| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_1969 |
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| Symbol | |
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| ID | 9142968 |
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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 | 2244895 |
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| End bp | 2248089 |
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| Gene Length | 3195 bp |
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| Protein Length | 1064 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_003634246 |
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| Protein GI | 296126994 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.00241443 |
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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 | ATGGAAAAAA TTATAGTATT TTTTGCCAAA AAAACTATGC TTGTAAATAT AATAGTAATG
GCAATATTAT TTGTTGGAGG ATATTACTAT TTTAACTTGC AAAAAGAATC AATACCTTCA
ACTGATTTAG ATAAAATGCT TGTAGCTGTA ACATACCCCG GAGCTACCCC TCTTGATGTA
GAGCAGAACG CTGTTATACC TATAGAAGAA GAACTTCAGG CTATAGCTGG TATAGATGAA
TATGAAACTA CAATTATTGA AAACGTTGCT ATAATATTAG TAACATTAGA TGAAACTCTT
CCAGACAGAC AGCCTGTTAA AGATGAAATA TTCAGACAAA TGCAGAATGT TCCGGACTTG
TCAGAAGATG TTGAAGAGGT TACAACATAT GACTTAAACC CTAATAAAAT GTCTATATAT
ACATTGGCTG TTCACTTTAA AGAGGGTATG GAAGGCGATG AAAGAGAATT ATTTGATGTA
AGCCAAATGC TTGAAAATGA ACTTGTAAGG CTTGAAGGTG TAGGCGAAAT AAGAATAGAT
GGAAGAACTG ATCCTGAAAT TAAAGTTTAT GTAGACCCCA TAAAAATGAG GCAGAACTAT
ATAGCTTTAA GCGATGTTGT AAATGCTCTT AGTGTAAGAA ATGTAAGAGC TACTGGCGGT
GATATGGAAT CTGGAGGAAA AGAACAGACT GTTGTAACTT ACGGAGAGTT CCAAAATCCA
TTAGAAGCAA GCAATGCTGT CATACGTTCT ACATTTAACG GACAAAGAGT AAGAGTAAGT
GATATAGGAC ATGTTGAAGA AGGATTTGAA GATAAAACTG TATACATGAG AGTAAACAAA
TCTCCTGGTT ATTCTTTATC AGTAGTAAAA AATGAAAATG CGGACATTCT TAAAACTATT
GAAACAGTAA ACCAATATTT AAAAGATAAT GCTGACTTGA TACCAGATAA TATTCAAGTA
TCTGTTATGG GAGATAATTC AAGAACCATA AAATCTCTTT TAAGTATTGT AACTTCAAAC
CTTATTCAGG GATTTATAAT CATATTCATA ACATTAATAA TATTCCTAGA TTTCAAAAGT
GCTATGTTTA CAAGTTTGGG TATGATTATT ACTATGTTCT CATGTTTTAT ATACATGCAG
GTAGCAGGAA TAACATTTAA TACTATGTCA TTAGCGGCTA TTATTACAGT ACTTGGTATG
ATAGTAGACA ACTCAATAGT AGTATCAGAA AATATATTCA ACTTCAAACA GGCTGGATAT
AAGGGACTTG AAGCAACAAG GCTTGCTGTA AGCGATGTTG TTATGCCTAT GGTGGCTTCT
ACTCTTACAA CAGTTGCGGC ATTCTTCCCT ATGCTTACAA TAAGCGGTAT GATGGGTAAA
ATATTAAACC TTTTCCCAAG AATAGTTATA TTTACTCTTG TTGTTAGTAT GCTTCAGGCT
ACTTTGCTTT TGCCTAACCA ATTGCAGGAC AAAGAAGATA AATACCAATC ATACAAACCT
AAAAAGAAAA GCAAATTTAA AAATCCTCTC GATTTCGACA AAGATGCTTT ATTCGATAAA
ATGAAAATAC CTTTTGGTGC AGCATTAGAA AAATTAATTC ATATAAGATA TATTGTAATA
GGTTTTTTTG TTGCACTTCT TATAGCTTCA ATATTTTTGG CACAAAGCAG TTTCAAAAAC
TTCGTACTTA TATACGATAC AAGTGCTGAT ACTATAGTTA TCAATATAGA AATGCCTACT
GGTACTACTA AAGAAGTTAC AACAAAAGAA ATAGCTAAAA TAGAAGATGC TGTTTTAAAT
GTTGTAAAAC CAGAAGAGCT TGTGGCTTTA TATTCACTTG TAGGAAAGCA GGTTGATCAA
GAGGTTGTAT CTGAGGAAAA AGGAAGTTTG GCTGGTATTA TGGTTTATTT AGTACCTGCT
GCCGAAAGAA GCAGAACTGC TGATGAACTT GTTGCTTTAA TAAATGCTGA AATAGATAAA
ACTGATATAA GACAAACTGT TCCTATATTC AGTATGAATA CTAAAGGAAG TATTGACCCG
GGAGATCCTG TAGATATAAA AATAGTAGGA AACGATACTG AGCTTGCTAA AAAAGCTAAA
GAAGATATAA AAGCATTTTT AGCTACTGTT CCTGGAGTTA TTAACATTGA TGATGATGAC
AAAGTCGGTA AAGAAGAATT AAGAATTATG CTCGATTATG ATAAAATAGC AGAACTTGGA
GTGAATGTAG CTACTGTAGC TAATGAAGCT AGAACTGCAT ATTATGGTAC TGAAGCTACA
TATATACAGG AGCTTGAAAA TAAACTTAAC TTCAGAGTAG TATTTGATGA CAAATATACT
TATGATACAC AATATCTTAC TAATCTTCTA ATACCTAACA CAAGCGGAAG ACTTCTCTAT
CTTCATAATT TAGCGACTAT AGAACCTGCA GATGGTCTTG CAACATTAAT GCACTATAAT
GGACAGAGAA CAATAACTAT TACAGCAGAT ATTGAATATG GACAAAATAC ATCTCAGCAG
GTAATGAATG CTGTTAGAGA AAAATATAAA GACTTCTCAA AACAATACAG AGGATTAAAG
CTAGAGTTCG GCGGTGAAGC TAAAGAAACT GTTAAGGCAT TAAAACAGTT AGCTTTCAGT
TTTGCTATGG CATTCATATT TGTATACATT GTACTGCTTT TACAGTTAAA CAGATTCATA
CAGCCTATTA TGATAATGAT AATTATACCA TTTGGTTTAA TTGGGGTATT ATTAGGTTTT
GCTATACATA GAATGCCTTT ATCATTTATG GGTGTTGTAG GTATTATTGG TTTGGCGGGT
GTTGTAGTAA ACAATGGTAT CATACTTGTT GACCTCATTA ACAAAATCAT AGATGAAGGT
GTAGAAGGAG GTAAAAAAGG GGTTGCCAAA GCTATTGTTG ATGGTACTAA ACAGCGTCTT
CGTCCTGTAT TTTTAACCAC AGTTACTACT GTTGTAGGGC TTTTACCTAC TGTATATGGT
ATAGGCGGCA GAGCCGACAT TATTATTCCT ATAGTTATGG CATTGGCTTA TGGGCTTTTA
TTTGCTTCAC TTCTTACACT CATATTCTTA CCTTGTATGT TTATGATTAT GTTCGACTTG
AAATTAATAA AAATTCCTCC TACTAAAAAT CCTTCAGATG AGATTACCAC TACTATAACA
ACTACGGCAA ATTAA
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| Protein sequence | MEKIIVFFAK KTMLVNIIVM AILFVGGYYY FNLQKESIPS TDLDKMLVAV TYPGATPLDV
EQNAVIPIEE ELQAIAGIDE YETTIIENVA IILVTLDETL PDRQPVKDEI FRQMQNVPDL
SEDVEEVTTY DLNPNKMSIY TLAVHFKEGM EGDERELFDV SQMLENELVR LEGVGEIRID
GRTDPEIKVY VDPIKMRQNY IALSDVVNAL SVRNVRATGG DMESGGKEQT VVTYGEFQNP
LEASNAVIRS TFNGQRVRVS DIGHVEEGFE DKTVYMRVNK SPGYSLSVVK NENADILKTI
ETVNQYLKDN ADLIPDNIQV SVMGDNSRTI KSLLSIVTSN LIQGFIIIFI TLIIFLDFKS
AMFTSLGMII TMFSCFIYMQ VAGITFNTMS LAAIITVLGM IVDNSIVVSE NIFNFKQAGY
KGLEATRLAV SDVVMPMVAS TLTTVAAFFP MLTISGMMGK ILNLFPRIVI FTLVVSMLQA
TLLLPNQLQD KEDKYQSYKP KKKSKFKNPL DFDKDALFDK MKIPFGAALE KLIHIRYIVI
GFFVALLIAS IFLAQSSFKN FVLIYDTSAD TIVINIEMPT GTTKEVTTKE IAKIEDAVLN
VVKPEELVAL YSLVGKQVDQ EVVSEEKGSL AGIMVYLVPA AERSRTADEL VALINAEIDK
TDIRQTVPIF SMNTKGSIDP GDPVDIKIVG NDTELAKKAK EDIKAFLATV PGVINIDDDD
KVGKEELRIM LDYDKIAELG VNVATVANEA RTAYYGTEAT YIQELENKLN FRVVFDDKYT
YDTQYLTNLL IPNTSGRLLY LHNLATIEPA DGLATLMHYN GQRTITITAD IEYGQNTSQQ
VMNAVREKYK DFSKQYRGLK LEFGGEAKET VKALKQLAFS FAMAFIFVYI VLLLQLNRFI
QPIMIMIIIP FGLIGVLLGF AIHRMPLSFM GVVGIIGLAG VVVNNGIILV DLINKIIDEG
VEGGKKGVAK AIVDGTKQRL RPVFLTTVTT VVGLLPTVYG IGGRADIIIP IVMALAYGLL
FASLLTLIFL PCMFMIMFDL KLIKIPPTKN PSDEITTTIT TTAN
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