| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1579 |
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| Symbol | |
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| ID | 9142572 |
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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 | 1811661 |
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| End bp | 1814801 |
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| Gene Length | 3141 bp |
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| Protein Length | 1046 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003633865 |
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| Protein GI | 296126613 |
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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 | 89 |
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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 | ATGAGAAGTT TTATTGAACT AATAGTAAAA AGGCCTGTTG CCGTTTTTAT GGGAATAGTT
GCCGTTGTAA TACTTGGTAT TGTAAGTTTA TCTAGGCTTC CTGTCGATTT TCTGCCGGAC
ATGGAGCTTC CTTTTATTAG TATAAGAACT ACTTATGACA ATGCAGGTCC TGAAGAAGTT
GAAAAATCTG TTTCAAAAAT AATTGAAGGA GCTGTTTCAT CAGTTAATAA TATTAAGGAG
GTAAGTTCTA CTTCAGAAGA AGAGGACTCA AGAGTTTTTA TTGAGTTTAA CTGGGGAAGT
GATTTAGCTT CTGCTACTGC AGATATTAGA GAGGCAATAG ATAGAATAAG AAAATCGCTG
CCTGATGATG CTGAAAGCCC TGCCGTTTAT AAATTCTCCA CCGACAACAT TCCAGTTATG
GAAATATCAT TTTATGGTAC TGATAATTTA TCTGCATTAT ACAATTTAGT TGATAATCAA
ATATTAACTA GTATAGAGCA GGTAGGCGGT GTTGCTATGG CCGAAATTAG AGGAGGTCTT
AAAACTCAGA TTAAAGTTGA TGTAGATATG AATAGGCTTC AGGCTTACGG ACTTGATATT
AATACTATTG TAAACACATT GGCTATAGAA AATCAGAATA TTTCAGGCGG TGAAACTTAT
GAAGGCGTTT ACAAATATAC TTTAAGAACT ACTGGTGAGT TTAAAACCGT TGATGATATA
GGTAATGTTG TTGTGGCATT AAAAGACAAT AATACTCCTA TAAGACTTAG AGAATTGGCT
ACTATTTATG AAGGATATGA TGAAGACGGA GACGTTATTA AAGTTAATGG TACTCCTGCT
GTTAACGTTT CTATCAATAA AGAATCCGGA GCTAATACTG TTGCCGTTTC TGAAGGTATA
AAGAAAAGAC TTGATACTCT TAATCTCCCT GAAGGTATAA AATACGAAGT GTTATTTAAC
AGTGCTGATA ATGTTAATAA TGCCATAAAA GGCGTTCTTG ATACTGCTTG GCAGGGAGGT
TTATTTGCTG TTATAATACT TATGCTTTAT TTATGGAATG TTAGAACTGT ACTTATAATA
GCAATATCTA TTCCTATGTC TATTATTGTT ACATTTACTT TGATGTATTT CTTTGGTACT
ACTTTAAATA TTATCTCGCT CTCAGGACTT GTACTTGGTA TTGGTATGAT GGTGGATAAC
TCTATTGTTG TACTTGAAAA TATATTCTTC TATAGAAATA ACGGATATGG TAAATATTCT
TCTGCTATAG ACGGTACTTC TACAGTGGCA CTTGCAATAT CTGCTTCTAC TCTTACTACA
ATAGCGGTAT TTTTGCCTTT CCTTTTTGTT GAAGGTCAGA CTGGTCAGAT GTTCAGAGAC
TTATGTATTA CTGTTACTGT TTCTATGATA GCTTCTTTGG CTGTTGCTTT AACTATTGTA
CCTATGCTTG GGGCAAGACT TGTAACTACT AAAAAATCTA AATTCTTATC AAAATTTGAA
GATTTTTTTG ATAAGCACTT CCACTCAAAA GTAAACTTTA TATATGAGAA AGTATTAACA
TACTCAGTTC ATCATAAAGC CAGAGTATTA ATTCCAGTTA TCACTATAGT ATTTGCTGTA
ATCATTGTAG GATTAATATT TATAGGTAAA GAGGGGTTCC CTGAATCTGA TGAAGGACAG
TTTAGAGCAA GCATTACTAT GCCTATAGGT ACTAGAAAAG AGCAGACGGG AGCTTTCGTT
GATAGAATGA GAAAAGATGT AGAAGAAGTT GTAGGAAAAG ATTTAAGCAG AATTCAGACT
AGAGCAAGAT CCGGTTCTGA TGCTAATAAA GGAGAAATCC GAGCCAAACT TATAGACAAA
TCTGACGGAA GAACTATTGA AACAGCAGAA TATGTTGAGC TTGTTAGAAA AAAATTAGCG
AGCTACCCTG CTACTATTAA CGTAGATACA GTTAGCAGTA TGAGAGGAGG CGGAAATAGC
GATTCCAGCG GTATTGATAT AGATATAGTA GGAGAGGATT TGGTAAGAGC TAGGGAACTT
GCAAATAGTG TAATAGCCGC ATTGCAAGAT GTTCCAGGTT TGCGTGATGT ACGTTTGAAA
AAAAGCGATG CCAGCCCTGA ACTTAATGTT ACTGTTAATA GGGATTTAGC TTCTAAAATG
GGACTTAATA TAAATACTGT TGCTAACTCC ATTAAAACAA GTTTCGGCGG TACTACTGCT
ACTAGAATGA CTCCGGACAA TTCTGATGTT ACTGATATTG ATGTTATAGT TCAGCTTAAT
GAAAGAGACA GAATCAACAT AGATGATGTT AAAAGAATGC TTATACCTAC CTCTGCGGGA
ATGGTTCCGG TATCTGCTAT AGCAAATGTA GATAAAAGTT TTGCTCCTTC AGAAATAGAG
AGAAAAAATG ACAGCAGAAT AACTTCAATT ACTGCTTCAG GATATGGAAG ACCTATGAAC
CAAATAATGA ATGATGTACA GGCTGCTATT AATGAAAAAG TATTCTTACC TTCTGGTTTC
TCTATTGTTT ATTCTGGAGA TTATGAGGAT ATGAATGAAG CTTTCGGTCA GCTTATACAG
GCTTTATTTT TGGCTTTGGT ATTAGTTTAT GCTATTATGG CAAGTCAGTT TGAATCTTAC
ATAGCTCCTT TTGTTATTGC TCTTGCTATA CCTTTTGGTT TTGCCGGTTC TCTTACTTTG
TTATTAGTTA CAGGACAGAC TTTGAGTGTA TACAGCGGAA TAGGAGTTAT AGTGCTTATT
GGTATTGTAG TTAATAATGG TATTGTACTT ATTGACTATA TGAATCAGCT TATGCATGAG
AAAAAAATTA ACGGTGATAA AGCTGCTTTA ATAGCGGGTC CTAGACGTTT AAGACCTGTA
CTTATGACTT CTCTTACTAC AATACTTGGA CTTCTTCCTA TGGCATTATC AAGCGGTGAA
GGTAATGAAA TGTATCAGCC TTTATCTCTT GCTGTACTTG GAGGGTTGAC AGTATCTACT
ATGTTTACTC TTGTTATAGT ACCTACTGTT TATGCTGCTA TTAGAAACAG AATACCTCTT
AAAGACTATG ATGCTAAAGA CTTAGCTAGT GTTGAAACCA CAGGAAACAT TGATAATGCT
TTAAGTACGC CGGGAAAATA A
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| Protein sequence | MRSFIELIVK RPVAVFMGIV AVVILGIVSL SRLPVDFLPD MELPFISIRT TYDNAGPEEV
EKSVSKIIEG AVSSVNNIKE VSSTSEEEDS RVFIEFNWGS DLASATADIR EAIDRIRKSL
PDDAESPAVY KFSTDNIPVM EISFYGTDNL SALYNLVDNQ ILTSIEQVGG VAMAEIRGGL
KTQIKVDVDM NRLQAYGLDI NTIVNTLAIE NQNISGGETY EGVYKYTLRT TGEFKTVDDI
GNVVVALKDN NTPIRLRELA TIYEGYDEDG DVIKVNGTPA VNVSINKESG ANTVAVSEGI
KKRLDTLNLP EGIKYEVLFN SADNVNNAIK GVLDTAWQGG LFAVIILMLY LWNVRTVLII
AISIPMSIIV TFTLMYFFGT TLNIISLSGL VLGIGMMVDN SIVVLENIFF YRNNGYGKYS
SAIDGTSTVA LAISASTLTT IAVFLPFLFV EGQTGQMFRD LCITVTVSMI ASLAVALTIV
PMLGARLVTT KKSKFLSKFE DFFDKHFHSK VNFIYEKVLT YSVHHKARVL IPVITIVFAV
IIVGLIFIGK EGFPESDEGQ FRASITMPIG TRKEQTGAFV DRMRKDVEEV VGKDLSRIQT
RARSGSDANK GEIRAKLIDK SDGRTIETAE YVELVRKKLA SYPATINVDT VSSMRGGGNS
DSSGIDIDIV GEDLVRAREL ANSVIAALQD VPGLRDVRLK KSDASPELNV TVNRDLASKM
GLNINTVANS IKTSFGGTTA TRMTPDNSDV TDIDVIVQLN ERDRINIDDV KRMLIPTSAG
MVPVSAIANV DKSFAPSEIE RKNDSRITSI TASGYGRPMN QIMNDVQAAI NEKVFLPSGF
SIVYSGDYED MNEAFGQLIQ ALFLALVLVY AIMASQFESY IAPFVIALAI PFGFAGSLTL
LLVTGQTLSV YSGIGVIVLI GIVVNNGIVL IDYMNQLMHE KKINGDKAAL IAGPRRLRPV
LMTSLTTILG LLPMALSSGE GNEMYQPLSL AVLGGLTVST MFTLVIVPTV YAAIRNRIPL
KDYDAKDLAS VETTGNIDNA LSTPGK
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