISIYNNRYKV TEDIKNYIES SLYPTTIKEC
LNIEKYFDDI LKDIFKYSDI ERLLLYDNLI DLNNFIISIY NILDNLDKNE YINSSISEEI
KKIISKLRND IPFIIDDKLK YYFLNLIINC AEDDINLIID AIDFSAITKE EIDKMNAKNI
HDVFNSFAKK YLTRLKLYGM FGGFVGVFLV IIKYIGTFNT EAFNILNIIL IIITIILSIS
MIISILKNIS D
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