| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bmur_0627 |
|---|
| Symbol | |
|---|
| ID | 9141602 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Brachyspira murdochii DSM 12563 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_014150 |
|---|
| Strand | - |
|---|
| Start bp | 757222 |
|---|
| End bp | 761526 |
|---|
| Gene Length | 4305 bp |
|---|
| Protein Length | 1434 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | |
|---|
| Product | CoA-substrate-specific enzyme activase |
|---|
| Protein accession | YP_003632927 |
|---|
| Protein GI | 296125675 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 38 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGGAAAAAA TTTTCAAAGC GGGTATTGAT ATAGGGTCAA CTACTGCTAA AATGGTTGTA
TATGATGATA AAAATAATAT GATATTCAAA ACTTATGTAA GACATAATGC CGACATAAAA
GACACATTAT TATCCATACT AGAAAATCTT CAAACTATGC ATGGAGATTT AACTCTTGCT
TTATCTATGA CAGGTACTGC AGGTATGGGG GTATGTGAAA AGACTGGCAT TAGTTTTGTA
CAGGAGGTAA TTGCTTCTTC AACTGCTATT AGAAAGATTT ATCCTTATGG AAGAACATTG
ATTGACATAG GCGGAGAAGA TGCCAAAATC ATAGTATTTG ATGACAATTT CAAAGCTGAT
ATAAGAATGA ATGGCAACTG TGCAGGCGGT ACTGGAGCTT TTATAGACCA AATGGCTACA
CTTCTTAATG TTCAGCCTTC TGAGCTTTCT ACATTGGCAG AGAAATCAAC TTCTATTTAC
CCTATGGCAA GCAGATGCGG AGTATTTGCT AAAACAGATG TACAAACTCT TATAAGCCGT
GATATTCCAA AAGAAGATAT TGCTAAAAGT ATATTCCAAG CTGTAGCGGT TCAAACAGTT
AATACTTTGG CTAAAGGTTT TGAAATAAAG CCAAAAATAT TATTTACAGG CGGTCCTTTA
ACTTTCCTCC CAGAATTAAG AAGAACATTC TTATCACTTT TAAATGCTAC TGAAGAGGAT
ATGTACACAG TTGAACACCC AGAATTAACT GCTGCAATAG GTGCTGCTTT TGGAGAAATA
GAAGAGCAAA CTATAATAAA AGTTTCCGAT TTTACAAAAT TAGTTCAAAA TATATCTGCA
GAGGTAAAAA TAACTAATTC TAAAACAAGA GAAGCATTAT TCACAAGTCA GGAAGAATAT
GAAGATTGGA AAGATGAGCA TAGCAAAGAT AAAGTAAGAT CTGCTGATGT TTCTACAGTT
AATGGTAAAA ATACATTTTT AGGTATAGAC TCAGGCTCTA CTACTACAAA AATCGTTATC
ATAGATGAAG ACGGACAGGT AGTTTTAAGA CATTATAGAA ACAATAACGG TAACCCAGTA
GGAGCTGTTA CTGAAGGTCT TACAGAGATA AAAAAAGAAT TAGATGAAAA AAATATTAAG
ATAAATATAG CAAGAACTGC CGTTACAGGA TACGGTGAGG ACTTGATAAA AGCAGCATTC
AATATGGATG AGGGTATAGT AGAGACTATG GCTCATTACA GAGGTGCTAA GGCTTTTGAT
AAAGATGTGA GCTTCATACT TGATATAGGC GGACAGGATA TGAAGGCTAT ATTTATTAAA
GACGGTATTA TAGAAAATAT TGAAATTAAT GAGGCTTGTT CTTCAGGCTG CGGTTCATTT
ATAGAAACAT TTGCACGAGG AATGGGATAT AAAGTTGCTG ATTTTGCCAA TATTGCCTGC
GAATCTGCAA GCCCTTGTGA TTTAGGAAGC CGCTGTACAG TATTTATGAA CAGTAAAGTA
AAACAGTCTT TAAGAGAAGG CTCTTCTGTT GCCGATATTT CTGCAGGACT TGCTAAAAGT
GTTACATTAA ACTGTTTTAC TAAAGTATTA AAAATCACTG ACACTTCTAT TTTGGGAGAT
CATATAGTTG TTCAGGGCGG TACTTTCAAA AACTCTGCTG TTCTTCGTTC TGTAGAAAAG
TTTTTAAATA AAAAAGTTAT TCGTCCGGAT ATATCTGAGC TTATGGGAGC ATATGGCTGT
GCATTGCTTG CTTTAGATAC TTATAATACT AAAGAAGAAG ATACCACATT TATAGGCTTG
GATAATTTAC AGGAAGCTAA TGACTATGAA AGAAAACAGC TTATTTGTAA AGGCTGCGAA
AACCTTTGTA CAGTTACAAG ATTAAAATTT AAAGATAGTA AATCATTCTA TACTGGAAAT
AAATGTGAAA GAATATTCTC AAATAAGGGT ACAGGCGAAA AGAAATATGC TATGGATATT
ACTCAGAAAA AACTTTCTCT TCTTTTTGAC AGACCTTTAG CTCCAGCATC AGATGAAATA
AAAGGTACTA TTGGTATACC TCGTGTACTT AATATGTATC AAAACTTCCC ATTCTGGGCT
ACTATACTTG TAGAATGCGG ATACAGAGTA CAGTTATCTT CACCTTCTAG TATGGCTATA
GCTGAAAAAG GTTCTGGTAC TGTTATGAGT GATAATATAT GTTTCCCTGC TAAAATAGCT
AATGGACATA TATATGATTT GATAGAATCT AAAGTAGACA GAATATTTTA TCCTTCTGTA
GTACTTGAAA AAACAGAAGA TGACGGAAGT TTTAATAGTT ATAACTGTCC TGTAGTAACA
GGATATCCAG ATGTAATAGA TAGTTCTATT AGCCCATTAA CTAAATATGG TATACCTTTT
GATGCTCCAA CAATTTCTTT CTTGAATGAA GATTTATTAT ATAAAGGCTG TAAGGCTTAT
TTTGTAAAAG TGCTTGGAAT AAATAAAAAA GATTTTGACA GAGCTTTTAA AATGGCTTTA
AAAGAGCAGG AGAGAATCAA AAAAGAATTA AAAGCTGAAG GCAAAAAAAT AATAGAATAT
GCTAAAGAAA CTCAGACACC TACTATACTT ATAGTAAGCA GACCTTATCA TATTGACCCA
TTAATCAACC ATAAAATACC TGAAACTATT GCTTCATTTG GTATCAATGT ACTTACGGAA
GATGGTCTTG ATATAGATGA ATCTCTTGCT GATGTACAAG TTTTAACTCA ATGGTCTTAT
CCTAATAAAA TGTTTAAAGC TGCTTTATGG GCTGCTAAGC AAAATGATAT GAAACTTGAG
GTTGTTCAGA TTAATAGTTT CGGATGCGGT CCAGATGCTA CTACTTCTGA TGAAATAAAA
TCTATACTTA ATGCTTATGG TAAGAGTCCT ACTTTAGTAA AAGTTGATGA AATTTCAAGC
CCTGGAAGTA TCAGATTAAG AATACGTTCT ATGATAGAAA GTATGAAAAT GAAAGGCGAT
TTCATACCTA AAGAAAAACC TGAAAGAACT ATCATTAAAA GATATGAGAA AAATGATAAA
AGAAAAATAC TTGTTCCTAA ATTTGCTCAA TTCTATGACG GCATGATACA AACTCTTTTG
GAAAGAAGCG GATATGAACC TATTGCCTTA CCAGACCCTG ATGTAGAATC TGTAGAATTA
GGTTTAAGAT ATGCCAATCA GGATATATGT TATCCTGCTA CTATTGTAGT TGGTGATATT
ATAAGAGCAG TTCAAAGCGG ACAGTATGAT CCTAATGAAA TAGCTGCTGG TATTACTCAA
ACTGGAGGAC AATGCCGTGC TAGTAACTAT GCTTCTCTTA TAAAAAGAGG TTTAATTAAT
GCAGGTTATC CAGATGTTCC AGTAGTAACT GTTGGTCTTA CTGTAGCTAA TGATCAGCCC
GGTTTTGAAA TATCAAAGAT GGATTTGATG AAAGAAGGTG TTGTAGCTAT GCCTTATGCT
GATGCTATAT CTACAATGTA CTACTACACT GCTGCTCGTG AGGTTAAAAA GGGAGAGGCT
TTGGCACTTG CTAATAAATA TATAGCTTTA CACCCTAAAG ATTTTGCTCT TAAACCTACT
GATAAATTAT TAAAACAAGC TGTTGCTGAG TTTAATGCTA TTGAAACTAA TGATTTGGAT
ATGCCTAAAG CTGGTTTGGT AGGTGAGATT TATGTAAAAT ATAATAACTT TGCTAATGGG
GACGTTTGCG ATTGGTTAAT GTCTAAGGGA GTTGAGGTAA TAGTTCCTCC TGTATTTGAC
TTCTTTGTAC AGAAAGTTAT AAGTGAACAG GTAAACAAAG AAACTCATGC TAGAGAGGTA
TCATTCTTAG GCTATTACGG CTCTAAACTT TCAGAAAAAG TTATTGATGT AAGGGTATAT
TCTATTAATC AGATAATGTC AAAGTTCAAA GGTTTCAGAC CTGCTCATCA TATACGTCAA
ATAGCTGAAA ATGCTGCTAA AGTTACTGCT ATGACTAACC AATTCGGAGA GGCTTGGCTT
TTACCTGGTG AAATAGCTAC TTTTGCTGAA GAGGGTGTTA ATAATGTACT TTGTTTACAG
CCTTTCGGCT GCATTGCTAA TCACATTATA GCACGCGGTA TTGAAACTAG ACTTAAAACT
AGATATCCTA ATTTGAATCT TCTTTATTTG GATATGGATG CTGGTGCTAG CGAAGTTAAT
ACTATAAACC GTTTAGAGTT CTTCGTACGT TCTGCTAAAG ACAGCATGAA CAGTGTTATG
GTAGAAGATA CTATAAAAGA TGAAATAGGT GCTTATGCTA AATAA
|
|---|
| Protein sequence | MEKIFKAGID IGSTTAKMVV YDDKNNMIFK TYVRHNADIK DTLLSILENL QTMHGDLTLA
LSMTGTAGMG VCEKTGISFV QEVIASSTAI RKIYPYGRTL IDIGGEDAKI IVFDDNFKAD
IRMNGNCAGG TGAFIDQMAT LLNVQPSELS TLAEKSTSIY PMASRCGVFA KTDVQTLISR
DIPKEDIAKS IFQAVAVQTV NTLAKGFEIK PKILFTGGPL TFLPELRRTF LSLLNATEED
MYTVEHPELT AAIGAAFGEI EEQTIIKVSD FTKLVQNISA EVKITNSKTR EALFTSQEEY
EDWKDEHSKD KVRSADVSTV NGKNTFLGID SGSTTTKIVI IDEDGQVVLR HYRNNNGNPV
GAVTEGLTEI KKELDEKNIK INIARTAVTG YGEDLIKAAF NMDEGIVETM AHYRGAKAFD
KDVSFILDIG GQDMKAIFIK DGIIENIEIN EACSSGCGSF IETFARGMGY KVADFANIAC
ESASPCDLGS RCTVFMNSKV KQSLREGSSV ADISAGLAKS VTLNCFTKVL KITDTSILGD
HIVVQGGTFK NSAVLRSVEK FLNKKVIRPD ISELMGAYGC ALLALDTYNT KEEDTTFIGL
DNLQEANDYE RKQLICKGCE NLCTVTRLKF KDSKSFYTGN KCERIFSNKG TGEKKYAMDI
TQKKLSLLFD RPLAPASDEI KGTIGIPRVL NMYQNFPFWA TILVECGYRV QLSSPSSMAI
AEKGSGTVMS DNICFPAKIA NGHIYDLIES KVDRIFYPSV VLEKTEDDGS FNSYNCPVVT
GYPDVIDSSI SPLTKYGIPF DAPTISFLNE DLLYKGCKAY FVKVLGINKK DFDRAFKMAL
KEQERIKKEL KAEGKKIIEY AKETQTPTIL IVSRPYHIDP LINHKIPETI ASFGINVLTE
DGLDIDESLA DVQVLTQWSY PNKMFKAALW AAKQNDMKLE VVQINSFGCG PDATTSDEIK
SILNAYGKSP TLVKVDEISS PGSIRLRIRS MIESMKMKGD FIPKEKPERT IIKRYEKNDK
RKILVPKFAQ FYDGMIQTLL ERSGYEPIAL PDPDVESVEL GLRYANQDIC YPATIVVGDI
IRAVQSGQYD PNEIAAGITQ TGGQCRASNY ASLIKRGLIN AGYPDVPVVT VGLTVANDQP
GFEISKMDLM KEGVVAMPYA DAISTMYYYT AAREVKKGEA LALANKYIAL HPKDFALKPT
DKLLKQAVAE FNAIETNDLD MPKAGLVGEI YVKYNNFANG DVCDWLMSKG VEVIVPPVFD
FFVQKVISEQ VNKETHAREV SFLGYYGSKL SEKVIDVRVY SINQIMSKFK GFRPAHHIRQ
IAENAAKVTA MTNQFGEAWL LPGEIATFAE EGVNNVLCLQ PFGCIANHII ARGIETRLKT
RYPNLNLLYL DMDAGASEVN TINRLEFFVR SAKDSMNSVM VEDTIKDEIG AYAK
|
|---|
| |