| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH1_0599 |
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| Symbol | |
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| ID | 5315398 |
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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 JH1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009632 |
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| Strand | + |
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| Start bp | 648878 |
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| End bp | 652891 |
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| Gene Length | 4014 bp |
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| Protein Length | 1337 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640778686 |
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| Product | cell wall anchor domain-containing protein |
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| Protein accession | YP_001315744 |
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| Protein GI | 150393069 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5644] Uncharacterized conserved protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01168] Gram-positive signal peptide, YSIRK family |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGCTAAACA GAGAAAATAA AACGGCAATA ACAAGAAAAG GCATGGTATC CAATCGATTA
AATAAATTTT CGATTAGAAA GTACACAGTG GGAACAGCAT CAATTTTAGT AGGTACAACA
TTAATTTTTG GTCTGGGGAA CCAAGAAGCA AAGGCTGCAG AAAGTACTAA TAAAGAATTG
AACGAAGCGA CAACTTCAGC AAGTGATAAT CAATCGAGTG ATAAAGTTGA TATGCAGCAA
CTAAATCAAG AAGACAATAC TAAAAATGAT AATCAAAAAG AAATGGTATC ATCTCAAGGT
AATGAAACGA CTTCAAATGG GAATAAATCA ATAGAAAAAG AAAGTGTACA ATCTACCACT
GGAAATAAAG TTGAAGTTTC AACTGCCAAA TCAGATGAGC AAGCTTCACC AAAATCTACG
AATGAAGATT TAAACACTAA ACAAACTATA AGTAATCAAG AAGGGTTACA ACCTGATTTG
CTAGAGAATA AATCAGTGGT AAATGTTCAA CCAACTAATG AGGAAAACAA AAAGGTAGAT
GCGAAAACTG AATCAACTAC ATTAAATGTT AAAAGTGATG CTATCAAGAG TAATGCTGAA
ACTCTTGTTG ATAACAATAG TAATTCAAAT AATGAAAATA ATGCAGATAT CATTTTGCCA
AAAAGTACAG CACCTAAAAG TTTGAATACA AGAATGCGTA TGGCAGCAAT ACAACCAAAC
TCAACAGATT CTAAAAATGT TAATGATTTA ATCACATCAA ATACAACATT AACTGTCGTT
GATGCAGATA ATAGCAAAAC GATTGTACCA GCCCAAGATT ATTTATCATT AAAATCACAA
ATTACAGTTG ATGACAAAGT TAAATCAGGT GATTATTTCA CAATTAAATA CTCAGATACA
GTACAAGTAT ATGGATTGAA TCCGGAAGAT ATTAAAAATA TTGGTGATAT TAAAGATCCA
AATAATGGTG AAACAATTGC GACTGCAAAA CATGATACTG CAAATAATTT AATTACATAT
ACATTTACAG ATTATGTTGA TCGATTTAAT TCAGTAAAAA TGGGTATTAA TTACTCAATT
TATATGGATG CAGATACAAT TCCTGTTGAC AAGAAAGATG TTCCTTTTAG TGTAACTATT
GGAAATCAAA TTACAACTAC AACAGCAGAT ATCACTTATC CGGCTTATAA AGAAGCTGAC
AATAATTCAA TAGGATCAGC TTTTACAGAG ACAGTTTCTC ATGTAGGAAA TGTTGAAGAC
CCTGGTTACT ATAACCAGGT AGTATATGTT AATCCTATGG ATAAGGATTT AAAAGGTGCT
AAGTTAAAAG TTGAAGCGTA CCATCCGAAA TATCCAACTA ATATTGGTCA AATTAATCAA
AATGTTACAA ATATAAAAAT ATATCGTGTT CCTGAAGGAT ATACATTGAA TAAAGGATAT
GACGTTAATA CTAATGATTT GGTAGACGTA ACTGATGAAT TTAAAAATAA AATGACGTAT
GGATCAAATC AAAGTGTTAA TCTTGATTTT GGTGATATTA CATCAGCATA TGTTGTAATG
GTTAATACAA AATTCCAATA TACAAATAGC GAAAGCCCAA CACTTGTTCA AATGGCTACT
TTATCTTCAA CAGGTAATAA ATCCGTTTCT ACTGGCAATG CTTTAGGATT TACTAATAAC
CAAAGTGGCG GAGCTGGTCA AGAAGTATAT AAAATTGGTA ACTACGTATG GGAAGATACT
AATAAAAACG GTGTTCAAGA ATTAGGAGAA AAAGGCGTTG GCAATGTAAC TGTAACTGTA
TTTGATAATA ATACAAATAC AAAAGTAGGA GAAGCAGTTA CTAAAGAAGA TGGGTCATAC
TTGATTCCAA ACTTACCTAA TGGAGATTAC CGTGTAGAAT TTTCAAACTT ACCAAAAGGT
TATGAAGTAA CCCCTTCAAA ACAAGGTAAT AACGAAGAAT TAGATTCAAA CGGCTTATCT
TCAGTTATTA CAGTTAATGG CAAAGATAAC TTATCTGCAG ACTTAGGTAT TTACAAACCT
AAATACAACT TAGGTGACTA TGTCTGGGAA GATACAAATA AAAATGGTAT CCAAGACCAA
GATGAAAAAG GTATATCTGG CGTAACGGTA ACATTAAAAG ATGAAAACGG TAACGTGTTA
AAAACAGTTA CAACAGACGC AGATGGCAAA TATAAATTTA CTGATTTAGA TAATGGTAAT
TATAAAGTTG AATTTACTAC ACCAGAAGGC TATACACCGA CTACAGTAAC ATCTGGTAGC
GACATTGAAA AAGACTCTAA TGGTTTAACA ACAACAGGTG TTATTAATGG TGCTGATAAC
ATGACATTAG ATAGTGGATT CTACAAAACA CCAAAATATA ATTTAGGTAA TTATGTATGG
GAAGATACAA ATAAAGATGG TAAGCAGGAT TCAACTGAAA AAGGTATTTC AGGCGTAACA
GTTACATTGA AAAATGAAAA CGGTGAAGTT TTACAAACAA CTAAAACAGA TAAAGATGGT
AAATATCAAT TTACTGGATT AGAAAATGGA ACTTATAAAG TTGAATTCGA AACACCATCA
GGTTACACAC CAACACAAGT AGGTTCAGGA ACTGATGAAG GTATAGATTC AAATGGTACA
TCAACAACAG GTGTCATTAA AGATAAAGAT AACGATACTA TTGACTCTGG TTTCTACAAA
CCGACTTACA ACTTAGGTGA CTATGTATGG GAAGATACAA ATAAAAACGG TGTTCAAGAT
AAAGATGAAA AGGGTATTTC AGGTGTAACA GTTACGTTAA AAGATGAAAA CGACAAAGTT
TTAAAAACAG TTACAACAGA TGAAAATGGT AAATATCAAT TCACTGATTT AAACAATGGA
ACTTATAAAG TTGAATTCGA GACACCATCA GGTTATACAC CAACTTCAGT AACTTCTGGA
AATGATACTG AAAAAGATTC TAATGGTTTA ACAACAACAG GTGTCATTAA AGATGCAGAT
AACATGACAT TAGACAGTGG TTTCTATAAA ACACCAAAAT ATAGTTTAGG TGATTATGTT
TGGTACGACA GTAATAAAGA CGGCAAACAA GATTCAACTG AAAAAGGTAT CAAAGATGTT
AAAGTTATTT TATTAAATGA AAAAGGCGAA GTAATTGGAA CAACTAAAAC AGATGAAAAT
GGTAAATACC GCTTTGATAA TTTAGATAGC GGTAAATACA AAGTTATTTT TGAAAAGCCT
ACTGGCTTAA CACAAACAGG TACAAATACA ACTGAAGATG ATAAAGATGC CGATGGTGGC
GAAGTTGATG TAACAATTAC GGATCATGAT GATTTCACAC TTGATAATGG CTACTACGAA
GAAGAAACAT CAGATAGCGA CTCAGATTCA GATAGCGATT CAGACTCAGA CAGCGATTCA
GATTCAGACA GCGACTCAGA CTCAGATAGC GACTCAGATT CGGACAGCGA TTCAGACTCA
GATAGCGACT CAGACTCAGA CAGCGATTCA GACTCAGATA GCGACTCAGA CTCAGATAGC
GATTCAGATT CAGACAGCGA TTCAGATTCA GACAGTGATT CAGATTCAGA CAGCGACTCA
GATTCAGATA GCGATTCAGA CTCAGACTCA GATAGCGATT CAGATTCAGA CAGCGACTCA
GATTCGGACA GCGACTCAGA CTCAGACAGT GATTCAGATT CAGATAGCGA CTCAGACTCA
GATAGCGACT CAGATTCAGA CAGCGATTCA GACTCAGATA GTGACTCAGA TTCGGACAGC
GATTCAGACT CAGATAGCGA CTCAGATTCA GACAGTGATT CAGACTCAGA TGCAGGTAAG
CACACACCTG TTAAACCAAT GAGTACTACT AAAGACCATC ACAATAAAGC AAAAGCATTA
CCAGAAACAG GTAATGAAAA TAGTGGCTCA AATAACGCAA CGTTATTTGG CGGATTATTC
GCAGCATTAG GATCATTATT GTTATTCGGT CGTCGTAAAA AACAAAATAA ATAA
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| Protein sequence | MLNRENKTAI TRKGMVSNRL NKFSIRKYTV GTASILVGTT LIFGLGNQEA KAAESTNKEL
NEATTSASDN QSSDKVDMQQ LNQEDNTKND NQKEMVSSQG NETTSNGNKS IEKESVQSTT
GNKVEVSTAK SDEQASPKST NEDLNTKQTI SNQEGLQPDL LENKSVVNVQ PTNEENKKVD
AKTESTTLNV KSDAIKSNAE TLVDNNSNSN NENNADIILP KSTAPKSLNT RMRMAAIQPN
STDSKNVNDL ITSNTTLTVV DADNSKTIVP AQDYLSLKSQ ITVDDKVKSG DYFTIKYSDT
VQVYGLNPED IKNIGDIKDP NNGETIATAK HDTANNLITY TFTDYVDRFN SVKMGINYSI
YMDADTIPVD KKDVPFSVTI GNQITTTTAD ITYPAYKEAD NNSIGSAFTE TVSHVGNVED
PGYYNQVVYV NPMDKDLKGA KLKVEAYHPK YPTNIGQINQ NVTNIKIYRV PEGYTLNKGY
DVNTNDLVDV TDEFKNKMTY GSNQSVNLDF GDITSAYVVM VNTKFQYTNS ESPTLVQMAT
LSSTGNKSVS TGNALGFTNN QSGGAGQEVY KIGNYVWEDT NKNGVQELGE KGVGNVTVTV
FDNNTNTKVG EAVTKEDGSY LIPNLPNGDY RVEFSNLPKG YEVTPSKQGN NEELDSNGLS
SVITVNGKDN LSADLGIYKP KYNLGDYVWE DTNKNGIQDQ DEKGISGVTV TLKDENGNVL
KTVTTDADGK YKFTDLDNGN YKVEFTTPEG YTPTTVTSGS DIEKDSNGLT TTGVINGADN
MTLDSGFYKT PKYNLGNYVW EDTNKDGKQD STEKGISGVT VTLKNENGEV LQTTKTDKDG
KYQFTGLENG TYKVEFETPS GYTPTQVGSG TDEGIDSNGT STTGVIKDKD NDTIDSGFYK
PTYNLGDYVW EDTNKNGVQD KDEKGISGVT VTLKDENDKV LKTVTTDENG KYQFTDLNNG
TYKVEFETPS GYTPTSVTSG NDTEKDSNGL TTTGVIKDAD NMTLDSGFYK TPKYSLGDYV
WYDSNKDGKQ DSTEKGIKDV KVILLNEKGE VIGTTKTDEN GKYRFDNLDS GKYKVIFEKP
TGLTQTGTNT TEDDKDADGG EVDVTITDHD DFTLDNGYYE EETSDSDSDS DSDSDSDSDS
DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS
DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS
DSDSDSDSDS DSDSDSDAGK HTPVKPMSTT KDHHNKAKAL PETGNENSGS NNATLFGGLF
AALGSLLLFG RRKKQNK
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