Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | BcerKBAB4_0982 |
Symbol | |
ID | 5841194 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Bacillus weihenstephanensis KBAB4 |
Kingdom | Bacteria |
Replicon accession | NC_010184 |
Strand | + |
Start bp | 1053581 |
End bp | 1059991 |
Gene Length | 6411 bp |
Protein Length | 2136 aa |
Translation table | 11 |
GC content | 35% |
IMG OID | 641376182 |
Product | cell wall anchor domain-containing protein |
Protein accession | YP_001643862 |
Protein GI | 163938978 |
COG category | [M] Cell wall/membrane/envelope biogenesis |
COG ID | [COG4932] Predicted outer membrane protein |
TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
Num covering plasmid clones | 2 |
Plasmid unclonability p-value | 1 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | TTGTTTTCAG TGCTGAATGT ATGGGCTCCA GTTATTCAAG CCGCTGTGAT AAAAAATCCA GTGGACGAGA TTAATATTTC TCGTACTGAT GGCACAACAT CTGAACCATA TCAGGCTTCA GATGGTATGA AAGTAGAAGT GAAGTGGTCA GCTAAAGAGC AAATAAAAAG TGGAGATCAA TTCACAATTG ATATGCCAAA AGAATTTAGA AAAGATCTTA TGAATATGAG TTTTCCTTTA AAAGATGCTG AAGGCAAAAC AGTTGGTACA TGTGAGATGA AAAAGGGTCT ATTAACGTGT ACTATGGGTG ATTATGTAGA AGGAAAGAAT AACGTTAAAG GTTCTTTATT CGTAGAATTT TACTTTGGTC TAGAAGCATA TGATGGTGTC CAAAAAATCC CATTAGAATT TAACGTTGAT GGTCAAATCG TAAATAAAGA AGTAAGTGTA AGTAATACGA CAGAGAGACC GAAGCCGCAG CCCAATACAG ATAACCTATT GAAATGGGGT TCTTATAATC AAGAAGATCC GTCCATTGCT GATTGGCTTG TATATGTAAA TGCAACTGGA ACAGAAATGC AAGATCTTAA ATTAACAGAT ACATTAGGAC CTGGGCATGA GTTAATTACA GACAGTGTAG TATTAGAAGA GGCTGTATTT GAAGATGGTT ATGCACCAAC AAATATTAAG CCAGCAGATT TATCTAAAAT TAAAATCAAT GCAACGAAGA CTGGATTTAC AATTGAATTT CCAGACAGTT CAAAAGGTTA TATTTTAAGA TATAAAACAA AGATTACCAA TCCCGCTGCA AAGCCTCATA AAAATACAGT GAAATTAGAA GGCAAAAATA TTAAAACTGA AGAAAAAGTA GGAGAAGTAT TCGTAAGTGG TGGGGGAGGA ACCGGTTCAG GCGACGATAA TCCACCTAGT ATTGAAAAGA ATATAGTTGA TGAGAATGGT AAGCTTGTAG AGAATCAGCA GTTAGCGCAA ATGGATCAAC CTATTCAATA TCAAGTTGGT ACACATATAC CAAACGATCC TCCTAAATAC ACATCTATGG TAATTAGTGA TGATTTAGAA GATGTATTAG AAGTATTAGA GGCAAAAGTG TATGATCAAA ATGGCCAAGA TATTACTTCT AAAGGAACAC TAAAGATAGA TAAACAAAAA AGTGAAGTAA TATTTACGTT CGGTGAGAGT TTTGACTATA AGTCATATGA GGACCAGATA ATTAACTTGA ATATTAAGGC GAAAATTAAA GCTGATGCAG ACTTATCTTC TTACGTAGAT AAGAAGATTC CTAATAAAGC AGAATTACAT TTTGATGATA AGAAATTAAC ATCAAATGAA GTAACGGTTA CGCCGCCTGA ACCTCCAAAA GACGGTACAG TAGCTATTCA TAAAATAGAT GCTGAGGATC CGACTAAAGA GTTAACAGGT GCCGAATTTG AAGTTCGAGA TAGTGAGGAT AAGGTTGTTG CAGTACTGAA AACAGGCGAA AAAGGTTTTT CAGCACCTCA AACTTTAGCT CCTGGGACGT ATAAAGTTTA TGAAAAAGTA GCACCTGAAG GATATCAAAA ATTAACAAGT CCGGTAGAGG TTACGCTTCA AGCTGGAGAA ACAAAAACAA TTGAAATTAA AAATACCCTG CAAAAGGGTC AAATTGAATT AAAGAAAATT GATTCGGAAA ATGGTGAAAA GCCATTAGCA AATGCAGAGT TTGATGTAGT AAAAGACGGT GTAGTAGTTG AACATATTAT TACAGATAAA GACGGTAAGG CAATTTCTAA ACCGTTAGCA CCAGGAAAAT ATATTTTAAA AGAAACGAAA GCGCCCGAAG GATACCAATT AAAAGAAAAA GAGTTCGAAG TAAATGTAAC AGGGGACGGC ATATTCCCAA TAACAGTAGA AAATGCAATG GTAGACAAAG GTAATGTAGA AATTACAAAA GTGGACAAAG AAAGCGGCGC AGTATTAGCG GGTGTCGAAT TTGAAGTCCA AGATGAGAAA GATAAAGTGG TAAGAAAAGT AGTAACAGAT AAAGATGGAA AAGCAAACGT TTCAGATCTA TCAGTAGGAA AGTACAAATT AGTAGAGACG AAAAGCTTAC CAGGTTACAA GAAACTAACA GAATCAGTAT CATTTGAAAT TAAAAAAGGT ATGACGACAG TCCTATCATT GAAAGTAGAA AATGAGCAGT TAGACAAAGG CTCATTAGAA ATTACAAAAG TAGATAAAGA CAGCCAAAAA GCATTAGCAG GCGTAGTCTT CGAAGTGCAA GATGAAAAAG GAAAAGTGGT AAAAAAAGTA ACGACAGATA AAGATGGAAA AGCGAATGTC TCAGACTTAT CAGTAGGAAA ATACAAATTA GTAGAGACGG AAAGCTTACC AGGTTACAAA AAATTAACAG AGCCAGTATC ATTCGAAATT AAAAAAGGTA TGACAGAAGT CTTATCACTG AAAGTAGAAA ATGAGCAGTT AGATAAAGGC TCAGTAGAAA TTATAAAAGT AGATAAAGAC AGCCAAAAAG CATTAGAAGG TGTAGTCTTC GAAGTGCAAG ATGAAGCTGG AAAAGTAATA AAGAAAGTAA CAACAGATAA AAGTGGAAAA GCAAAAATTG CAGACCTATC AGTAGGAAAG TACAAACTAG TAGAAGTAGA AAGTTTACCA GGCTATAAGA AACTAACAGA GCCAGTATCA TTTGAAATCA AAAAAGGCAT GATCGAGGTA CTATCATTAA AAATAGAAAA TGAAATGGTA GATACGGGAA ATGTAGAGAT AACAAAGATA GATAAAGATA ATAAGGCACC GTTAGCGGGA GTAACGTTTG TTGTCCAAGA TGAAAAGGGC AATGAGGTGA AAAAAGTAAC GACAGATAAA GATGGAAAAG CAAATGTTTC AGATTTACCT GTAGGAAAGT ATGAATTAGT AGAGGTAGAA AGTTTACCTG GTTATAAAAA GTTAGAAAAA CCAGTATCAT TTGAAATTAA AAAAGGTATG ACGAAGTCTT TAACATTTAC TGTAGAAAAT GAAATGGTAG ATACAGGGAA TGTAGAGATC ACAAAGATAG ACAAAGATAG TAAAGCACCA TTAGAAGGTG TTGTGTTTGA AGTACGTGAT TCAAAAGGGA AAGTAGTTAC TAAAGTAACA ACGGATAAAG ATGGAAAAGC AAATGTTTCA GATTTATCTA TTGGAAAGTA TGAGTTGGTG GAGGTAGAAA CACCAGCCGG ATACAAACCA CTAGAAAAAC CAATTTTATT CGAAATTGAA AAAGGTAGAG TTACAGCATT ACAATTAACT GTCGAAAATG AATTAGTGGA TACAGGAAAT GTAGAAATTA CAAAAGTAGA CAAAGAAAAT AAAGATGCTT TAGCTGATGC CGTATTTGAG ATTCAAGACG AAGCAGGACA AGTAGTCGCT AAAATAACGA CAGATAAAAA AGGGCACGCA CAGGTTACTA ATTTATCAGT TGGAACATAC AAGTTGGTAG AGGTAAATGC ACCAAAAGGA TATAAGCAAT TAGTAGATCC GATTACTTTC CAAATTGAAA AAGGTATGAC AAAATCTCTT ACTTTAACAG TAGAAAACGA AATGTTAGAC AAGGGTAATG TAGAAATTAC AAAAGTAGAT AAAGAAGGCC AAAAAGCATT AGCGGGCGTA GTCTTTGAAG TACAAGATGA AGCAGGCAAA GTAGTAACAG AAGTAACGAC AGATAAAAGT GGAAAAGCAA ACGTCTCAGA CTTATCTGTA GGAAAGTACA AATTAGTAGA AAAAGCAGGC TTACCGGGAT ACAAAAAACT AACAGAGCCA GTATCGTTCG AAATTAAAAA AGGTATGACG AAAGTTTTAT CATTGAAAGT AGAGAACGAA CTGTTAGATA AAGGTTCAGT AGAAATTACA AAAGTGGACA AAGAAAGTGG CGCAGTATTA GCGGGCGTAA CCTTCGAAGT GCAAGATGAG CAAGGAAAAG TAGTAACAGA AGTAACGACA GATAAAGAAG GAAAAGCAAC AATTTCAGAT TTATCAGTAG GGAAATATAA GCTAGTAGAG GTAGAAAGCT TACCAGGATA CAAAAAACTA GCGAAACCAG TATCGTTCGA AATTAAAAAA GGTATGACAG AAGTCCTATC ATTGAAAGTA GAGAACGAAA AGTTAGATAA AGGTTCAGTA GAAATTACAA AAGTAGATAA AGACAGTCAA AAAGTATTAG AAGGCGTAGT CTTCGAAGTA CAAGATGAGC AAGGAAAAGT AGTAACAGAA GTAACGACAG ATAAAGAAGG AAAAGCAAAA ATCTCAGACT TATCTGTAGG CAAGTACAAA TTAGTAGAAA AAGCAGGCTT ACCAGGTTAC AAAAAATTAA CAGAACCAGT ATCATTCGAA ATTACAAAAG GTATGACGAC AGTCCTACCA ATGAAAGTAG AAAATGAGCA GTTAGATAAA GGCTCAGTAG AAATTACAAA AGTAGATAAA GACAGCCAAA AAGTATTAGC GGGCGTAGTC TTTGAAGTAC AAGATGAAGC AGGCAAAGTA GTAACAGAAG TAACGACAGA TAAAGATGGA AAAGCAAAAG TCTCAGACTT ATCTGTAGGC AAGTACAAAT TAGTAGAGAA AGAAAGCTTA CCAGGTTACA AAAAGTTAGC AGAACCAGTA TCATTTGAAA TTAAAAAAGG TATGACAGAA GTTCTATCAT TAAAAATAGA AAATGAAATG GTAGATACGG GAAATGTAGA GATAACGAAG ATAGATAAAG ATAATAAGGT ATCGTTAGCA GGTGTAGTCT TCGAAGTTCA AGACGAAACT GGCAAAGTAG TAACAAAAGT AACAACAGAT AAGGAAGGAA AAGCAAACGT TTCAGACTTA TCTGTAGGAA AGTACAAGCT GGTAGAAGTA GAGAGCTTAC CAGGATACAA AAAATTAGAA AAGCCGGTAC CATTTGAAAT TAAAAAAGGT ATGACAAAAT CTCTAGCGTT CACTGTAGAA AACGAAATGG TGGATACGGG GAATGTTGAA ATCACAAAAA TAGACAAAGA TAGTAAAGCA CCATTAGAAG GTGTTGTGTT TGAAGTACGT GATTCAAAAG GGAAAGTAGT AACAAAAGTA AAAACGGATA AAGATGGAAA GGCAAACGTT TCAGATTTAT CTATTGGAAA GTATGAGTTG GTGGAGGTAG AAACACCAGC CGGATACAAA CCACTAGAAA AACCAATTTT ATTCGAAATT GAAAAAGGTA GAGTTACAGC ATTACAATTA ACTGTCGAAA ATGAATTAGT GGATACAGGA AATGTAGAAA TTACAAAAGT AGACAAAGAA AATAAAGATG CTTTAGCTGA TGCCGTATTT GAGATTCAAG ACGAAGCAGG ACAAGTAGTC GCTAAAATAA CGACAGATAA AAAAGGACAC GCACAAGTTA CTAATTTATC AGTTGGAACA TACAAGTTGG TAGAAGTAAA TGCACCAAAA GGATATAAGC AATTAGTAGA TCCGATTACT TTCCAAATTG AAAAAGGTAT GACAAAATCT CTTACTTTAA CAGTAGAAAA CGAAATGTTA GACAAGGGAA ATGTAGAAAT TACAAAAGTA GATAAAGACA GTCAAAAAGC ATTAGCAGGC GTAGTCTTCG AAGTGCAAGA TGAGCAAGGC AAAGTAGTAA CTGAAGTAAC GACAGATAAA GAAGGAAAAG CGACAATTTC AGATTTATCT GTAGGAAAGT ACAAATTAGT AGAGAAAGAA AGCTTACCAG GTTACAAGAA GTTAACAGAA CCAGTATCAT TTGAAATCAA AAAAGGTATG ACGGAAGTCT TATCATTGAA AGTAGAGAAT GAGCAGTTAG ACAAAGGTTC AGTGGAAATT ACAAAAATGG CTGCTGAAAG CAAGAATATA TTATCAGGAG CTATGTTTGA AGTTCATGAT GAAAAAGGTA AAGTAGTAGC GAGAGTAACA ACAGATAAAG AAGGAAAAGC AAAAGTCTCA GATCTATCTG TAGGTAACTA CACACTTGTA GAAGTAGAAG CACCAAAAGG ATATGAAAAA TTAACTAATC CAATTCCATT TGAAATCACA AAAGGAATGA TAAATTCAGT TCAATTAGAA GTATTAAACG AATTGAGTCA TTTAGCACCA CCAGGTCCAG AAAAACCAGA TCCAGAGAAA CCGGAAAAAC CAGATCCAGA AAAACCGGAA AAACCAGATC CAGAGAAGCC TGGAACAACA GATCCAGAGA AGCCTGGAAC AACAGATCCA GAAAAACCGG AAACAACAGA TCCAGAGAAG CCTGGAACAA CAGATCCAGA GAAACCTGAA AAAGAATTAC CGAAGACAGG GCAGAAAATG CCTGTGGAAC CATATATGGG AGCACTTCTT GTAATGATGA GTTTTGGATT ACTCGTATTA GGTAGAAAAC AGCAAAGATA A
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Protein sequence | MFSVLNVWAP VIQAAVIKNP VDEINISRTD GTTSEPYQAS DGMKVEVKWS AKEQIKSGDQ FTIDMPKEFR KDLMNMSFPL KDAEGKTVGT CEMKKGLLTC TMGDYVEGKN NVKGSLFVEF YFGLEAYDGV QKIPLEFNVD GQIVNKEVSV SNTTERPKPQ PNTDNLLKWG SYNQEDPSIA DWLVYVNATG TEMQDLKLTD TLGPGHELIT DSVVLEEAVF EDGYAPTNIK PADLSKIKIN ATKTGFTIEF PDSSKGYILR YKTKITNPAA KPHKNTVKLE GKNIKTEEKV GEVFVSGGGG TGSGDDNPPS IEKNIVDENG KLVENQQLAQ MDQPIQYQVG THIPNDPPKY TSMVISDDLE DVLEVLEAKV YDQNGQDITS KGTLKIDKQK SEVIFTFGES FDYKSYEDQI INLNIKAKIK ADADLSSYVD KKIPNKAELH FDDKKLTSNE VTVTPPEPPK DGTVAIHKID AEDPTKELTG AEFEVRDSED KVVAVLKTGE KGFSAPQTLA PGTYKVYEKV APEGYQKLTS PVEVTLQAGE TKTIEIKNTL QKGQIELKKI DSENGEKPLA NAEFDVVKDG VVVEHIITDK DGKAISKPLA PGKYILKETK APEGYQLKEK EFEVNVTGDG IFPITVENAM VDKGNVEITK VDKESGAVLA GVEFEVQDEK DKVVRKVVTD KDGKANVSDL SVGKYKLVET KSLPGYKKLT ESVSFEIKKG MTTVLSLKVE NEQLDKGSLE ITKVDKDSQK ALAGVVFEVQ DEKGKVVKKV TTDKDGKANV SDLSVGKYKL VETESLPGYK KLTEPVSFEI KKGMTEVLSL KVENEQLDKG SVEIIKVDKD SQKALEGVVF EVQDEAGKVI KKVTTDKSGK AKIADLSVGK YKLVEVESLP GYKKLTEPVS FEIKKGMIEV LSLKIENEMV DTGNVEITKI DKDNKAPLAG VTFVVQDEKG NEVKKVTTDK DGKANVSDLP VGKYELVEVE SLPGYKKLEK PVSFEIKKGM TKSLTFTVEN EMVDTGNVEI TKIDKDSKAP LEGVVFEVRD SKGKVVTKVT TDKDGKANVS DLSIGKYELV EVETPAGYKP LEKPILFEIE KGRVTALQLT VENELVDTGN VEITKVDKEN KDALADAVFE IQDEAGQVVA KITTDKKGHA QVTNLSVGTY KLVEVNAPKG YKQLVDPITF QIEKGMTKSL TLTVENEMLD KGNVEITKVD KEGQKALAGV VFEVQDEAGK VVTEVTTDKS GKANVSDLSV GKYKLVEKAG LPGYKKLTEP VSFEIKKGMT KVLSLKVENE LLDKGSVEIT KVDKESGAVL AGVTFEVQDE QGKVVTEVTT DKEGKATISD LSVGKYKLVE VESLPGYKKL AKPVSFEIKK GMTEVLSLKV ENEKLDKGSV EITKVDKDSQ KVLEGVVFEV QDEQGKVVTE VTTDKEGKAK ISDLSVGKYK LVEKAGLPGY KKLTEPVSFE ITKGMTTVLP MKVENEQLDK GSVEITKVDK DSQKVLAGVV FEVQDEAGKV VTEVTTDKDG KAKVSDLSVG KYKLVEKESL PGYKKLAEPV SFEIKKGMTE VLSLKIENEM VDTGNVEITK IDKDNKVSLA GVVFEVQDET GKVVTKVTTD KEGKANVSDL SVGKYKLVEV ESLPGYKKLE KPVPFEIKKG MTKSLAFTVE NEMVDTGNVE ITKIDKDSKA PLEGVVFEVR DSKGKVVTKV KTDKDGKANV SDLSIGKYEL VEVETPAGYK PLEKPILFEI EKGRVTALQL TVENELVDTG NVEITKVDKE NKDALADAVF EIQDEAGQVV AKITTDKKGH AQVTNLSVGT YKLVEVNAPK GYKQLVDPIT FQIEKGMTKS LTLTVENEML DKGNVEITKV DKDSQKALAG VVFEVQDEQG KVVTEVTTDK EGKATISDLS VGKYKLVEKE SLPGYKKLTE PVSFEIKKGM TEVLSLKVEN EQLDKGSVEI TKMAAESKNI LSGAMFEVHD EKGKVVARVT TDKEGKAKVS DLSVGNYTLV EVEAPKGYEK LTNPIPFEIT KGMINSVQLE VLNELSHLAP PGPEKPDPEK PEKPDPEKPE KPDPEKPGTT DPEKPGTTDP EKPETTDPEK PGTTDPEKPE KELPKTGQKM PVEPYMGALL VMMSFGLLVL GRKQQR
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