| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH1_1435 |
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| Symbol | |
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| ID | 5317001 |
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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 | 1467484 |
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| End bp | 1470513 |
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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 | 29% |
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| IMG OID | 640779519 |
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| Product | putative exonuclease SbcC |
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| Protein accession | YP_001316572 |
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| Protein GI | 150393897 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | [TIGR00618] exonuclease SbcC |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00155429 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGAAACCAT TACATTTAAA GTTGAATAAT TTCGGCCCCT TTTTAAAAGA AGAAATTGAT
TTTTCTAAAA TTGATAATAA TGAATTGTTT TTAATAAGTG GTAAGACTGG ATCGGGTAAA
ACAATGATTT TTGATGCAAT GACTTATGCC TTGTTTGGTA AAGCATCAAC TGAACAAAGA
GAAGAAAATG ATTTGAGAAG TCATTTCGCT GATGGTAAAC AGCCGATGTC AGTAACATTT
GAATTTCAAT TAAATCATCG AATTTATAAA GTGCATAGAC AAGGCCCTTA TATCAAAGAA
GGTAATACAA CAAAAACGAA CGCTAAATTT GATGTATTTG AGATGGTGGA TGGCAAGTAT
GAAATTAGAG AAAGTAAAGT AATTTCAGGT ACCCAATTCA TTATTGAATT ATTAGGAGTA
AATGCAGATC AATTCCGACA ATTGTTTATT TTGCCTCAAG GTGAATTCAA ACGCTTTTTA
ATATCAAACA GTCGTGAAAA GCAAGGGATA TTAAGAACAC TGTTTGACAG TGAAAAATTT
GAAGCTATAC GAGAAATATT AAAAGAAGAA CTAAAAAAAG AAAAAGCTCA AATCGAGAAT
AGATATCAAC AAATTGACCT TTTATGGCAA GAAATTGAAT CATTTGATGA TGACAAAATA
AAAGGCTTAT TAGAGCTTGC CACTCAGCAG ATAGACAAAT TGATTGAAAA TATACCACTT
TTACAAGCTA GGTCGAAAGA AATACTAGCA TTTGTAAATG AAAGTAAAGA AACTGCTATT
AAAGAATATG AAATAATAGA AAAGAAAACA CTAGAAAATA ATATATTAAA AGATAATATT
AACCAACTCA ACAAAAATAA AATTGATTTC GTTCAATTGA AAGAGCAACA ACCTGAAATA
GACGAAATTG AAGCTAAGTT AAAGTTGTTA CAAGATATTA CCAACCTATT GAATTATATT
GAAAATAGAG AAAAAATTGA AACTAAAATT GCTAATAGCA AAAAAGATAT TTCTAAAACC
AATAATAAAA TATTGAATCT TGATTGTGAT AAGCGAAACA TAGACAAAGA GAAAAAAATG
TTAGAAGAAA ACGGAGATTT AATTGAAAGT AAAACCTCTT TTATTGATAA AACTAGAGTA
TTATTTAACG ATATTAATAA GTATCAACAA AGTTATCTCA ATATTGAATG CTTGATAACT
GAGGGTGAAC AATTAGGTGA TGAATTAAAT AATCTAATTA AAGGTTTAGA AAAGGTCGAA
GATTCAATAG GTAATAACGA AAGTGATTAC GAGAAAATTA TCGAACTAAA TAATGCGATA
ACTAACATAA ATAATGAAAT TAATATAATT AAAGAAAATG AAAAAGCTAA AGCTGAATTA
GATAAACTAT TAGGTAGTAA GCAAGAGTTA GAGAATCAAA TTAATGAAGA AACAACTATA
ATGAAGAATC TCGAAATAAA ATTAGATCAC TACGATAAAT CAAAATTGGA CTTAAATGAT
AAAGAAAGCT TTATAAGTGA AATTAAATCT GCTGTAAAGA TTGGAGATCA ATGTCCGATA
TGTGGTAATG AAATTCAGGA TTTAGGGCAT CATATTGATT TTGACAGTAT TGCTAAACGT
CAAAATGAAA TTAAAGAAAT TGAAGCAAAT ATCCACGCAA TAAAATCGAA TATTGCTGTG
CATAATTCTG AAATTAAATT TGTTAATGAA AAAATATCGA ATATTAATAT TAAAACGCAA
AGTGATTTTT CACTCGAAGT ATTGAATAAG CGTCTGCTAG AAAATGAAAA TGCATTGAAT
AATCAAAGAG ATCTTAATAA ATTTATAGAA CAAATGAAAG AAGAAAAAGA TAATCTAACG
TTGCAAATTC ATAATAAACA ATTGCGTCTA AATAAAAATG AATCTGAGTT GAAATTATGT
CGAGATCTCA TCACTGAATT TGAAACACTC TCGAAATATA ATAATATCAC TAATTTTGAG
GTGGATTATA AGAAGTATGT TCAAGATGTG AATCAGCATC AAGAACTCTC AAAGGAGATT
GAAGATAAGT TAATGCAATT GTCTCAAAGA AAGTTAATTG AGCAAAATAA TCTAAATCAC
TATGAAAATC AACTAGAAAC TTACAATAAT GACTTAGAAT TGAATGAACA ATCTATTGAA
ATGGAAATGT CGAGGCTGAA TTTAACTGAC GACAATGATA TAAATGAAAT AATAGCCTGG
AGGGGCGAGC AAGAGGAATT AGAGCAGAAA AGGGATACTT ATAAAAAACG TTATCATGAA
TTTGAAATGG AAATAGCTAG GTTAGAATCA TTAACCAAGG ATAAAGAGTT ATTGGACTCT
GATAAATTAA AAGATGAATA TGAGCAAAAA AAAGAAAAGA TGAATACACT GATAGATGAA
TACTCTGCTG TTCATTATCA ATGTCAAAAT AATATTAATA AAACACAATC TATAGTTTCG
CATATTAATT ACTTAAATCA AGAATTAAAG GATCAACAAG AAATTTTTCA ATTGGCTGAA
ATTGTCAGTG GTAAGAATAA CAAAAATCTT ACATTGGAAA ACTTTGTCTT AATTTACTAT
TTAGATCAAA TTATTGCCCA AGCAAATCTG AGATTAGCAA CAATGTCAGA TAATCGATAC
CAACTAATTA GGCGAGAAGC GGTTTCTCAT GGTCTTAGTG GCCTAGAAAT TGATGTATTT
GATTTGCATT CAAATAAGTC TAGACATATT AGCTCGTTAT CAGGTGGAGA AACTTTCCAA
TCGTCGCTTG CATTAGCTTT AGGGTTAAGC GAAATTGTAC AGCAGCAATC AGGAGGTATT
TCACTAGAAT CAATATTTAT TGATGAAGGA TTCGGTACAT TAGATCAAGA AACGCTTGAA
ACAGCGTTAG ACACTTTATT AAATCTTAAA TCAACTGGTA GAATGGTTGG GATTATTTCA
CATGTGAGCG AATTGAAAAA TAGAATACCT TTAGTTTTAG AAGTGAAATC AGATCAATAT
CAGAGTTCAA CAAGATTCAA AAGAAATTAA
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| Protein sequence | MKPLHLKLNN FGPFLKEEID FSKIDNNELF LISGKTGSGK TMIFDAMTYA LFGKASTEQR
EENDLRSHFA DGKQPMSVTF EFQLNHRIYK VHRQGPYIKE GNTTKTNAKF DVFEMVDGKY
EIRESKVISG TQFIIELLGV NADQFRQLFI LPQGEFKRFL ISNSREKQGI LRTLFDSEKF
EAIREILKEE LKKEKAQIEN RYQQIDLLWQ EIESFDDDKI KGLLELATQQ IDKLIENIPL
LQARSKEILA FVNESKETAI KEYEIIEKKT LENNILKDNI NQLNKNKIDF VQLKEQQPEI
DEIEAKLKLL QDITNLLNYI ENREKIETKI ANSKKDISKT NNKILNLDCD KRNIDKEKKM
LEENGDLIES KTSFIDKTRV LFNDINKYQQ SYLNIECLIT EGEQLGDELN NLIKGLEKVE
DSIGNNESDY EKIIELNNAI TNINNEINII KENEKAKAEL DKLLGSKQEL ENQINEETTI
MKNLEIKLDH YDKSKLDLND KESFISEIKS AVKIGDQCPI CGNEIQDLGH HIDFDSIAKR
QNEIKEIEAN IHAIKSNIAV HNSEIKFVNE KISNINIKTQ SDFSLEVLNK RLLENENALN
NQRDLNKFIE QMKEEKDNLT LQIHNKQLRL NKNESELKLC RDLITEFETL SKYNNITNFE
VDYKKYVQDV NQHQELSKEI EDKLMQLSQR KLIEQNNLNH YENQLETYNN DLELNEQSIE
MEMSRLNLTD DNDINEIIAW RGEQEELEQK RDTYKKRYHE FEMEIARLES LTKDKELLDS
DKLKDEYEQK KEKMNTLIDE YSAVHYQCQN NINKTQSIVS HINYLNQELK DQQEIFQLAE
IVSGKNNKNL TLENFVLIYY LDQIIAQANL RLATMSDNRY QLIRREAVSH GLSGLEIDVF
DLHSNKSRHI SSLSGGETFQ SSLALALGLS EIVQQQSGGI SLESIFIDEG FGTLDQETLE
TALDTLLNLK STGRMVGIIS HVSELKNRIP LVLEVKSDQY QSSTRFKRN
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