| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1025 |
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| Symbol | |
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| ID | 9142007 |
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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 | 1200519 |
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| End bp | 1203671 |
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| Gene Length | 3153 bp |
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| Protein Length | 1050 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003633320 |
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| Protein GI | 296126068 |
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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 | 53 |
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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 | ATGAGAAATT TTATAGAATT GGTAGTAAAA AGACCCGTAG CGGTTTTTAT GTGTATGATA
GCAGTATTAA TATTAGGCTT TGTAAGTTTA AGTAAATTAG CAGTAGATTT TTTACCAGAT
ATGGAGCTTC CTTATATAAC TGTAAGAACA GAATATGAGA ATGCAGGACC TGAAGAGGTG
GAGAAATCTG TAACTAGGAT TGTAGAAAAT GCAGTGGCTA CAGTAAGCGA TATTAATACA
ATAACTTCTA CTTCACAAGA GGGGGAGTCA AGCGTATTTA TAGAGTTTAA CTGGGGCACG
GATTTAGCTG TTGCTACTGC AGATATAAGA GAAGCAATAG ACGGAGTAAA AAATTCGCTT
CCAGATGATG CCGACAGCCC TACAGTATTT AAATTCTCTA CCGATATGAT GCCAGTTATG
GAAATAGCAT TCTTTGGAAC GGATAATTTG GGAGCATTGT ATACTTTAAT AGATAATCAG
ATATTAAATA AAATAGAGCA GGCTTCAGGA GTAGCAAGGG CAGAGATTAG AGGCGGACTT
CAAACTGAGA TGAAAGTAGA CTTGGTTTTA AATAGACTTC ATGCCTACGG AATAGATATT
AATACAATAG TCTCTCTTCT TTCAAGTGAG AATCAAAACC TATCAGGAGG AGAAACTTAT
GAGGGGGTTT ATAAATATAC TTTAAGAACT ATGGGAGAGT TTACCACAGT AGAAGATATA
GAAAATACTG TTGTAGCATT AAAAACAAAT GATACACCCA TAAAATTAAA AGATATAGGC
AGAGTTTATC AGGGATACAG TGATGATTCT GAGATAGTAA AGATTAACGG TATGCCTGCA
ATATCCGTAT CTGTCAATAA AGAGTCTGGA GGAAATACTG TTAATGTATC TAAAGCAGTT
CAAAAACAGC TTGCAAATCT TACTCTTCCA GAGGGCGTAG AATATGAGAT ACTTTTTAAT
AATGCAGACA ATGTAAATGA ATCTATAAAC GGAGTTCTTG ATACTGCTTG GCAGGGCGGA
TTATTTGCCG TTATTATATT AATGCTTTAT CTATGGAATA TAAAAACAGT TTCTATAATA
GCGATTTCTA TACCTATATC AATAATAATC ACATTTACAT TAATGTATTT TATGGGTATT
ACTTTAAATA TTATTTCATT ATCAGGACTT GTTTTGGGTA TAGGTATGAT GGTTGATAAC
TCAATAGTAG TTTTAGAAAA TATATTTTAT TATAGAAATA ATGGATATGG AAAATATTCT
TCAGCTATAA ACGGTACTTC TTCTGTGGCA CTTGCAATAT CAGCTTCCAC TCTTACAACT
ATAGCGGTAT TTTTGCCTTT TCTTTTTGTT GAAGGACAGA CTGGACAATT ATTTAGAGAT
TTATGTATTA CAGTTACAGT TTCTATGATA GGTTCATTAT TTGTAGCTCT TACAATAGTT
CCTATGCTTG GAGCTAGACT TGTAACGAAT AAAAAAACTA AGTTCTTAAT ACCTATAGAA
AATTTTGTTA ATAAAAACTT TCATAATAGA GTTAATAATT TATATTCCAG CGTGCTTCAT
TATTCTATAA AAAATAAAAA GAAAGTATTA ATTTCTTCAT TGTCTGTTGT ATTTGTAATA
ATAGCATTAG GTTTAACTTT TATAGGTAAG GAGGGATTTC CTACTTCAGA TGAAGGTCAG
TTTAAGATAG ATGTAGAAAT GCCGGTTGGT ACAAAATCAG AGCAGACACA ATCATTTGTT
ACTAGAATGG AAAGCGATAT ACAAAATCTC ATAGGAGAAG ATTTTGACAG AATGCAGTCA
AGAGTACAAT CAGGTTCTGA TGAAAATAAA GCAGAAATAA GAGTACAGTT AAGAGATAAA
AGCGAGGGAA GAAAAAAATC GGTTGATGAA TATATAGAGT TTACAAGAAA TGCTTTGGTT
TCTTATCCTG CACAGATTAA TATAGCAGCT ATAACAAGTT CAGCAATAAA TAGCGGAGGA
AGAGACGGAG GAACAGGCGG AAATGAAATA GAGATAGAAC TTGTAGGCGA TGATTTGGAT
AAAGCTACAG AAATAGCCAA TAATATAATA GCTGCAATAT CGGATATAGA AGGTATAAGA
GAACCAAGAC TTACCAGAGA TGATTCCAAT CCGGAACTTA AAATATATGT TAATAGAGAA
ATAGCTGCCA AAATGGGTAT CAATGTAAAC ACTATAGCAA ATATTGTTAA AACAAGTTTT
GCAGGTACTA CTGCTACAAC TATGACTCCA GCCAATTCTG ATGTTACAGA TATAGATGTT
AATGTTCAGT TGGGCGAGCC AGACAGATTA AATATAGACG ATATATCAAG ACTTATGATA
CCTACTACAA GCGGTATAGT TCCTATATCT TCTATAGCTA CTGTTGAAAA AAGTTACGGA
CCTACAGAAA TAGAGAGAAA AGACAGCACT AGAATAACTA CCATAAAAGC CTCTGGATAT
AACAGAGCTT TAAGTGAAAT AATGACAGAT GTGCAGGAAA AAATAAAACA GGAAGTATTT
ATTCCTTCAG GATTTAATAT TAATTATACA GGCGATTTTG AAGATATGAA TGATGCTTTC
TTACAGCTTC TTCAGGCTTT GATATTGGCA CTTGTATTAG TTTATGCTAT AATGGCTAGT
CAGTTTGAAT CTTTCATAGC ACCTTTTGTT ATAGCACTTG CAATTCCTTT TGGCTTTGCA
GGTTCTTTAA TAGCACTTTT TATAGGACGT CAAACTTTAA GTGTATACAG CGGCATAGGA
TTTATTGTAC TAATAGGTAT TGTAGTAAAT AATGGTATTG TGCTTATAGA CTATATGAAT
CAGCTTATGC ATGAAAAAAA TATAAGCGGA GATGAAGCTG CATTGGAGTC TGGACCTAGG
CGTTTAAGAC CAGTACTTAT GACAACGCTC ACTACTATAT TAGGACTTTT ACCTATGGCA
TTATCAGGCG GAAGCGGAAA CGAAATGTAT CAGCCTTTAT CTTTGGCTAT ACTTGGAGGG
CTTTTATTAT CAACAGCATT TACCCTTGTT ATAGTGCCTA CAGTTTATGC TGCTATAAGA
AATAAAATAC CTCTTAAAGA CTATGAGCAG AAAGATTTGG AAAGCAGAGA TGATTTTTCA
AATTATGATA CTATAAATGC AACTGGTAAG TGA
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| Protein sequence | MRNFIELVVK RPVAVFMCMI AVLILGFVSL SKLAVDFLPD MELPYITVRT EYENAGPEEV
EKSVTRIVEN AVATVSDINT ITSTSQEGES SVFIEFNWGT DLAVATADIR EAIDGVKNSL
PDDADSPTVF KFSTDMMPVM EIAFFGTDNL GALYTLIDNQ ILNKIEQASG VARAEIRGGL
QTEMKVDLVL NRLHAYGIDI NTIVSLLSSE NQNLSGGETY EGVYKYTLRT MGEFTTVEDI
ENTVVALKTN DTPIKLKDIG RVYQGYSDDS EIVKINGMPA ISVSVNKESG GNTVNVSKAV
QKQLANLTLP EGVEYEILFN NADNVNESIN GVLDTAWQGG LFAVIILMLY LWNIKTVSII
AISIPISIII TFTLMYFMGI TLNIISLSGL VLGIGMMVDN SIVVLENIFY YRNNGYGKYS
SAINGTSSVA LAISASTLTT IAVFLPFLFV EGQTGQLFRD LCITVTVSMI GSLFVALTIV
PMLGARLVTN KKTKFLIPIE NFVNKNFHNR VNNLYSSVLH YSIKNKKKVL ISSLSVVFVI
IALGLTFIGK EGFPTSDEGQ FKIDVEMPVG TKSEQTQSFV TRMESDIQNL IGEDFDRMQS
RVQSGSDENK AEIRVQLRDK SEGRKKSVDE YIEFTRNALV SYPAQINIAA ITSSAINSGG
RDGGTGGNEI EIELVGDDLD KATEIANNII AAISDIEGIR EPRLTRDDSN PELKIYVNRE
IAAKMGINVN TIANIVKTSF AGTTATTMTP ANSDVTDIDV NVQLGEPDRL NIDDISRLMI
PTTSGIVPIS SIATVEKSYG PTEIERKDST RITTIKASGY NRALSEIMTD VQEKIKQEVF
IPSGFNINYT GDFEDMNDAF LQLLQALILA LVLVYAIMAS QFESFIAPFV IALAIPFGFA
GSLIALFIGR QTLSVYSGIG FIVLIGIVVN NGIVLIDYMN QLMHEKNISG DEAALESGPR
RLRPVLMTTL TTILGLLPMA LSGGSGNEMY QPLSLAILGG LLLSTAFTLV IVPTVYAAIR
NKIPLKDYEQ KDLESRDDFS NYDTINATGK
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