| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1234 |
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| Symbol | |
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| ID | 9142219 |
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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 | 1434290 |
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| End bp | 1437064 |
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| Gene Length | 2775 bp |
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| Protein Length | 924 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | |
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| Product | trep |
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| Protein accession | YP_003633527 |
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| Protein GI | 296126275 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.00000000941039 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAAAAAGT ATATTTTATT TCTTACTTTA ATATTTACTA TAAGTGTAAA TCTATACACA
CAGGTTTTCA AACCATTCAG AAAGTTATAT ACCATACAAA CAGAAAAGTT TGAAATTATC
TTTCCTATAG AATCCAGAAG AACAGCTGAA AACCTTGCAA AAGTTGCTGA TGATATATAC
GAAAAATATT CTAAAATTTT AAACAGTACA GTACGAGGAA AAATCCCCAT AACAATAACC
CCCGATTTTA ATCTGTTTAA TTCGGCAGCA ATGATAATAC CTGCTTCAAG CCTTATACTT
TATGATACCA ATCTGGACGA AAATTTTACA AGTTTCAGTA ATAACTTTGA AACAGTATTT
ATACATGAAC TTACTCATCT GCTGACTATG GCTTCAGAAA ATACAGGGCT TGCAACTAAG
GTAATGGGAA ACTGGGCTTC TTTTGTTCAT ATTAACGCAA TGCCTTTTAT GATAGAGGGT
GCTCCTGTTA GTATGGAAAG TTTTACAGGT TTTGGCAGGG CTAATGATCC GCTTGTTAAA
GAGAGATTGA GACAGGATAT TTTTGAAGGA AATTTCAGGA CTCCAATTCA AGCCTCCTAT
GTATGGACAA AAATGCCATA CGGAAATGTA TACTATGAAT ACGGCGGATT ATTTTCAAAA
TATTTGCAAG ACAGATTCGG AATGGAAAAG TATAATGAGT TTTGGAATAG AATGCAGACA
AGACTTCATT TTTCATTTTT GGTTTATAAT TCTGGAGTAT ACGGAGCTTT TAAAAAAGTT
TACGGAATAA AATTTACTGA AGTATGGTCA GACTTTCAAA ACTATTTGGT GCTTACAGAT
ATTAATCCAA GCGAAGAATT GAGAGTAAAT GATAAAGAAA CTTTTATTAA TGATATCGCC
TCATACAATG ACACTCTATA CTATATAGAC GGAGATATAG GAGCATTGTA TTCATATAAA
GAAAAAAGAA ATAATGAAAA TAATAAAAAA GATTTGAAAT TAGAGTTTTT AATAGACAGA
AGCTCTGAAA GTTTGGATAT ATCAAAAGAC GGAAGCAATG CTTTGATAGT GTCATATATG
TTTAACGGAG GACTTTATAA ATATATTGTA AAAGAATATG ATTTAAATAA AAAAAGAAGA
ACAAAAAGAA AATGGTTTGA CCTGCAGTAT GCAAGATATT TTAAAAATGG TATTATAGGA
ATATCAAAGG ATTTGCATAA CTCTGTTTTA GTATACATAA ATGAGAATAA TGAAAAAGAA
ATTTTATTAC AAGCCAATGA TAATTTCGGA TACAGTTCTC CTACAGTTAT TGATGATAAT
AATATAGCAT TAATAGTTAC AGATAACGGA ATAAAACATA TAGCAATATT TAATTATAAT
AGTAAAACAT TAAAATATAT TGATACAAAG GATAACACTT TTAATTATGT ACGTTATTTA
AAATACTCAA ATAACAAACT TCTTTTTTCG TATAATAATA ATGACAGATT TTATAAGCTA
GGCGAAATTA ATTTAAATAA TAATAGTATT AAGCTATACA CAAAAGACTA TTCAGGCGGG
GTATTTTCTG CTGTATATGC TGGAGAGAGC ATTTATTATA AAGGCAGATT TTCAGAGTTT
GACAGGCTTA TGAAGTACAC AGACAATTCA TCTCAAACAA AAAACTTCGC ATATACTGAT
AAAACAATTA ATAAATACGA GTTTACTCCT CAAATGGATA TGGGAAATTA TAATGCATTT
AAATATTTTA AGCCTTGGAC TATGTGGGTG CCTCTTCCTC AAGTAAATGA TACTTTTCCT
TTTCTTGTAA ACGGGCTTGG AATATTATCT GTAATCTCTT CACCTTCTGC AAATAATTTG
GCGTTAATAT GGCTTGGGTA CGATATACCT TCCAACTTTC TTCAAACTGA ACTCACTGTT
ACTTCTTTTA GCATGCTTTA TCCTTTATAC TTTGGGTTTA AAAGCGATGT AGTATATTCT
ACATACAATT ATTGGAGATT AAATACATAC CTTGCTATGC AGTTTTTAAT TAATACAGAA
AGCGACAAAG TGCATTTCTT ATTAGAGCCT TCGATATCTG GTGCTTTATT TTCAGAATTT
GTCAATCCTC AAACTAATAC ATCATCAGCA TTTACATGGA AATATTCTTC ATATACTTTT
AATATTTCTC TAAAGGCATC AATGATATTC AGAGTGCAAA CTGATAAACC ATACAGAGAT
GATTTAGTTG ATATAACTAT ATACCCTACA TACTCTATAA GATATAATAA ATTTGCTATA
GACTTTAATA CAAAATTCCA AACAAGATAT GTTCCTATAA GAGCAAGTTT TTACGGTTCT
TATGCATTCG ATACAAATAC AGCATTTGAT GGAAACTCTG CAGTATTCGG AGCTAGAGAA
GTAAAAGCTC CGGAAGAGTT TTATTCATAT GTACAAAATA AAAAATATAA ATCAAATTAT
TTTTTAGGCG GTGATGTTGA ACTTTTAGGT TATTTAAGTT CTCATTTTAA TTTAAGCCAT
ATATACTTTG ATAATTTCTT TGCTTCGCTT TCATATAGAT TTGCTTATTA CTCAAAAGAA
TATATGCATT CTGCGGCTTT AAAAGCAGGA TTTGATGCGA GCATTCCTGT ATCAGGATAT
CAGAATATTG TTACAGGTGA GCCTTATTTA CTTTTAGCTT TAAGACTTCC TAAGAGCCTT
GATAAAAGTA TAATTCAAAA CTACCCTACT CTGAATGATA TATATATAGG CTTTGGCTTT
CAGATGTCTT GGTAA
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| Protein sequence | MKKYILFLTL IFTISVNLYT QVFKPFRKLY TIQTEKFEII FPIESRRTAE NLAKVADDIY
EKYSKILNST VRGKIPITIT PDFNLFNSAA MIIPASSLIL YDTNLDENFT SFSNNFETVF
IHELTHLLTM ASENTGLATK VMGNWASFVH INAMPFMIEG APVSMESFTG FGRANDPLVK
ERLRQDIFEG NFRTPIQASY VWTKMPYGNV YYEYGGLFSK YLQDRFGMEK YNEFWNRMQT
RLHFSFLVYN SGVYGAFKKV YGIKFTEVWS DFQNYLVLTD INPSEELRVN DKETFINDIA
SYNDTLYYID GDIGALYSYK EKRNNENNKK DLKLEFLIDR SSESLDISKD GSNALIVSYM
FNGGLYKYIV KEYDLNKKRR TKRKWFDLQY ARYFKNGIIG ISKDLHNSVL VYINENNEKE
ILLQANDNFG YSSPTVIDDN NIALIVTDNG IKHIAIFNYN SKTLKYIDTK DNTFNYVRYL
KYSNNKLLFS YNNNDRFYKL GEINLNNNSI KLYTKDYSGG VFSAVYAGES IYYKGRFSEF
DRLMKYTDNS SQTKNFAYTD KTINKYEFTP QMDMGNYNAF KYFKPWTMWV PLPQVNDTFP
FLVNGLGILS VISSPSANNL ALIWLGYDIP SNFLQTELTV TSFSMLYPLY FGFKSDVVYS
TYNYWRLNTY LAMQFLINTE SDKVHFLLEP SISGALFSEF VNPQTNTSSA FTWKYSSYTF
NISLKASMIF RVQTDKPYRD DLVDITIYPT YSIRYNKFAI DFNTKFQTRY VPIRASFYGS
YAFDTNTAFD GNSAVFGARE VKAPEEFYSY VQNKKYKSNY FLGGDVELLG YLSSHFNLSH
IYFDNFFASL SYRFAYYSKE YMHSAALKAG FDASIPVSGY QNIVTGEPYL LLALRLPKSL
DKSIIQNYPT LNDIYIGFGF QMSW
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