| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG1911 |
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| Symbol | polC |
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| ID | 1014721 |
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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 | Streptococcus agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | - |
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| Start bp | 1890888 |
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| End bp | 1895294 |
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| Gene Length | 4407 bp |
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| Protein Length | 1468 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637317079 |
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| Product | DNA polymerase III PolC |
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| Protein accession | NP_688900 |
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| Protein GI | 22538049 |
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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 | ATGTCAGAAT TGTTCAAGAA ACTTATGGAT CAGATTGAAA TGCCGCTTGA AATTAAGAAT
TCAAGTGTTT TTTCGTCTGC TGATATTATC GAGGTAAAGG TTCATTCTCT ATCACGCTTA
TGGGAATTTC ATTTTTCATT TCCAGAATTA TTGCCAATTG AGGTGTATCG TGAATTACAA
ACTCGTTTAG TGAATAGTTT TGAAAAAGCA GATATAAAGG CTACTTTTGA TATAAGAGCA
GAAACTATTG ATTTTTCTGA TGATCTGCTA CAGGATTATT ATCAACAAGC TTTTTGTGAA
CCCTTGTGTA ATAGTGCAAG TTTTAAGAGT TCTTTTTCAC AATTAAAAGT TCATTACAAT
GGCAGTCAGA TGATTATTTC AGCACCTCAA TTTGTCAATA ATAATCATTT TCGTCAGAAT
CATTTGCCGC GTTTGGAACA ACAGTTTTCA TTGTTTGGAT TTGGTAAACT TGCTATTGAT
ATGGTTTCTG ATGAACAAAT GACGCAAGAC TTAAAATCAT CATTTGAAAC TAATCGCGAG
CAATTGCTTG AAAAAGCTAA CCAAGAAGCT ATGCAAGCCT TGGAAGCACA AAAATCACTA
GAAGATTCAG CGCCTCCATC AGAAGAAGTG ACCCCAACTC AAAATTATGA TTTCAAAGAG
CGTATCAAAC AACGTCAAGC TGGCTTTGAA AAAGCAGAGA TTACACCCAT GATTGAGGTG
ACAACAGAAG AAAATCGTAT CGTTTTTGAA GGAATGGTTT TTAGTGTTGA ACGAAAAACA
ACCCGCACTG GACGTCATAT CATTAATTTT AAGATGACTG ATTATACCTC AAGTTTTGCT
ATGCAAAAGT GGGCTAAAGA TGATGAAGAA TTGAAGAAGT ACGATATGAT TTCTAAAGGT
TCGTGGTTGC GAGTCAGAGG GAATATTGAG AACAATAACT TTACTAAATC TTTGACAATG
AATGTTCAAG ATATCAAAGA GATTGTGCAT CATGAACGTA AAGACTTAAT GCCAGCAGAT
CAAAAACGTG TGGAATTTCA TGCTCATACC AATATGTCAA CGATGGATGC TTTACCAACT
GTCGAGAGCC TCATTGATAC TGCAGCTAAG TGGGGACACC CAGCTATTGC AATTACTGAC
CATGCCAATG TTCAAAGTTT TCCGCATGGC TACCACAGAG CAAAAAAAGC AGGTATAAAA
GCAATTTTTG GATTAGAGGC AAATATTGTT GAAGATAAAG TGCCTATTTC CTACAACGAA
GTTGATATGA ATTTGCACGA AGCAACTTAT GTTGTATTTG ATGTGGAAAC TACAGGTCTT
TCTGCAGCTA ATAATGACCT AATTCAGATT GCAGCATCAA AAATGTTCAA GGGTAATATT
ATTGAGCAAT TTGATGAGTT TATTGACCCA GGTCATCCTC TTTCTGCCTT TACAACTGAA
TTGACAGGTA TTACGGATAA TCATGTCAGA GGTTCAAAAC CTATTTTACA AGTCCTTCAG
GAATTTCAGA ATTTTTGTCA AGGTACGGTT TTAGTTGCGC ATAATGCAAC CTTTGACGTT
GGTTTTATGA ATGCGAATTA TGAACGTCAT AATCTGCCTT TGATCACACA GCCGGTCATT
GATACCTTAG AATTTGCAAG AAATCTTTAT CCTGAATATA AGCGTCATGG TTTGGGGCCT
CTAACCAAAC GTTTCCAAGT TGCTTTGGAA CATCATCATA TGGCCAACTA CGATGCTGAA
GCAACGGGTC GCTTACTCTT TATTTTCTTA AAAGAGGCGC GGGAAAATCG TGATGTGACT
AATTTGATGG AGCTCAATAC TAAATTGGTA GCTGAAGACT CTTACAAAAA GGCACGCATA
AAGCATGCAA CCATTTATGT CCAAAATCAG GTTGGACTTA AAAATATATT TAAGTTAGTT
AGCCTTTCAA ATGTTAAATA TTTTGAAGGG GTGGCAAGAA TTCCTAGGTC AGTTTTAGAT
GCTCACAGAG AAGGTCTCTT GCTAGGTACT GCCTGTTCTG ATGGAGAAGT TTTTGATGCC
TTGTTATCAA ATGGAATTGA TGCAGCAGTG ACCCTAGCTA AATATTATGA TTTTATTGAA
GTCATGCCAC CTGCTATTTA TCGCCCCTTG GTAGTACGTG ATTTAATTAA AGATGAGGTG
GGGATTCAAC AAATTATTAG AGACCTAATA GAGGTCGGTC GGCGTTTAGA TAAGCCTGTT
TTAGCTACGG GAAATGTTCA TTATATTGAG CCTGAAGATG AGATTTACCG TGAGATTATT
GTTCGTAGTC TTGGACAAGG TGCCATGATT AATAGGACTA TAGGTCGTGG GGAGGATGCT
CAGCCAGCGC CTTTGCCAAA AGCACATTTC CGCACAACAA ATGAGATGTT AGATGAATTT
GCCTTTCTTG GTAAAGATTT AGCCTATGAG ATCGTTGTAA CCAATACGAA TACTTTTGCA
GATCGATTTG AAGACGTTGA AGTTGTAAAA GGGGATCTCT ATACTCCGTT TGTTGATCGT
GCTGAAGAAC GAGTTGCTGA ATTAACTTAT GCTAAAGCAT TCGAAATATA TGGTAATCCT
CTTCCTGATA TTATTGATTT ACGTATCGAA AAAGAGTTAG CATCTATACT TGGTAATGGA
TTTGCCGTTA TCTATCTTGC TTCGCAAATG TTGGTGCAAC GTTCTAATGA ACGTGGTTAT
CTAGTAGGAT CACGTGGGTC TGTTGGGTCG AGTTTTGTAG CGACCATGAT AGGAATTACT
GAAGTTAATC CAATGCCACC TCATTATGTT TGCCCAAATT GTCAGCATTC TGAATTTATC
ACAGATGGTT CTTGTGGTTC AGGCTATGAT TTACCAAATA AAAATTGTCC TAAATGTGGT
ACTTTGTACA AGAAAGATGG ACAGGATATT CCGTTTGAAA CTTTCTTAGG ATTTGATGGA
GATAAGGTTC CTGATATTGA TCTGAATTTC TCTGGAGATG ATCAACCTTC TGCTCACTTA
GACGTTCGTG ATATCTTTGG AGAAGAATAT GCTTTTCGTG CAGGAACGGT AGGTACCGTA
GCTGAAAAAA CTGCCTTTGG TTTTGTCAAA GGTTACGAAC GAGATTACAA TAAATTTTAT
AACGATGCAG AGGTCGAACG GTTAGCGACT GGTGCTGCGG GAGTTAAACG TTCTACAGGT
CAACACCCCG GTGGTATTGT TGTTATTCCT AACTATATGG ATGTTTATGA TTTTACTCCG
GTTCAATATC CAGCAGATGA TATGACAGCT GCTTGGCAGA CAACTCACTT CAATTTCCAT
GATATTGATG AGAATGTCTT GAAGTTAGAT ATTCTAGGAC ATGATGATCC TACTATGATT
CGTAAACTTC AGGATTTATC AGGAATTGAT CCATCAAATA TCCTTCCAGA TGATCCAGAC
GTTATGAAGT TATTTTCTGG TACGGAAGTT TTAGGAGTGA CAGAAGAGCA AATTGGAACT
CCTACAGGAA TGCTTGGTAT TCCAGAGTTT GGTACGAACT TTGTTCGTGG TATGGTGAAC
GAAACCCATC CAACCACATT TGCAGAATTG TTGCAACTGT CAGGGCTATC ACATGGTACG
GATGTTTGGT TAGGTAATGC TCAAGACTTA ATCAAGGAAG GTATTGCTAC CTTATCAACT
GTTATTGGTT GTCGTGATGA CATCATGGTT TATTTAATGC ACGCTGGCCT ACAACCAAAG
ATGGCCTTTA CAATCATGGA GCGCGTGCGT AAGGGGTTAT GGTTGAAAAT TTCAGAAGAT
GAGCGTAATG GTTATATCCA AGCAATGCGT GATAATAATG TCCCGGATTG GTATATTGAA
TCGTGTGGAA AAATCAAGTA TATGTTCCCT AAAGCCCATG CAGCAGCCTA TGTTTTAATG
GCATTACGTG TGGCGTACTT TAAAGTACAT TATCCAATAT TTTATTATTG TGCTTATTTT
TCTATTCGCG CCAAAGCTTT TGAATTACGC ACAATGAGTG CTGGACTTGA TGCCGTTAAG
GCGCGCATGA AGGATATCAC TGAGAAGCGT CAGCGTAATG AGGCGACGAA TGTCGAAAAT
GATCTTTTTA CGACATTAGA GTTGGTTAAT GAAATGCTTG AGCGTGGCTT TAAATTTGGG
AAATTAGATC TTTATCGTAG CCATGCGACT GACTTTATTA TTGAAGAGGA TACGCTAATC
CCTCCATTTG TTGCTATGGA AGGCTTGGGA GAAAACGTTG CAAAACAGAT AGTTCGGGCA
CGTGAAGATG GTGAATTTTT ATCAAAAACA GAGCTTCGTA AACGAGGAGG AGTCTCAAGT
ACCTTAGTTG AAAAATTTGA TGAGATGGGT ATTTTGGGAA ATTTACCAGA AGACAATCAG
TTGAGTCTTT TTGATGATTT CTTCTAA
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| Protein sequence | MSELFKKLMD QIEMPLEIKN SSVFSSADII EVKVHSLSRL WEFHFSFPEL LPIEVYRELQ
TRLVNSFEKA DIKATFDIRA ETIDFSDDLL QDYYQQAFCE PLCNSASFKS SFSQLKVHYN
GSQMIISAPQ FVNNNHFRQN HLPRLEQQFS LFGFGKLAID MVSDEQMTQD LKSSFETNRE
QLLEKANQEA MQALEAQKSL EDSAPPSEEV TPTQNYDFKE RIKQRQAGFE KAEITPMIEV
TTEENRIVFE GMVFSVERKT TRTGRHIINF KMTDYTSSFA MQKWAKDDEE LKKYDMISKG
SWLRVRGNIE NNNFTKSLTM NVQDIKEIVH HERKDLMPAD QKRVEFHAHT NMSTMDALPT
VESLIDTAAK WGHPAIAITD HANVQSFPHG YHRAKKAGIK AIFGLEANIV EDKVPISYNE
VDMNLHEATY VVFDVETTGL SAANNDLIQI AASKMFKGNI IEQFDEFIDP GHPLSAFTTE
LTGITDNHVR GSKPILQVLQ EFQNFCQGTV LVAHNATFDV GFMNANYERH NLPLITQPVI
DTLEFARNLY PEYKRHGLGP LTKRFQVALE HHHMANYDAE ATGRLLFIFL KEARENRDVT
NLMELNTKLV AEDSYKKARI KHATIYVQNQ VGLKNIFKLV SLSNVKYFEG VARIPRSVLD
AHREGLLLGT ACSDGEVFDA LLSNGIDAAV TLAKYYDFIE VMPPAIYRPL VVRDLIKDEV
GIQQIIRDLI EVGRRLDKPV LATGNVHYIE PEDEIYREII VRSLGQGAMI NRTIGRGEDA
QPAPLPKAHF RTTNEMLDEF AFLGKDLAYE IVVTNTNTFA DRFEDVEVVK GDLYTPFVDR
AEERVAELTY AKAFEIYGNP LPDIIDLRIE KELASILGNG FAVIYLASQM LVQRSNERGY
LVGSRGSVGS SFVATMIGIT EVNPMPPHYV CPNCQHSEFI TDGSCGSGYD LPNKNCPKCG
TLYKKDGQDI PFETFLGFDG DKVPDIDLNF SGDDQPSAHL DVRDIFGEEY AFRAGTVGTV
AEKTAFGFVK GYERDYNKFY NDAEVERLAT GAAGVKRSTG QHPGGIVVIP NYMDVYDFTP
VQYPADDMTA AWQTTHFNFH DIDENVLKLD ILGHDDPTMI RKLQDLSGID PSNILPDDPD
VMKLFSGTEV LGVTEEQIGT PTGMLGIPEF GTNFVRGMVN ETHPTTFAEL LQLSGLSHGT
DVWLGNAQDL IKEGIATLST VIGCRDDIMV YLMHAGLQPK MAFTIMERVR KGLWLKISED
ERNGYIQAMR DNNVPDWYIE SCGKIKYMFP KAHAAAYVLM ALRVAYFKVH YPIFYYCAYF
SIRAKAFELR TMSAGLDAVK ARMKDITEKR QRNEATNVEN DLFTTLELVN EMLERGFKFG
KLDLYRSHAT DFIIEEDTLI PPFVAMEGLG ENVAKQIVRA REDGEFLSKT ELRKRGGVSS
TLVEKFDEMG ILGNLPEDNQ LSLFDDFF
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