| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH1_0598 |
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| Symbol | |
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| ID | 5315397 |
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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 | 645614 |
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| End bp | 648511 |
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| Gene Length | 2898 bp |
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| Protein Length | 965 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640778685 |
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| Product | cell wall anchor domain-containing protein |
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| Protein accession | YP_001315743 |
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| Protein GI | 150393068 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5271] AAA ATPase containing von Willebrand factor type A (vWA) domain |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01168] Gram-positive signal peptide, YSIRK family
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | ATGAATAATA AAAAGACAGC AACAAATAGA AAAGGCATGA TACCAAATCG ATTAAACAAA
TTTTCGATAA GAAAGTATTC TGTAGGTACT GCTTCAATTT TAGTAGGGAC AACATTGATT
TTTGGGTTAA GTGGTCATGA AGCTAAAGCG GCAGAACATA CGAATGGAGA ATTAAATCAA
TCAAAAAATG AAACGACAGC CCCAAGTGAG AATAAAACAA CTGAAAAAGT TGATAGTCGT
CAACTAAAAG ACAATACGCA AACTGCAACT GCAGATCAGC CTAAAGTGAC AATGAGTGAT
AGTGCAACAG TTAAAGAAAC TAGTAGTAAC ATGCAATCAC CACAAAACGC TACAGCTAGT
CAATCTACTA CACAAACTAG CAATGTAACA ACAAATGATA AATCATCAAC TACATATAGT
AATGAAACTG ATAAAAGTAA TTTAACACAA GCAAAAAACG TTTCAACTAC ACCTAAAACA
ACGACTATTA AACAAAGAGC TTTAAATCGC ATGGCAGTGA ATACTGTTGC AGCTCCACAA
CAAGGAACAA ATGTTAATGA TAAAGTACAT TTTACGAACA TTGATATTGC GATTGATAAA
GGACATGTTA ATAAAACAAC AGGAAATACT GAATTTTGGG CAACTTCAAG TGATGTTTTA
AAATTAAAAG CGAATTACAC AATCGATGAT TCTGTTAAAG AGGGCGATAC ATTTACTTTT
AAATATGGTC AATATTTCCG TCCAGGTTCT GTAAGATTAC CTTCACAAAC TCAAAATTTA
TATAATGCCC AAGGTAATAT TATTGCAAAA GGTATTTACG ATAGTAAAAC AAATACAACA
ACGTATACTT TTACGAATTA TGTAGATCAA TACACAAATG TTAGCGGTAG CTTTGAACAA
GTCGCATTTG CGAAACGTGA AAATGCAACA ACTGATAAAA CTGCTTATAA AATGGAAGTA
ACTTTAGGTA ATGATACATA TAGTAAAGAT GTCATTGTCG ATTATGGTAA TCAAAAAGGT
CAACAACTTA TTTCGAGTAC AAATTATATT AATAATGAAG ATTTGTCACG TAATATGACT
GTTTATGTAA ATCAACCTAA AAAGACCTAT ACAAAAGAAA CATTTGTAAC AAATTTAACT
GGTTATAAAT TTAATCCAGA TGCTAAAAAC TTCAAAATTT ACGAAGTGAC AGATCAAAAT
CAATTTGTGG ATAGTTTCAC CCCAGATACT TCAAAACTTA AAGATGTTAC TGGTCAATTC
GATGTTATTT ATAGTAATGA TAATAAGACG GCGACAGTAG ATTTATTGAA TGGTCAATCT
AGTAGTGATA AACAGTACAT CATTCAACAA GTTGCTTATC CAGATAATAG TTCAACAGAT
AATGGGAAAA TTGATTATAC TTTAGAAACA CAAAATGGAA AAAGTAGTTG GTCAAACAGT
TATTCAAATG TGAATGGCTC ATCAACTGCA AATGGCGACC AAAAGAAATA TAATCTAGGT
GACTATGTAT GGGAAGATAC AAATAAAGAT GGTAAACAAG ATGCCAATGA AAAAGGGATT
AAAGGTGTTT ATGTCATTCT TAAAGATAGT AACGGTAAAG AATTAGATCG TACGACAACA
GATGAAAATG GTAAATATCA GTTCACTGGT TTAAGCAATG GAACTTATAG TGTAGAGTTT
TCAACACCAG CCGGTTATAC ACCGACAACT GCAAATGCAG GTACAGATGA TGCTGTAGAT
TCTGATGGAC TAACTACAAC AGGTGTCATT AAAGACGCTG ACAACATGAC ATTAGATAGT
GGATTCTACA AAACACCAAA ATATAGTTTA GGTGATTATG TTTGGTACGA CAGTAATAAA
GATGGTAAAC AAGATTCGAC TGAAAAAGGA ATTAAAGGTG TTAAAGTTAC TTTGCAAAAC
GAAAAAGGCG AAGTAATTGG TACAACTGAA ACAGATGAAA ATGGTAAATA CCGCTTTGAT
AATTTAGATA GTGGTAAATA CAAAGTTATC TTTGAAAAGC CTGCTGGTTT AACTCAAACA
GGTACAAATA CAACTGAAGA TGATAAAGAT GCCGATGGTG GCGAAGTTGA TGTAACAATT
ACGGATCATG ATGATTTCAC ACTTGATAAT GGCTACTACG AAGAAGAAAC ATCAGATAGT
GACTCAGATT CGGACAGCGA TTCAGACTCA GATAGCGACT CAGATTCAGA TAGTGACTCA
GACTCAGATA GCGACTCAGA CTCAGATAGC GACTCAGACA GCGACTCAGA CTCAGATAGT
GATTCAGATT CGGACAGCGA CTCAGATTCA GACAGCGAAT CAGATTCGGA TAGCGACTCA
GACTCAGATA GCGACTCAGA TTCAGACAGC GACTCAGATT CAGACAGTGA CTCAGACTCA
GACAGCGACT CAGATTCAGA CAGCGATTCA GATTCGGATA GCGACTCAGA TTCAGATAGC
GATTCGGACT CAGACAACGA CTCAGATTCA GACAGCGATT CAGACTCAGA TAGCGACTCA
GATTCAGACA GCGACTCAGA CTCAGATAGC GATTCAGATT CAGACAGCGA CTCAGATTCA
GACAGCGATT CAGATTCAGA TAGCGATTCA GATTCAGACA GCGACTCAGA TTCAGATAGC
GACTCAGACT CAGACAGCGA TTCAGACTCA GATTCAGACA GCGATTCAGA TTCGGATAGC
GATTCAGATT CAGATGCAGG TAAACATACT CCGACTAAAC CAATGAGTAC GGTTAAAGAT
CAGCATAAAA CAGCTAAAGC ATTACCAGAA ACAGGTAGTG AAAATAATAA TTCAAATAAT
GGCACATTAT TCGGTGGATT ATTCGCGGCA TTAGGATCAT TATTGTTATT CGGTCGTCGT
AAAAAACAAA ATAAATAA
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| Protein sequence | MNNKKTATNR KGMIPNRLNK FSIRKYSVGT ASILVGTTLI FGLSGHEAKA AEHTNGELNQ
SKNETTAPSE NKTTEKVDSR QLKDNTQTAT ADQPKVTMSD SATVKETSSN MQSPQNATAS
QSTTQTSNVT TNDKSSTTYS NETDKSNLTQ AKNVSTTPKT TTIKQRALNR MAVNTVAAPQ
QGTNVNDKVH FTNIDIAIDK GHVNKTTGNT EFWATSSDVL KLKANYTIDD SVKEGDTFTF
KYGQYFRPGS VRLPSQTQNL YNAQGNIIAK GIYDSKTNTT TYTFTNYVDQ YTNVSGSFEQ
VAFAKRENAT TDKTAYKMEV TLGNDTYSKD VIVDYGNQKG QQLISSTNYI NNEDLSRNMT
VYVNQPKKTY TKETFVTNLT GYKFNPDAKN FKIYEVTDQN QFVDSFTPDT SKLKDVTGQF
DVIYSNDNKT ATVDLLNGQS SSDKQYIIQQ VAYPDNSSTD NGKIDYTLET QNGKSSWSNS
YSNVNGSSTA NGDQKKYNLG DYVWEDTNKD GKQDANEKGI KGVYVILKDS NGKELDRTTT
DENGKYQFTG LSNGTYSVEF STPAGYTPTT ANAGTDDAVD SDGLTTTGVI KDADNMTLDS
GFYKTPKYSL GDYVWYDSNK DGKQDSTEKG IKGVKVTLQN EKGEVIGTTE TDENGKYRFD
NLDSGKYKVI FEKPAGLTQT GTNTTEDDKD ADGGEVDVTI TDHDDFTLDN GYYEEETSDS
DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSESDSDSDS
DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDNDSDS DSDSDSDSDS
DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS DSDSDSDSDS
DSDSDAGKHT PTKPMSTVKD QHKTAKALPE TGSENNNSNN GTLFGGLFAA LGSLLLFGRR
KKQNK
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