| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH9_2678 |
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| Symbol | |
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| ID | 5167883 |
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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 | Staphylococcus aureus subsp. aureus JH9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009487 |
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| Strand | - |
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| Start bp | 2847194 |
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| End bp | 2854009 |
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| Gene Length | 6816 bp |
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| Protein Length | 2271 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 640567062 |
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| Product | cell wall anchor domain-containing protein |
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| Protein accession | YP_001248030 |
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| Protein GI | 148269087 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5422] RhoGEF, Guanine nucleotide exchange factor for Rho/Rac/Cdc42-like GTPases |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGAGTAAAA GACAGAAAGC ATTTCATGAC AGCTTAGCAA ACGAAAAAAC AAGAGTAAGA
CTTTATAAAT CTGGAAAAAA TTGGGTAAAA TCCGGAATTA AAGAAATAGA AATGTTCAAA
ATTATGGGGC TACCATTTAT TAGTCATAGT TTAGTGAGTC AAGATAATCA AAGCATTAGT
AAAAAAATGA CGGGATACGG ACTGAAAACT ACGGCGGTTA TTGGTGGTGC ATTCACGGTA
AATATGTTGC ATGACCAGCA AGCTTTTGCG GCTTCTGATG CACCATTAAC TTCTGAATTA
AACACACAAA GTGAAACAGT AGGTAATCAA AACTCAACGA CAATCGAAGC ATCAACATCA
ACAGCCGATT CCACAAGTGT AACGAAAAAT AGTAGTTCGG TACAAACATC AAATAGTGAC
ACAGTCTCAA GTGAAAAGTC TGAAAAGGTC ACTTCGACAA CTAATAGTAC AAGCAATCAA
CAAGAGAAAT TGACATCTAC ATCAGAATCA ACATCCTCAA AGAATACTAC ATCAAGTTCT
GATACTAAAT CTGTAGCTTC AACTTCAAGT ACAGAACAAC CAATTAATAC ATCAACAAAT
CAAAGTACTG CATCAAATAA CACTTCACAA AGCACAACGC CATCTTCGGT CAACTTAAAC
AAAACTAGCA CAACGTCAAC TAGCACCGCA CCAGTAAAAC TTCGAACTTT CAGTCGCTTA
GCTATGTCAA CATTTGCGTC AGCAGCGACG ACAACCGCAG TAACTGCTAA TACAATTACA
GTTAATAAAG ATAACTTAAA ACAATATATG ACAACGTCAG GTAATGCTAC CTATGATCAA
AGTACCGGTA TTGTGACGTT AACACAGGAT GCATACAGCC AAAAAGGTGC TATTACATTA
GGAACACGTA TTGACTCTAA TAAGAGTTTT CATTTTTCTG GAAAAGTAAA TTTAGGTAAC
AAATATGAAG GGCATGGAAA TGGTGGAGAT GGTATCGGTT TTGCCTTTTC ACCAGGTGTA
TTAGGTGAAA CAGGGTTAAA CGGTGCCGCA GTAGGTATTG GTGGCTTAAG TAACGCATTT
GGCTTCAAAT TGGATACGTA TCACAATACA TCTAAACCAA ATTCAGCTGC AAAGGCGAAT
GCTGACCCAT CTAATGTAGC TGGTGGAGGT GCGTTTGGTG CATTTGTAAC AACAGATAGT
TATGGTGTTG CAACAACGTA TACATCAAGT TCAACAGCTG ATAATGCTGC GAAGTTAAAT
GTTCAACCTA CAAATAACAC GTTCCAAGAT TTTGATATTA ACTATAATGG TGATACAAAG
GTTATGACTG TCAAATATGC AGGTCAAACA TGGACACGTA ATATTTCAGA TTGGATTGCG
AAAAGTGGTA CGACCAACTT TTCATTATCA ATGACAGCCT CAACAGGTGG CGCGACAAAT
TTACAACAAG TACAATTTGG AACATTCGAA TATACAGAGT CTGCTGTTAC ACAAGTGAGA
TACGTTGATG TAACAACAGG TAAAGATATT ATTCCACCAA AAACATATTC AGGAAATGTT
GATCAAGTCG TGACAATCGA TAATCAGCAA TCTGCATTGA CTGCTAAAGG ATATAACTAC
ACGTCCGTCG ATAGTTCATA TGCGTCAACT TATAATGATA CAAATAAAAC TGTAAAAATG
ACGAATGCTG GACAATCAGT GACATATTAT TTTACTGATG TAAAAGCACC AACTGTAACT
GTAGGCAATC AAACCATAGA AGTGGGTAAA ACAATGAATC CTGTTGTGTT GACTACAACG
GATAATGGTA CTGGGACTGT GACAAATACA GTTACAGGAT TACCAAGCGG ATTAAGTTAC
GATAGTGCAA CGAATTCAAT CATTGGGACA CCAACAAAAA TTGGTCAATC AACAGTGACA
GTTGTGTCTA CTGACCAAGC AAATAACAAA TCGACGACAA CTTTTACAAT AAATGTTGTG
GATACGACAG CACCAACAGT GACACCAATA GGAGATCAAT CATCAGAAGT GTATTCACCA
ATATCCCCGA TTAAAATTGC TACGCAAGAT AACAGTGGAA ATGCGGTGAC GAATACAGTG
ACTGGATTGC CATCCGGACT AACATTTGAT AGTACAAATA ATACTATTAG TGGTACACCA
ACAAACATTG GTACAAGTAC TATATCAATC GTTTCTACAG ATGCGAGCGG TAACAAAACG
ACGACAACTT TTAAATATGA AGTAACAAGA AATAGCATGA GTGATTCCGT ATCAACATCA
GGAAGTACAC AACAATCTCA AAGTGTCTCA ACAAGTAAAG CTGACTCACA AAGTGCATCA
ACGAGTACAT CAGGATCGAT TGTGGTATCT ACATCAGCTA GTACCTCGAA ATCGACAAGT
GTAAGCCTAT CTGATTCTGT GAGTGCATCT AAGTCATTAA GCACATCTGA AAGTAATAGT
GTATCAAGCT CAACAAGCAC AAGTTTAGTG AATTCACAAA GTGTATCATC AAGCATGTCA
GGTTCAGTTA GTAAATCAAC ATCATTAAGC GATTCGATTT CGAACTCTAA CAGTACTGAA
AAATCCGAAA GTCTATCAAC AAGTACATCT GATTCATTGC GTACATCAAC ATCACTCAGT
GACTCATTAA GTATGAGTAC ATCAGGAAGC TTGTCTAAGT CACAAAGCTT ATCAACGAGT
ATATCAGGGT CGTCTAGTAC ATCAGCATCA TTAAGTGACA GTACATCGAA TGCAATTAGT
ACATCAACAT CATTGAGCGA GTCAGCTAGC ACCTCGGACT CTATCAGTAT TTCAAATAGC
ATAGCCAACT CTCAAAGTGC GTCAACAAGC AAATCAGATT CACAAAGTAC ATCAATATCA
TTAAGTACAA GTGATTCAAA ATCGATGAGT ACATCAGAAT CATTGAGCGA TTCGACGAGC
ACAAGTGGTT CTGTTTCTGG ATCACTAAGC ATAGCAGCAT CACAAAGTGT CTCAACAAGT
ACATCAGACT CGATGAGTAC TTCAGAGATA GTAAGTGACT CTATCAGTAC AAGTGGGTCA
TTATCTGCAT CAGACAGTAA ATCAATGTCT GTAAGTAGTT CAATGAGCAC GTCTCAGTCA
GGTAGTACAT CAGAATCATT AAGTGATTCA CAAAGTACAT CTGATTCTGA TAGTAAGTCA
TTATCACTAA GTACTAGTCA ATCAGGTTCA ACAAGTACAT CAACGTCGAC AAGTGCTTCA
GTACGTACTT CGGAATCGCA AAGTACGTCT GGTTCAATGA GTGCAAGTCA ATCCGATTCA
ATGAGCATAT CAACGTCGTT TAGTGATTCA ACGAGTGATA GCAAATCAGC ATCAACTGCA
TCAAGTGAAT CAATATCACA AAGTGCTTCT ACGAGCACAT CTGGTTCGGT AAGTACTTCG
ACATCGTTAA GTACAAGTAA TTCAGAACGT ACATCAACAT CTGTGAGTGA TTCCACAAGC
TTAAGTACAT CAGAGTCTGA TTCAATAAGT GAATCAACGT CAACGAGCGA TTCTATAAGT
GAAGCAATAT CTGCTTCAGA GAGCACGTCT ATATCATTAA GTGAATCAAA TAGTACTAGC
GATTCAGAAT CACAAAGTGC ATCTGCCTTT TTAAGTGAAT CATTAAGTGA AAGTACGTCT
GAATCAACAT CAGAGTCAGT GAGTAGTTCG ACAAGTGAGA GTACGTCATT ATCAGACAGT
ACATCAGAAT CTGGTAGCAC ATCAACATCA TTAAGTAATT CAACAAGTGG TAGTGCGTCC
ATTTCAACAT CGACAAGTAT CAGTGAATCA ACGTCAACGT TTAAGAGCGA GAGTGTTTCA
ACATCACTGA GTATGTCAAC GAGTACAAGT TTGTCTAACT CTACAAGTTT GTCAACATCA
TTAAGTGATT CCACAAGTGA TAGTAAGTCT GATTCATTAA GTACATCAAT GTCGACAAGT
GATTCAATCA GTACAAGTAA ATCTGATTCC ATTAGTACAT CTACATCATT AAGTGGTTCT
ACAAGTGAAA GTGAATCCGA CTCAACATCA TCAAGTGAAA GTAAATCCGA TTCAACATCA
ATGAGCATAA GTATGTCTCA ATCAACATCA GGAAGTACAA GTACGTCAAC GAGTACAAGT
TTGTCTGACT CAACGAGTAC GTCATTGTCA CTAAGTGCAT CAATGAATCA AAGCGGAGTA
GACTCAAACT CAGCAAGCCA AAGTGCCTCA AACTCAACAA GTACAAGCAC GAGCGAATCC
GATTCACAAA GCACATCAAC ATATACAAGT CAGTCAACAA GCCAAAGTGA ATCAACATCG
ACATCAACGT CACTAAGCGA TTCAACAAGT ATATCTAAAA GTACGAGCCA ATCAGGTTCA
ACAAGCACAT CAGCATCATT AAGTGGTTCA GAGAGTGAAT CTGATTCACA AAGTATCTCA
ACAAGTGCAA GTGAATCAAC ATCAGAAAGT GCGTCAACAT CACTCAGTGA CTCAACAAGT
ACAAGTAACT CAGGATCAGC AAGTACGTCA ACATCGCTCA GTAACTCAGC AAGCGCAAGT
GAATCCGATT CGTCGTCAAC ATCTTTAAGT GATTCAACAT CTGCGTCAAT GCAAAGCAGT
GAATCCGATT CACAAAGCAC ATCAGCATCA TTAAGTGATT CGCTAAGTAC ATCAACTTCA
AACCGCATGT CGACCATTGC AAGTTTATCA ACATCGGTAA GTACATCAGA ATCTGGCTCA
ACATCAGAAA GTACAAGTGA ATCCGATTCA ACATCAACAT CATTAAGCGA TTCACAAAGC
ACATCAAGAA GTACAAGTGC ATCAGGATCA GCAAGTACAT CAACATCAAC AAGTGACTCT
CGTAGTACAT CAGCTTCAAC TAGTACTTCG ATGCGTACAA GTACTAGTGA TTCACAAAGT
ATGTCGCTTT CAACAAGTAC ATCAACAAGT ATGAGTGATT CAACGTCATT ATCTGATAGT
GTGAGTGATT CAACATCAGA CTCAACAAGT GCGAGTACAT CTGGTTCGAT GAGTGTATCT
ATATCGTTAA GTGATTCGAC AAGTACATCA ACATCGGCTA GTGAAGTAAT GAGCGCAAGC
ATATCTGATT CACAAAGTAT GTCAGAATCT GTAAATGATT CAGAAAGTGT AAGTGAATCT
AATTCTGAAA GTGACTCTAA ATCGATGAGT GGCTCAACAA GTGTCAGTGA TTCTGGCTCA
TTGAGCGTCT CAACGTCATT AAGAAAATCA GAAAGTGTAA GCGAGTCAAG TTCATTGAGT
GGCTCACAAT CGATGAGCGA TTCAGTAAGC ACAAGCGATT CGTCATCATT AAGTGTATCG
ACGTCACTAA GAAGTTCAGA AAGCGTGAGT GAATCTGATT CATTAAGTGA TTCAAAATCA
ACAAGTGGTT CGACTTCAAC AAGTACATCT GGTTCATTGA GTACCTCAAC ATCATTAAGT
GGTTCAGAAA GCGTAAGCGA GTCTACCTCG CTAAGTGATT CAATATCAAT GAGTGATTCT
ACTAGTACAA GTGACTCCGA CTCATTAAGT GGATCAATAT CTTTAAGTGG TTCCACAAGT
CTTAGCACTT CGGATTCATT AAGTGATTCA AAATCATTGA GTAGCTCGCA AAGTATGAGT
GGATCAGAAT CAACGTCAAC AAGTGTGAGC GATTCGCAGT CAAGCTCAAC AAGTAATAGT
CAATTTGACT CTATGAGCAT CAGTGCATCA GAAAGCGACT CAATGTCTAC AAGTGATTCG
TCTAACATCA GTGGATCAAA TTCAACGAGT ACATCACTTT CAACATCTGA CTCAATGAGC
GGAAGCGTAT CAGTTTCAAC ATCGACAAGT TTAAGTGACT CAATATCAGG TTCAACAAGT
GTAAGTGACT CGAGCTCAAC AAGCACATCT ACATCATTAA GTGATTCAAT GTCACAAAGC
CAGTCAACAA GTACAAGTGC ATCTGGTTCC TTAAGTACAT CGATATCAAC ATCAATGTCA
ATGAGTGCTA GTACATCGTC ATCACAAAGC ACATCGGTGT CGACATCATT ATCAACATCA
GACAGTATCA GTGATTCTAC TTCAATAAGT ATCAGTGGTT CACAAAGTAC AGTAGAATCA
GAATCTACAA GTGATTCAAC TTCTATCAGT GACTCAGAAT CATTGAGTAC ATCAGATTCA
GACTCGACAT CGACAAGTAC ATCGGACTCA ACAAGTGGTT CAACTTCAAC AAGCATATCT
GAATCATTAA GTACGTCTGG TTCAGGTTCA ACGAGCGTAT CTGACTCAAC ATCAATGAGT
GAATCCGATT CAACAAGTGT TTCAATGTCA CAAGACAAAT CCGACTCAAC ATCAATTAGC
GACTCAGAAT CAGTGTCAAC AAGCACATCA ACGTCATTGA GCACATCCGA TTCGACAAGC
ACATCCGAAT CGCTGAGTAC ATCTATGTCT GGTTCACAAA GCATTTCTGA CTCAACATCA
ACAAGTATGT CCGGCTCAAC AAGTACATCT GAATCTAACT CAATGCATCC GTCAGACTCA
ATGAGTATGC ATCATACTCA CAGCACGAGC ACATCTCGCT TATCAAGTGA AGCAACAACG
AGCACGAGTG AATCTCAGTC TACATTAAGT GCAACATCTG AAGTGACTAA ACATAATGGC
ACGCCTGCAC AAAGTGAAAA AAGATTGCCA GATACAGGTG ACTCAATAAA ACAAAATGGA
TTACTAGGTG GCGTTATGAC ATTATTAGTT GGTTTAGGTT TAATGAAGAG AAAGAAAAAG
AAAGATGAAA ATGATCAAGA TGATTCTCAA GCATAA
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| Protein sequence | MSKRQKAFHD SLANEKTRVR LYKSGKNWVK SGIKEIEMFK IMGLPFISHS LVSQDNQSIS
KKMTGYGLKT TAVIGGAFTV NMLHDQQAFA ASDAPLTSEL NTQSETVGNQ NSTTIEASTS
TADSTSVTKN SSSVQTSNSD TVSSEKSEKV TSTTNSTSNQ QEKLTSTSES TSSKNTTSSS
DTKSVASTSS TEQPINTSTN QSTASNNTSQ STTPSSVNLN KTSTTSTSTA PVKLRTFSRL
AMSTFASAAT TTAVTANTIT VNKDNLKQYM TTSGNATYDQ STGIVTLTQD AYSQKGAITL
GTRIDSNKSF HFSGKVNLGN KYEGHGNGGD GIGFAFSPGV LGETGLNGAA VGIGGLSNAF
GFKLDTYHNT SKPNSAAKAN ADPSNVAGGG AFGAFVTTDS YGVATTYTSS STADNAAKLN
VQPTNNTFQD FDINYNGDTK VMTVKYAGQT WTRNISDWIA KSGTTNFSLS MTASTGGATN
LQQVQFGTFE YTESAVTQVR YVDVTTGKDI IPPKTYSGNV DQVVTIDNQQ SALTAKGYNY
TSVDSSYAST YNDTNKTVKM TNAGQSVTYY FTDVKAPTVT VGNQTIEVGK TMNPVVLTTT
DNGTGTVTNT VTGLPSGLSY DSATNSIIGT PTKIGQSTVT VVSTDQANNK STTTFTINVV
DTTAPTVTPI GDQSSEVYSP ISPIKIATQD NSGNAVTNTV TGLPSGLTFD STNNTISGTP
TNIGTSTISI VSTDASGNKT TTTFKYEVTR NSMSDSVSTS GSTQQSQSVS TSKADSQSAS
TSTSGSIVVS TSASTSKSTS VSLSDSVSAS KSLSTSESNS VSSSTSTSLV NSQSVSSSMS
GSVSKSTSLS DSISNSNSTE KSESLSTSTS DSLRTSTSLS DSLSMSTSGS LSKSQSLSTS
ISGSSSTSAS LSDSTSNAIS TSTSLSESAS TSDSISISNS IANSQSASTS KSDSQSTSIS
LSTSDSKSMS TSESLSDSTS TSGSVSGSLS IAASQSVSTS TSDSMSTSEI VSDSISTSGS
LSASDSKSMS VSSSMSTSQS GSTSESLSDS QSTSDSDSKS LSLSTSQSGS TSTSTSTSAS
VRTSESQSTS GSMSASQSDS MSISTSFSDS TSDSKSASTA SSESISQSAS TSTSGSVSTS
TSLSTSNSER TSTSVSDSTS LSTSESDSIS ESTSTSDSIS EAISASESTS ISLSESNSTS
DSESQSASAF LSESLSESTS ESTSESVSSS TSESTSLSDS TSESGSTSTS LSNSTSGSAS
ISTSTSISES TSTFKSESVS TSLSMSTSTS LSNSTSLSTS LSDSTSDSKS DSLSTSMSTS
DSISTSKSDS ISTSTSLSGS TSESESDSTS SSESKSDSTS MSISMSQSTS GSTSTSTSTS
LSDSTSTSLS LSASMNQSGV DSNSASQSAS NSTSTSTSES DSQSTSTYTS QSTSQSESTS
TSTSLSDSTS ISKSTSQSGS TSTSASLSGS ESESDSQSIS TSASESTSES ASTSLSDSTS
TSNSGSASTS TSLSNSASAS ESDSSSTSLS DSTSASMQSS ESDSQSTSAS LSDSLSTSTS
NRMSTIASLS TSVSTSESGS TSESTSESDS TSTSLSDSQS TSRSTSASGS ASTSTSTSDS
RSTSASTSTS MRTSTSDSQS MSLSTSTSTS MSDSTSLSDS VSDSTSDSTS ASTSGSMSVS
ISLSDSTSTS TSASEVMSAS ISDSQSMSES VNDSESVSES NSESDSKSMS GSTSVSDSGS
LSVSTSLRKS ESVSESSSLS GSQSMSDSVS TSDSSSLSVS TSLRSSESVS ESDSLSDSKS
TSGSTSTSTS GSLSTSTSLS GSESVSESTS LSDSISMSDS TSTSDSDSLS GSISLSGSTS
LSTSDSLSDS KSLSSSQSMS GSESTSTSVS DSQSSSTSNS QFDSMSISAS ESDSMSTSDS
SNISGSNSTS TSLSTSDSMS GSVSVSTSTS LSDSISGSTS VSDSSSTSTS TSLSDSMSQS
QSTSTSASGS LSTSISTSMS MSASTSSSQS TSVSTSLSTS DSISDSTSIS ISGSQSTVES
ESTSDSTSIS DSESLSTSDS DSTSTSTSDS TSGSTSTSIS ESLSTSGSGS TSVSDSTSMS
ESDSTSVSMS QDKSDSTSIS DSESVSTSTS TSLSTSDSTS TSESLSTSMS GSQSISDSTS
TSMSGSTSTS ESNSMHPSDS MSMHHTHSTS TSRLSSEATT STSESQSTLS ATSEVTKHNG
TPAQSEKRLP DTGDSIKQNG LLGGVMTLLV GLGLMKRKKK KDENDQDDSQ A
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