| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SERP0831 |
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| Symbol | polC |
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| ID | 3240997 |
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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 epidermidis RP62A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002976 |
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| Strand | + |
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| Start bp | 836002 |
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| End bp | 840312 |
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| Gene Length | 4311 bp |
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| Protein Length | 1436 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637167490 |
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| Product | DNA polymerase III PolC |
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| Protein accession | YP_188413 |
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| Protein GI | 57866746 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.0685824 |
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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 | ATGACAAATC GAGAAAAGTT TAAAGTGCTT GCCGATCAAA TAAAAATATC AAATCAACTA
GAACAAGATA TTCTTGAACA AGGTGAACTC ACTCGTATAG ATGTTTCAAA TAAAAACAGA
ACATGGACTT TCCAAATATC ACTCCCACAT TTTTTATCTC ATGAAGATTA TCTTCTTTTT
ACACATGCAA TTGAAGAAGA ATTTAAAGAA ATAGCTACAG TAGCAATTGA TTTTTCAATT
AAAGATACCA ACAATCAAGA TGAGTTTGCT TTAAAATATT TCGGACATTG TATTGATCAA
ACACGATTGT CGCCAAAAGT GAAAGGTCAA TTGAAACAAA AAAAACTCAT TATGAGTGGA
AATGTTTTAA AAGTCTTAGT TTCAAATGAC ATTGAGAGAA ATCATTTTGA TAAGGCATGT
AATGGTAGTT TGGTTAAAGC ATTTAGACAG TGTGGCTTTG AAATTGATAA AGTCGTTTTT
GAAACAGATT CAACAAATCA CGATGATGAC CTTGCATCGT TAGAAGCACA TATTCAACAA
GAAGATGAAC AAAGTGCAAG AGAAGCAACT GAAAAATTAG AAAAAATGAA AGCAGAAAAA
GCGAAACAAC AAGATAATAA TGAAAGTACA GTGGAAAAAT GTCAGATTGG AAAACCAATT
CAGATTGAAA ATATAAAACC AATTGAATCA ATTATTGAAG AAGAATTCAA AGTAGCTATT
GAAGGTGTTA TATTTGATAT TAACCTAAAA GAACTTAAAA GTGGACGTCA TATAGTTGAG
CTTAAAGTTA CTGATTACAC AGATTCACTT GTATTAAAAA TGTTTACAAG AAAAAATAAA
GATGACTTGG ACCACTTTAA GGCACTTAGT GTTGGTAAAT GGGTTAGAGC TCAAGGTCGT
ATTGAAGAAG ATACTTTTGT TAGGGATCTT GTCATGATGA TGTCAGATAT TGAAGAAATT
AAAAAGACAC CTAAACAAGA TAAAGCAGAA GATAAGCGTG TAGAGTTTCA TTTACATACG
TCTATGAGTC AAATGGATGG TATTCCTAAT ATTAGTGCAT ATGTTGAACA AGCTGCTAAA
TGGGGGCACC AAGCTTTAGC AGTAACAGAT CACAACGTAG TACAAGCTTT TCCTGATGCA
CATAATGCTG CCGAAAAACA TGGTATTAAG ATGATTTATG GTATGGAAGG TATGCTAGTA
GACGATGGTG TTCCTATAGC TTATAAACCA ACAGACCGTA ATTTAAAAGA TGCAACATAT
GTGGTGTTTG ACGTAGAGAC AACAGGTCTT TCTAATCAAT ATGATAAAAT TATTGAATTA
GCTGCAGTAA AAGTGCATAA CGGTGAAATT ATAGATAAGT TTGAACGTTT TAGTAATCCA
CACGAAAGAT TATCTGAAAC CATTATCAAC CTTACACATA TCACTGATGA TATGTTAACT
GATGCTCCCG AAATTGAAGA AGTGTTAACT GAATTTAAAG AGTGGGTTGG AGATGCTATA
TTTGTAGCTC ATAATGCTTC ATTTGATATG GGATTTATTG ACACAGGATA TGAAAGGTTA
GGCTTTGGAC CTTCTACAAA CGGTGTAATT GATACACTTG AGCTTTCACG TACAATTAAT
ACCGAATATG GGAAACATGG TTTGAATTTC CTTGCCAAAA AATATGGTGT CGAATTAACG
CAACATCATA GAGCGATTTA TGATACAGAA GCAACAGCTT ATATTTTTAT AAAAATGGTT
CAACAAATGA AAGAACTAGG TGTGAACAAC CATCTAGAAA TTAATAAAAA ATTAACTAAT
GAAGATGCAT ATAAAAGAGC TCGTCCATCT CACGTTACAC TCATTGTTCA AAATCAAGAA
GGTCTTAAAA ATTTATTTAA AATAGTTAGT GCTTCATTAG TTAAGTATTA TTACCGTACG
CCAAGAATTC CACGTTCTCT TTTAAATGAA TATCGAGAAG GGATCTTGAT TGGTACAGCT
TGTGATGAGG GTGAATTATT CACAGCAGTA ATGCAGAAGG ATCAGTCGGA AGTAGAAAAA
ATAGCAAAGT TCTATGATTT TATAGAAGTT CAACCGCCTG CGCTTTATCA AGATTTAATG
GATAGAGAAT TAATACGAGA TAATGAAACG TTAACACAAA TTTACAAGCG ATTAATAGAT
GCTGGTAAAA GCGCTAATAT CCCAGTGATT GCTACTGGTA ACGCGCATTA TCTATATGAA
CATGATGCTA TAGCCAGAAA AATTTTAATT GCATCCCAAC CAGGGAATCC ATTAAATCGT
TCAACATTAC CAGAAGCTCA CTTTAGAACC ACTGATGAAA TGTTAGATGA TTTTCACTTC
TTAGGTGAAG AAAAAGCATA TGAAATCGTT GTAACAAATA CAAATGAGCT CGCTAATAAA
ATTGAAAAAG TGGTTCCTAT AAAAGATAAA CTATTTACGC CAAGAATGGA TGGGGCTAAT
GAAGAAATTC GTGAGTTGAG TTATTCTAAT GCGAAAAAAC TATATGGTGA AGATTTACCA
CAAATTGTTA TAGATCGCCT TGAAAAGGAA TTAGATAGTA TTATTGGTAA TGGCTTTTCT
GTTATTTACC TCATATCTCA ACGTTTGGTG AAGAAATCGC TAGATGATGG TTATTTAGTT
GGATCGCGTG GTTCAGTTGG TTCTAGTTTC GTAGCAACAA TGACTGAAAT TACAGAAGTT
AATCCGCTTC CACCACACTA CATTTGTTCA CATTGTAAGA CAAGTGAGTT CTTTGATGAT
GGTTCGGTTG GATCTGGATT CGATTTACCA GATAAAAAAT GTCCTACTTG TGGTAATGAA
TTAATTAAAG AAGGACAAGA TATCCCTTTT GAGACATTCC TTGGATTTAA AGGAGATAAA
GTTCCAGATA TTGATTTGAA CTTTAGTGGT GAATATCAAC CTAACGCTCA TAATTACACA
AAAGTATTGT TTGGTGAAGA TAAAGTATTT CGTGCTGGAA CAATAGGTAC TGTTGCTGAA
AAAACAGCTT TTGGTTTCGT AAAAGGTTAC TTAAATGATC AAGGTATTCA CAAACGTGGT
GCTGAAATTG ATCGGTTGGT TAAAGGTTGT ACAGGGGTCA AACGTACAAC TGGTCAACAT
CCTGGAGGAA TCATTGTTGT ACCGGATTAC ATGGATATTT ATGATTTTAC ACCGATTCAA
TTCCCAGCAG ACGACCAAAG TGCAGCGTGG ATGACAACCC ATTTCGACTT CCATTCAATA
CACGATAATG TCTTAAAATT AGATATATTA GGACATGATG ACCCAACGAT GATTCGTATG
TTACAAGACT TATCAGGAAT TGACCCCAAA ACTATACCAG TAGATGATAA AGAAACAATG
CAAATATTTA GTGGTCCTGA GAGTTTAGGT GTTACAGAAG ACGAAATATT ATGTAAGACA
GGTACATTTG GTGTACCAGA ATTTGGTACT GGATTTGTAC GTCAAATGCT TGAAGATACT
AAGCCAACGA CATTCTCAGA ATTAGTTCAA ATTTCAGGTT TATCTCATGG TACGGACGTT
TGGTTAGGTA ATGCACAAGA GTTAATTCGT CAAGGGATAT GTGACTTATC TAGTGTGATA
GGCTGTCGTG ATGATATCAT GGTATATCTG ATGTATGCTG GACTTGAACC GTCAATGGCT
TTTAAAACGA TGGAATTTGT ACGTAAAGGT CGTGGCTTAA CAGATGAAAT GGTTGAAGCG
ATGAAGGAAA ATAACGTGCC AGATTGGTAT TTAGATTCTT GTCGTAAAAT TAAATATATG
TTCCCTAAAG CTCATGCCGC TGCTTATGTA CTGATGGCTG TAAGAATTGC ATACTTTAAA
GTACATCATC CACTATATTA TTATGCAGCA TACTTTACCA TAAGAGCTTC CGATTTTGAC
CTTATAACAA TGATTAAAGA TAAAACGAGT ATTCGTAATA CAGTTAAAGA TATGTATTCA
CGATATATGG ATTTAGGGAA AAAAGAGAAA GATGTATTAA CTGTATTAGA AATAATGAAT
GAAATGGCGC ATCGAGGTTT TCGATTGCAA CCGATTAGTT TAGAAAAAAG CCAAGCTTTT
GACTTCATCA TTGAAGGGGA TACATTGATT CCTCCATTCA TTTCAGTGCC AGGACTTGGA
GAAAACGTTG CACAAAGAAT TGTTGAAGCG AGAGAAGAGG GACCATTTTT ATCCAAAGAA
GATTTAAATA AAAAAGCCGG CTTATCTCAA AAGGTTATTG ACTATTTAGA TGAATTAGGC
TCATTGCCAG ATTTACCTGA CAAGGCACAA TTGTCGATAT TTGATATGTA A
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| Protein sequence | MTNREKFKVL ADQIKISNQL EQDILEQGEL TRIDVSNKNR TWTFQISLPH FLSHEDYLLF
THAIEEEFKE IATVAIDFSI KDTNNQDEFA LKYFGHCIDQ TRLSPKVKGQ LKQKKLIMSG
NVLKVLVSND IERNHFDKAC NGSLVKAFRQ CGFEIDKVVF ETDSTNHDDD LASLEAHIQQ
EDEQSAREAT EKLEKMKAEK AKQQDNNEST VEKCQIGKPI QIENIKPIES IIEEEFKVAI
EGVIFDINLK ELKSGRHIVE LKVTDYTDSL VLKMFTRKNK DDLDHFKALS VGKWVRAQGR
IEEDTFVRDL VMMMSDIEEI KKTPKQDKAE DKRVEFHLHT SMSQMDGIPN ISAYVEQAAK
WGHQALAVTD HNVVQAFPDA HNAAEKHGIK MIYGMEGMLV DDGVPIAYKP TDRNLKDATY
VVFDVETTGL SNQYDKIIEL AAVKVHNGEI IDKFERFSNP HERLSETIIN LTHITDDMLT
DAPEIEEVLT EFKEWVGDAI FVAHNASFDM GFIDTGYERL GFGPSTNGVI DTLELSRTIN
TEYGKHGLNF LAKKYGVELT QHHRAIYDTE ATAYIFIKMV QQMKELGVNN HLEINKKLTN
EDAYKRARPS HVTLIVQNQE GLKNLFKIVS ASLVKYYYRT PRIPRSLLNE YREGILIGTA
CDEGELFTAV MQKDQSEVEK IAKFYDFIEV QPPALYQDLM DRELIRDNET LTQIYKRLID
AGKSANIPVI ATGNAHYLYE HDAIARKILI ASQPGNPLNR STLPEAHFRT TDEMLDDFHF
LGEEKAYEIV VTNTNELANK IEKVVPIKDK LFTPRMDGAN EEIRELSYSN AKKLYGEDLP
QIVIDRLEKE LDSIIGNGFS VIYLISQRLV KKSLDDGYLV GSRGSVGSSF VATMTEITEV
NPLPPHYICS HCKTSEFFDD GSVGSGFDLP DKKCPTCGNE LIKEGQDIPF ETFLGFKGDK
VPDIDLNFSG EYQPNAHNYT KVLFGEDKVF RAGTIGTVAE KTAFGFVKGY LNDQGIHKRG
AEIDRLVKGC TGVKRTTGQH PGGIIVVPDY MDIYDFTPIQ FPADDQSAAW MTTHFDFHSI
HDNVLKLDIL GHDDPTMIRM LQDLSGIDPK TIPVDDKETM QIFSGPESLG VTEDEILCKT
GTFGVPEFGT GFVRQMLEDT KPTTFSELVQ ISGLSHGTDV WLGNAQELIR QGICDLSSVI
GCRDDIMVYL MYAGLEPSMA FKTMEFVRKG RGLTDEMVEA MKENNVPDWY LDSCRKIKYM
FPKAHAAAYV LMAVRIAYFK VHHPLYYYAA YFTIRASDFD LITMIKDKTS IRNTVKDMYS
RYMDLGKKEK DVLTVLEIMN EMAHRGFRLQ PISLEKSQAF DFIIEGDTLI PPFISVPGLG
ENVAQRIVEA REEGPFLSKE DLNKKAGLSQ KVIDYLDELG SLPDLPDKAQ LSIFDM
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