| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH9_2526 |
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| Symbol | |
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| ID | 5168818 |
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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 | 2670670 |
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| End bp | 2673786 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 640566911 |
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| Product | cell wall anchor domain-containing protein |
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| Protein accession | YP_001247879 |
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| Protein GI | 148268936 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5373] Predicted membrane 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 | 14 |
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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 | GTGAAAAACA ATCTTAGGTA CGGCATTAGA AAACATAAAT TGGGAGCAGC ATCAGTATTC
TTAGGAACAA TGATCGTTGT TGGGATGGGA CAAGATAAAG AAGCTGCAGC ATCAGAACAA
AAGACAACTA CAGTAGAAGA AAATGGGAAT TCAGCTACTG ATAATAAAAC AAGTGAAACA
CAAACAACTG CTACTAACGT TAATCATATA GAAGAAACTC AATCATATAA CGCAACAGTA
ACAGAACAAC CGTCAAACGC AACACAAGTA ACAACTGAAG AAGCACCAAA AGCAGTACAA
GCACCACAAA CTGCACAACC AGCAAATGTA GAAACAGTTA AAGAAGAAGA GAAACCTCAA
GTTAAGGAAA CGACACAACC TCAAGACAAT AGCGGAAATC AAAGACAAGT AGATTTAACA
CCTAAAAAGG TTACACAAAA TCAAGGGACA GAAACACAAG TTGAAGTGGC ACAGCCAAGA
ACGGCATCAG AAAGTAAGCC ACGTGTGACA AGATCAGCAG ATGTAGCGGA AGCTAAGGAA
GCTAGTGACG TTTCAGAAGT TAAAGGCACA GATGTTACAA GTAAAGTTAC AGTAGAAAGT
GGTTCTATTG AGGCACCTCA AGGAAATAAA GTAGAGCCAC ATGCTGGTCA ACGTGTCGTA
TTGAAATACA AATTGAAATT CGCAGATGGA TTAAAAAGAG GAGATTATTT TGATTTTACA
TTATCAAATA ATGTAAATAC TTATGGGGTT TCAACAGCTA GAAAGGTACC AGAGATTAAA
AATGGCTCAG TTGTAATGGC TACAGGTGAG ATCTTAGGGA ATGGTAACAT AAGATATACA
TTTACTAACG AAATTGAACA CAAGGTAGAG GTAACAGCTA ATTTAGAAAT CAACTTATTT
ATTGACCCTA AAACTGTACA AAGCAATGGA GAACAAAAGA TTACTTCTAA ATTAAATGGT
GAAGAAACAG AAAAAACAAT ACCAGTTGTT TATAATCCAG GTGTTAGCAA TAGTTATACA
AATGTAAATG GATCAATTGA AACATTTAAT AAAGAATCTA ATAAATTTAC ACATATAGCT
TATATTAAGC CAATGAATGG AAACCAGTCA AACACTGTAT CAGTAACAGG GACGTTGACT
GAAGGTAGTA ATTTAGCTGG TGGACAACCT ACTGTTAAAG TATATGAATA TCTAGGGAAA
AAAGATGAAT TGCCACAAAG TGTTTATGCA AATACATCAG ATACTAACAA ATTCAAAGAT
GTAACAAAGG AAATGAATGG AAAATTGAGT GTGCAAGACA ATGGTAGTTA CTCATTGAAT
TTAGATAAGT TGGATAAAAC GTATGTCATT CATTATACAG GTGAATATTT GCAAGGGTCA
GATCAGGTTA ATTTTAGAAC TGAATTATAT GGGTATCCAG AACGAGCATA TAAATCTTAC
TATGTTTATG GGGGATATCG TTTAACTTGG GATAATGGTT TAGTTTTATA TAGCAATAAA
GCTGACGGCA ATGGTAAAAA TGGACAAATT ATTCAAGATA ATGATTTTGA ATATAAAGAA
GATACTGCAA AAGGAACTAT GAGCGGGCAG TACGATGCCA AGCAAATTAT TGAAACAGAA
GAAAATCAAG ACAATACACC GCTTGACATT GATTACCACA CAGCTATAGA TGGTGAGGGT
GGTTATGTTG ATGGGTATAT TGAAACAATA GAAGAAACGG ATTCATCAGC TATTGATATC
GATTACCATA CTGCTGTGGA TAGTGAAGCG GGTCACGTTG GAGGATACAC TGAGTCCTCT
GAGGAATCAA ATCCAATTGA CTTTGAAGAA TCGACACATG AAAATTCAAA ACATCACGCT
GATGTTGTTG AATATGAAGA GGATACAAAT CCAGGTGGTG GCCAAGTAAC AACTGAGTCT
AACTTAGTTG AATTTGACGA AGAGTCTACA AAAGGTATTG TAACTGGCGC AGTGAGCGAC
CATACAACAA TTGAAGATAC GAAAGAATAT ACGACTGAAA GTAATCTGAT TGAACTAGTA
GATGAACTAC CTGAAGAACA TGGTCAAGCA CAAGGACCAA TCGAGGAAAT TACTGAAAAC
AATCATCATA TTTCTCATTC TGGTTTAGGA ACTGAAAATG GTCACGGTAA TTATGGCGTG
ATTGAAGAAA TCGAAGAAAA TAGCCACGTT GATATTAAGA GTGAATTAGG TTACGAAGGT
GGCCAAAATA GCGGTAACCA GTCATTCGAG GAAGACACAG AAGAAGACAA ACCTAAATAT
GAACAAGGTG GCAATATCGT AGATATCGAT TTCGACAGTG TACCTCAAAT TCATGGTCAA
AATAAAGGTG ACCAGTCATT CGAAGAAGAT ACAGAGAAAG ACAAGCCTAA ATATGAACAT
GGCGGTAATA TCATTGATAT CGACTTCGAC AGTGTGCCAC AAATTCATGG ATTCAATAAG
CATAATGAAA TTATTGAAGA AGATACAAAC AAAGATAAAC CTAATTATCA ATTCGGTGGA
CACAATAGTG TTGACTTTGA AGAAGATACA CTTCCAAAAG TAAGCGGCCA AAATGAAGGT
CAACAAACGA TTGAAGAAGA TACAACGCCG CCAACGCCAC CGACACCAGA AGTACCGAGT
GAGCCGGAAA CACCAATGCC ACCGACACCA GAAGTACCGA GTGAGCCGGA AACACCAACG
CCACCAACAC CAGAGGTACC AAGTGAGCCG GAAACACCAA CACCACCGAC TCCGGAAGTA
CCAAGTGAGC CGGAAACACC AACACCACCG ACACCAGAAG TGCCGAGTGA GCCAGAAACA
CCAACACCGC CAACACCAGA GGTACCAGCT GAACCTGGTA AACCAGTACC ACCCGCAAAA
GAAGAACCTA AAAAGCCTTC TAAACCAGTG GAACAAGGTA AAGTAGTAAC ACCTGTTATT
GAAATCAATG AAAAGGTTAA AGCAGTGGCA CCAACTAAAA AAGCACAATC TAAGAAATCT
GAACTACCTG AAACAGGTGG AGAAGAATCA ACAAACAAAG GTATGTTGTT CGGCGGATTA
TTCAGCATTC TAGGTTTAGC ATTATTACGC AGAAATAAAA AGAATAACAA AGCATAA
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| Protein sequence | MKNNLRYGIR KHKLGAASVF LGTMIVVGMG QDKEAAASEQ KTTTVEENGN SATDNKTSET
QTTATNVNHI EETQSYNATV TEQPSNATQV TTEEAPKAVQ APQTAQPANV ETVKEEEKPQ
VKETTQPQDN SGNQRQVDLT PKKVTQNQGT ETQVEVAQPR TASESKPRVT RSADVAEAKE
ASDVSEVKGT DVTSKVTVES GSIEAPQGNK VEPHAGQRVV LKYKLKFADG LKRGDYFDFT
LSNNVNTYGV STARKVPEIK NGSVVMATGE ILGNGNIRYT FTNEIEHKVE VTANLEINLF
IDPKTVQSNG EQKITSKLNG EETEKTIPVV YNPGVSNSYT NVNGSIETFN KESNKFTHIA
YIKPMNGNQS NTVSVTGTLT EGSNLAGGQP TVKVYEYLGK KDELPQSVYA NTSDTNKFKD
VTKEMNGKLS VQDNGSYSLN LDKLDKTYVI HYTGEYLQGS DQVNFRTELY GYPERAYKSY
YVYGGYRLTW DNGLVLYSNK ADGNGKNGQI IQDNDFEYKE DTAKGTMSGQ YDAKQIIETE
ENQDNTPLDI DYHTAIDGEG GYVDGYIETI EETDSSAIDI DYHTAVDSEA GHVGGYTESS
EESNPIDFEE STHENSKHHA DVVEYEEDTN PGGGQVTTES NLVEFDEEST KGIVTGAVSD
HTTIEDTKEY TTESNLIELV DELPEEHGQA QGPIEEITEN NHHISHSGLG TENGHGNYGV
IEEIEENSHV DIKSELGYEG GQNSGNQSFE EDTEEDKPKY EQGGNIVDID FDSVPQIHGQ
NKGDQSFEED TEKDKPKYEH GGNIIDIDFD SVPQIHGFNK HNEIIEEDTN KDKPNYQFGG
HNSVDFEEDT LPKVSGQNEG QQTIEEDTTP PTPPTPEVPS EPETPMPPTP EVPSEPETPT
PPTPEVPSEP ETPTPPTPEV PSEPETPTPP TPEVPSEPET PTPPTPEVPA EPGKPVPPAK
EEPKKPSKPV EQGKVVTPVI EINEKVKAVA PTKKAQSKKS ELPETGGEES TNKGMLFGGL
FSILGLALLR RNKKNNKA
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