| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH9_1324 |
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| Symbol | polC |
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| ID | 5168751 |
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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 | 1378452 |
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| End bp | 1382768 |
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| Gene Length | 4317 bp |
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| Protein Length | 1438 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640565673 |
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| Product | DNA polymerase III PolC |
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| Protein accession | YP_001246697 |
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| Protein GI | 148267754 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2176] DNA polymerase III, alpha subunit (gram-positive type) |
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| TIGRFAM ID | [TIGR00573] exonuclease, DNA polymerase III, epsilon subunit family
[TIGR01405] DNA polymerase III, alpha chain, Gram-positive type |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | TTGGCAATGA CAGAGCAACA AAAATTTAAA GTGCTTGCTG ATCAAATTAA AATTTCAAAT
CAATTAGATG CTGAAATTTT AAATTCAGGT GAACTGACAC GTATAGATGT TTCTAACAAA
AACAGAACAT GGGAATTTCA TATTACATTA CCACAATTCT TAGCTCATGA AGATTATTTA
TTATTTATAA ATGCAATAGA GCAAGAGTTT AAAGATATCG CCAACGTTAC ATGTCGTTTT
ACGGTAACAA ATGGCACGAA TCAAGATGAA CATGCAATTA AATACTTTGG GCACTGTATT
GACCAAACAG CTTTATCTCC AAAAGTTAAA GGTCAATTGA AACAGAAAAA GCTTATTATG
TCTGGAAAAG TATTAAAAGT AATGGTATCA AATGACATTG AACGTAATCA TTTTGATAAG
GCATGTAATG GAAGTCTTAT CAAAGCGTTT AGAAATTGTG GTTTTGATAT CGATAAAATC
ATATTCGAAA CAAATGATAA TGATCAAGAA CAAAACTTAG CTTCTTTAGA AGCACATATT
CAAGAAGAAG ACGAACAAAG TGCACGATTG GCAACAGAGA AACTTGAAAA AATGAAAGCT
GAAAAAGCGA AACAACAAGA TAACAACGAA AGTGCTGTCG ATAAGTGTCA AATTGGTAAG
CCGATTCAAA TTGAAAATAT TAAACCAATT GAATCTATTA TTGAGGAAGA GTTTAAAGTT
GCAATAGAGG GTGTCATTTT TGATATAAAC TTAAAAGAAC TTAAAAGTGG TCGTCATATC
GTAGAAATTA AAGTGACTGA CTATACGGAC TCATTAGTTT TAAAAATGTT TACTCGTAAA
AACAAAGATG ATTTAGAACA TTTTAAAGCG CTAAGTGTAG GTAAATGGGT TAGGGCTCAA
GGTCGTATTG AAGAAGATAC ATTTATTAGA GATTTAGTTA TGATGATGTC TGATATTGAA
GAGATTAAAA AAGCGACAAA AAAAGATAAG GCTGAAGAAA AGCGTGTAGA ATTCCACTTG
CATACTGCAA TGAGCCAAAT GGATGGTATA CCCAATATTG GTGCGTATGT TAAACAGGCA
GCAGACTGGG GACATCCAGC CATTGCGGTT ACAGACCATA ATGTTGTGCA AGCATTTCCA
GATGCTCACG CAGCAGCGGA AAAACATGGC ATTAAAATGA TATACGGTAT GGAAGGTATG
TTAGTTGATG ATGGTGTTCC GATTGCATAC AAACCACAAG ATGTCGTATT AAAAGATGCT
ACTTATGTTG TGTTCGACGT TGAGACAACT GGTTTATCAA ATCAGTATGA TAAAATCATC
GAGCTTGCAG CTGTGAAAGT TCATAACGGT GAAATCATCG ATAAGTTTGA AAGGTTTAGT
AATCCGCATG AACGATTATC GGAAACGATT ATCAATTTGA CGCATATTAC TGATGATATG
TTAGTAGATG CCCCTGAGAT TGAAGAAGTA CTTACAGAGT TTAAAGAATG GGTTGGCGAT
GCGATATTCG TAGCGCATAA TGCTTCGTTT GATATGGGCT TTATCGATAC GGGATATGAA
CGTCTTGGGT TTGGACCATC AACGAATGGT GTTATCGATA CTTTAGAATT ATCTCGTACG
ATTAATACTG AATATGGTAA ACATGGTTTG AATTTCTTAG CTAAAAAATA TGGCGTAGAA
TTAACGCAAC ATCACCGTGC CATTTATGAT ACAGAAGCAA CAGCTTACAT TTTCATAAAA
ATGGTTCAAC AAATGAAAGA ATTAGGTGTA TTAAATCATA ACGAAATCAA CAAAAAACTC
AGTAATGAAG ATGCATATAA ACGTGCAAGA CCTAGCCATG TCACATTAAT TGTACAAAAC
CAACAAGGTC TTAAAAATCT ATTTAAAATT GTAAGTGCAT CATTGGTGAA GTATTTCTAC
CGTACACCTC GAATTCCACG TTCATTGTTA GATGAATATC GTGAGGGATT ATTGGTAGGT
ACAGCGTGTG ATGAAGGTGA ATTATTTACG GCAGTTATGC AGAAGGACCA GAGCCAAGTT
GAAAAAATTG CCAAATATTA TGATTTTATT GAAATTCAAC CACCGGCACT TTATCAAGAT
TTAATTGATA GAGAGCTTAT TAGAGATACT GAAACATTAC ATGAAATTTA TCAACGTTTA
ATACATGCAG GTGACACAGC GGGTATACCT GTTATTGCGA CAGGAAATGC ACACTATTTG
TTTGAACATG ATGGTATCGC ACGTAAAATT TTAATAGCAT CACAACCCGG CAATCCACTT
AATCGCTCAA CTTTACCGGA AGCACATTTT AGAACTACAG ATGAAATGTT AAACGAGTTT
CATTTTTTAG GTGAAGAAAA AGCGCATGAA ATTGTTGTGA AAAATACAAA CGAATTAGCA
GATCGAATTG AACGTGTTGT TCCTATTAAA GATGAATTAT ACACACCGCG TATGGAAGGT
GCTAACGAAG AAATTAGAGA ACTAAGTTAT ACAAATGCGC GTAAACTGTA TGGTGAAGAC
CTGCCTCAAA TCGTAATTGA TCGATTAGAA AAAGAATTAA AAAGTATTAT CGGTAATGGA
TTTGCGGTAA TTTACTTAAT TTCGCAACGT TTAGTTAAAA AATCATTAGA TGATGGATAC
TTAGTTGGTT CCCGTGGTTC AGTAGGTTCT AGTTTTGTAG CGACAATGAC TGAGATTACT
GAAGTAAACC CGTTACCGCC ACACTATATT TGTCCGAACT GTAAAACGAG TGAATTTTTC
AATGATGGTT CAGTAGGATC AGGATTCGAT TTACCTGATA AGACGTGTGA AACTTGTGGA
GCGCCACTTA TTAAAGAAGG ACAAGATATT CCGTTTGAAA CATTTTTAGG ATTTAAGGGA
GATAAAGTTC CTGATATCGA CTTAAACTTT AGTGGTGAAT ATCAACCGAA TGCCCATAAC
TACACAAAAG TATTATTTGG TGAGGATAAA GTATTCCGTG CAGGTACAAT TGGTACCGTT
GCTGAAAAGA CTGCTTTTGG TTATGTTAAA GGTTATTTGA ATGATCAAGG CATCCACAAA
AGAGGCGCTG AAATAGATCG ACTCGTTAAA GGATGTACAG GTGTTAAACG TACAACTGGA
CAGCATCCAG GAGGTATTAT TGTAGTACCT GATTACATGG ATATTTATGA TTTTACGCCG
ATACAATATC CTGCCGATGA TCAAAATTCA GCATGGATGA CGACACATTT TGATTTCCAT
TCTATTCATG ATAATGTATT AAAACTTGAT ATACTTGGAC ACGATGATCC AACAATGATT
CGTATGCTTC AAGATTTATC GGGCATTGAT CCAAAAACGA TACCTGTAGA TGACAAAGAA
GTCATGCAAA TATTTAGTAC ACCTGAAAGT TTAGGTGTTA CTGAAGATGA AATTTTATGT
AAAACAGGTA CGTTTGGGGT TCCAGAATTC GGTACAGGGT TCGTGCGTCA AATGTTAGAA
GATACAAAGC CAACAACATT TTCTGAATTA GTTCAAATCT CAGGATTATC TCATGGTACA
GATGTGTGGT TAGGCAATGC TCAAGAATTA ATTAAAACCG GTATATGTGA TTTATCAAGT
GTAATTGGTT GTCGTGATGA TATCATGGTT TATTTAATGT ATGCTGGTTT AGAACCATCA
ATGGCTTTTA AAATAATGGA GTCAGTACGT AAAGGTAAAG GTTTAACTGA AGAAATGATT
GAAACGATGA AAGAAAATGA AGTGCCGGAT TGGTATTTAG ATTCATGTCT TAAAATTAAG
TACATGTTCC CTAAAGCCCA TGCAGCAGCA TACGTTTTAA TGGCAGTACG TATCGCATAT
TTCAAAGTAC ATCATCCACT TTATTACTAT GCATCTTACT TTACAATTCG TGCGTCAGAT
TTTGATTTAA TCACGATGAT TAAAGATAAA ACAAGCATTC GAAATACTGT AAAAGACATG
TATTCTCGCT ATATGGATCT AGGTAAAAAA GAAAAAGACG TATTAACAGT CTTGGAAATT
ATGAATGAAA TGGCGCATCG AGGTTATCGA ATGCAACCGA TTAGTTTAGA AAAGAGTCAG
GCGTTCGAAT TTATCATTGA AGGCGATACA CTTATTCCGC CGTTCATATC AGTGCCTGGG
CTTGGCGAAA ACGTTGCGAA ACGAATTGTT GAAGCTCGTG ACGATGGCCC ATTTTTATCA
AAAGAAGATT TAAACAAAAA AGCTGGATTA TCTCAGAAAA TTATTGAGTA TTTAGATGAG
TTAGGCTCAT TACCGAATTT ACCAGATAAA GCTCAACTTT CGATATTTGA TATGTAA
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| Protein sequence | MAMTEQQKFK VLADQIKISN QLDAEILNSG ELTRIDVSNK NRTWEFHITL PQFLAHEDYL
LFINAIEQEF KDIANVTCRF TVTNGTNQDE HAIKYFGHCI DQTALSPKVK GQLKQKKLIM
SGKVLKVMVS NDIERNHFDK ACNGSLIKAF RNCGFDIDKI IFETNDNDQE QNLASLEAHI
QEEDEQSARL ATEKLEKMKA EKAKQQDNNE SAVDKCQIGK PIQIENIKPI ESIIEEEFKV
AIEGVIFDIN LKELKSGRHI VEIKVTDYTD SLVLKMFTRK NKDDLEHFKA LSVGKWVRAQ
GRIEEDTFIR DLVMMMSDIE EIKKATKKDK AEEKRVEFHL HTAMSQMDGI PNIGAYVKQA
ADWGHPAIAV TDHNVVQAFP DAHAAAEKHG IKMIYGMEGM LVDDGVPIAY KPQDVVLKDA
TYVVFDVETT GLSNQYDKII ELAAVKVHNG EIIDKFERFS NPHERLSETI INLTHITDDM
LVDAPEIEEV LTEFKEWVGD AIFVAHNASF DMGFIDTGYE RLGFGPSTNG VIDTLELSRT
INTEYGKHGL NFLAKKYGVE LTQHHRAIYD TEATAYIFIK MVQQMKELGV LNHNEINKKL
SNEDAYKRAR PSHVTLIVQN QQGLKNLFKI VSASLVKYFY RTPRIPRSLL DEYREGLLVG
TACDEGELFT AVMQKDQSQV EKIAKYYDFI EIQPPALYQD LIDRELIRDT ETLHEIYQRL
IHAGDTAGIP VIATGNAHYL FEHDGIARKI LIASQPGNPL NRSTLPEAHF RTTDEMLNEF
HFLGEEKAHE IVVKNTNELA DRIERVVPIK DELYTPRMEG ANEEIRELSY TNARKLYGED
LPQIVIDRLE KELKSIIGNG FAVIYLISQR LVKKSLDDGY LVGSRGSVGS SFVATMTEIT
EVNPLPPHYI CPNCKTSEFF NDGSVGSGFD LPDKTCETCG APLIKEGQDI PFETFLGFKG
DKVPDIDLNF SGEYQPNAHN YTKVLFGEDK VFRAGTIGTV AEKTAFGYVK GYLNDQGIHK
RGAEIDRLVK GCTGVKRTTG QHPGGIIVVP DYMDIYDFTP IQYPADDQNS AWMTTHFDFH
SIHDNVLKLD ILGHDDPTMI RMLQDLSGID PKTIPVDDKE VMQIFSTPES LGVTEDEILC
KTGTFGVPEF GTGFVRQMLE DTKPTTFSEL VQISGLSHGT DVWLGNAQEL IKTGICDLSS
VIGCRDDIMV YLMYAGLEPS MAFKIMESVR KGKGLTEEMI ETMKENEVPD WYLDSCLKIK
YMFPKAHAAA YVLMAVRIAY FKVHHPLYYY ASYFTIRASD FDLITMIKDK TSIRNTVKDM
YSRYMDLGKK EKDVLTVLEI MNEMAHRGYR MQPISLEKSQ AFEFIIEGDT LIPPFISVPG
LGENVAKRIV EARDDGPFLS KEDLNKKAGL SQKIIEYLDE LGSLPNLPDK AQLSIFDM
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