| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH9_0267 |
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| Symbol | |
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| ID | 5167607 |
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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 | 321122 |
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| End bp | 324151 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 640564597 |
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| Product | hypothetical protein |
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| Protein accession | YP_001245650 |
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| Protein GI | 148266707 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1511] Predicted membrane protein |
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| TIGRFAM ID | [TIGR03061] YhgE/Pip N-terminal domain |
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| 
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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 | ATGAAAAAGA AAAATTGGAT TTATGCATTA ATTGTCACTT TAATTATTAT AATTGCCATA
GTTAGTATGA TATTTTTTGT TCAAACAAAA TATGGAGATC AATCAGAAAA AGGATCCCAA
AGTGTAAGTA ATAAAAATAA TAAAATACAT ATCGCAATTG TTAACGAGGA TCAACCAACG
ACATATAATG GTAAAAAAGT TGAGCTGGGT CAAGCATTTA TTAAAAGGTT AGCAAATGAG
AAAAACTATA AATTTGAAAC AGTAACAAGA AACGTTGCTG AGTCTGGTTT GAAAAATGGT
GGATACCAAG TCATGATTGT TATCCCAGAA AACTTTTCAA AATTGGCAAT GCAATTAGAC
GCTAAAACAC CATCGAAAAT ATCGCTACAG TATAAAACAG CTGTAGGACA AAAAGAAGAA
GTAGCTAAAA ACACAGAAAA AGTTGTAAGT AATGTACTTA ACGACTTTAA CAAAAACTTA
GTCGAAATTT ATTTAACAAG CATCATTGAT AATTTACATA ATGCACAAAA AAATGTTGGC
GCTATTATGA CGCGTGAACA TGGTGTGAAT AGTAAATTCT CGAATTACTT ATTAAATCCA
ATTAACGACT TCCCGGAATT ATTTACAGAT ACGCTTGTAA ATTCAATTTC TGCAAACAAA
GACATTACAA AATGGTTCCA AACATACAAT AAATCATTAT TGAGTGCGAA TTCAGATACG
TTCAGGGTGA ACACAGATTA TAATGTTTCG ACTTTAATTG AAAAACAAAA TTCATTATTT
GACGAGCACA ATACAGCGAT GGATAAAATG TTACAAGATT ATAAATCGCA AAAAGATAGT
GTGGAACTTG ATAACTATAT CAATGCATTA AAACAGATGG ACAGCCAAAT TGATCAACAA
TCAAGTATGC AAGATACAGG TAAAGAAGAA TATAAACAAA CTGTTAAAGA AAACTTAGAT
AAATTAAGAG AAATCATTCA ATCACAAGAG TCACCATTTT CAAAAGGTAT GATTGAAGAC
TACCGTAAGC AATTAACAGA ATCACTGCAA GATGAGCTTG CAAATAACAA AGACTTACAA
GATGCGCTAA ATAGCATTAA AATGAACAAT GCTCAATTCG CTGAAAACTT AGAAAAACAA
CTTCATGATG ATATTGTCAA AGAACCTGAT ACAGATACAA CATTTATCTA TAACATGTCT
AAACAAGACT TTATAGCTGC AGGTTTAAAT GAGGGTGAAG CTAATAAATA CGAAGCAATT
GTCAAAGAAG CAAAACGTTA TAAAAACGAA TATAATTTGA AAAAACCGTT AGCAGAACAC
ATTAATTTAA CAGATTACGA TAACCAAGTT GCGCAAGACA CAAGTAGTTT GATTAATGAT
GGTGTCAAAG TGCAACGTAC TGAAACGATT AAAAGTAATG ATATTAATCA ATTAACTGTT
GCAACAGATC CTCATTTTAA CTTTGAAGGC GACATTAAAA TTAATGGTAA AAAATATGAC
ATTAAGGATC AAAGTGTTCA ACTCGATACA TCTAACAAGG AATATAAAGT TGAAGTCAAT
GGCGTTGCTA AATTGAAAAA GGATGCTGAG AAAGATTTCT TAAAAGATAA AACAATGCAT
TTACAATTGT TATTTGGACA AGCAAATCGT CAAGATGAAC CAAATGATAA GAAAGCAACG
AGTGTTGTGG ATGTAACATT GAATCATAAC CTTGATGGTC GCTTATCGAA AGATGCATTA
AGCCAGCAAT TGAGTGCATT ATCTAGGTTT GATGCACATT ATAAAATGTA CACAGATACA
AAAGGCAGAG AAGATAAACC ATTCGATAAC AAACGTTTAA TTGATATGAT GGTTGACCAA
GTTATCAATG ACATGGAAAG TTTCAAAGAC GATAAAGTAG CTGTGTTACA TCAAATTGAT
TCAATGGAAG AAAACTCAGA CAAACTGATT GATGACATTT TAAATAACAA AAAGAATACA
ACAAAAAATA AAGAAGATAT TTCTAAGCTG ATTGATCAGT TAGAAAACGT TAAAAAGACT
TTTGCTGAAG AACCACAAGA ACCAAAAATT GACAAAGGCA AAAATGATGA ATTCAACACA
ATGTCTTCTA ACTTAGATAA AGAAATTAGC AGAATTTCTG AAAAGAGCAC GCAATTGCTA
TCTGATACAC AAGAATCAAA AACAATTGCA GATTCAGTTA GTGGACAATT AAATCAATTA
GATAATAATG TGAATAAACT ACATGCGACA GGTCGAGCAT TAGGCGTAAG AGCGAATGAT
TTGAACCGTC AAATGGCTAA AAACGATAAA GATAATGAGT TATTCGCTAA AGAGTTTAAA
AAAGTATTAC AAAATTCTAA AGATGGCGAC AGACAAAACC AAGCATTAAA AGCATTTATG
AGTAATCCGG TTCAAAAGAA AAACTTAGAA AATGTTTTAG CTAATAATGG TAATACAGAG
GTGATTTCAC CGACATTATT CGTATTATTG ATGTATTTAC TATCAATGAT TACAGCATAT
ATTTTCTATA GTTATGAACG TGCCAAAGGT CAAATGAATT TCATTAAAGA TGATTATAGT
AGTAAAAACC ATCTTTGGAA TAATGTCATT ACGTCAGGTG TTATTGGTAC AACTGGTTTG
GTAGAAGGAT TAATTGTCGG TTTAATTGCA ATGAATAAGT TCCATGTATT AGCTGGCTAT
AGAGCGAAAT TCATCTTAAT GGTGATTTTA ACTATGATGG TCTTTGTACT TATTAATACG
TATTTACTAA GACAGGTAAA ATCTATCGGT ATGTTCTTAA TGATTGCTGC ATTGGGTCTA
TACTTTGTAG CTATGAATAA TTTGAAAGCG GCTGGACAAG GTGTGACTAA TAAAATTTCA
CCATTGTCTT ATATCGATAA CATGTTCTTC AATTATTTAA ATGCAGAGCA TCCTATAGGC
TTGGCACTAG TAATATTAAC AGTACTTGTG ATTATTGGTT TTGTACTGAA CATGTTTATA
AAACACTTTA AGAAAGAGAG ATTAATCTAA
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| Protein sequence | MKKKNWIYAL IVTLIIIIAI VSMIFFVQTK YGDQSEKGSQ SVSNKNNKIH IAIVNEDQPT
TYNGKKVELG QAFIKRLANE KNYKFETVTR NVAESGLKNG GYQVMIVIPE NFSKLAMQLD
AKTPSKISLQ YKTAVGQKEE VAKNTEKVVS NVLNDFNKNL VEIYLTSIID NLHNAQKNVG
AIMTREHGVN SKFSNYLLNP INDFPELFTD TLVNSISANK DITKWFQTYN KSLLSANSDT
FRVNTDYNVS TLIEKQNSLF DEHNTAMDKM LQDYKSQKDS VELDNYINAL KQMDSQIDQQ
SSMQDTGKEE YKQTVKENLD KLREIIQSQE SPFSKGMIED YRKQLTESLQ DELANNKDLQ
DALNSIKMNN AQFAENLEKQ LHDDIVKEPD TDTTFIYNMS KQDFIAAGLN EGEANKYEAI
VKEAKRYKNE YNLKKPLAEH INLTDYDNQV AQDTSSLIND GVKVQRTETI KSNDINQLTV
ATDPHFNFEG DIKINGKKYD IKDQSVQLDT SNKEYKVEVN GVAKLKKDAE KDFLKDKTMH
LQLLFGQANR QDEPNDKKAT SVVDVTLNHN LDGRLSKDAL SQQLSALSRF DAHYKMYTDT
KGREDKPFDN KRLIDMMVDQ VINDMESFKD DKVAVLHQID SMEENSDKLI DDILNNKKNT
TKNKEDISKL IDQLENVKKT FAEEPQEPKI DKGKNDEFNT MSSNLDKEIS RISEKSTQLL
SDTQESKTIA DSVSGQLNQL DNNVNKLHAT GRALGVRAND LNRQMAKNDK DNELFAKEFK
KVLQNSKDGD RQNQALKAFM SNPVQKKNLE NVLANNGNTE VISPTLFVLL MYLLSMITAY
IFYSYERAKG QMNFIKDDYS SKNHLWNNVI TSGVIGTTGL VEGLIVGLIA MNKFHVLAGY
RAKFILMVIL TMMVFVLINT YLLRQVKSIG MFLMIAALGL YFVAMNNLKA AGQGVTNKIS
PLSYIDNMFF NYLNAEHPIG LALVILTVLV IIGFVLNMFI KHFKKERLI
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