| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B1328 |
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| Symbol | polC |
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| ID | 7185512 |
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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 | Bacillus cereus G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | - |
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| Start bp | 3799826 |
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| End bp | 3804127 |
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| Gene Length | 4302 bp |
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| Protein Length | 1433 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643551711 |
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| Product | DNA polymerase III PolC |
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| Protein accession | YP_002447381 |
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| Protein GI | 218898970 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.0462488 |
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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 | 26 |
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| Fosmid unclonability p-value | 0.0000648048 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCTTTAA CAAATGAACA ACAAGAGCGA TTTCAAATTT TGCTCCAGCA GTTGCAAATA
CCAGACGACC TTATAAATCA ATATTTACAA GGCGGTGGTA TTGAAAGGCT CGTTATTGAT
AAAGCGAATA AAAGTTGGCA TTTTGATTTA CAAGTGCCAC GTATTTTGCC TACAGAATTA
TATGAATTGC TAGAAACAAA GCTTAAGCAA TCATTTTCTC ATATTGCAAG AACAACATTT
GCATTAGAAA CAGAGAATAA ACAATTTACA GAAGAAGAAG TGAGGGCGTA TTGGCCGCTT
TGTACGGAAC GAATTACATT TTCACCTATG TTTGCTTACT TAAAGAAACA GCTTCCGCAG
GTGAATGGAG TGAAGTTGCT AATAAATGTG AATAATGAGC TGGAGTCTAC TGCTTTAAAG
AAAAACGTTG CGAAACCAGT AGGGGATCAA TACGAAGCTT TTGGATTTCC ACGTTTCCAG
TTAGACACAC ATATACAGCA AAATGCAGAA GAAATGCAAA AGTTTCGTGA GCAAACGCAG
CAAGAAGACC GCGAGCGTGT TATACAAGCT ATGGAAGAAA TGGCGAAGAA GCAAGCTGAA
GAAAGTAGCG TTGTGTATGA AGGACCGATT ACACTCGGGT ATCTTATTAA GCCAGATGAA
GAGATTACAC CGATGCGAGA AATTCAAGAT GAAGAAAGAA GAAAAACGGT TCAAGGATAT
GTCTTCCATG TAGAGACAAA AGAGCTTCGT AGTGGACGTA CGTTATTAAC TTTAAAAATA
ACGGATTATA CGGATTCTAT TATGATCAAA ATGTTCTCGC GTGACAAAGA AGATATTCCA
ATGCTGCAAT CCTTGAAAAA AGGAATGTGG GTGAAAGCCC GTGGTTCAGT TCAAAACGAT
ACATTTGTTC GAGATTTAGT AATGATTGCG AATGATATTA ATGAAATAAC AGGTCCGTCT
CGTAAAGATA AAGCGCCAGA AGGCGAAAAG CGTGTAGAAC TTCATCTTCA CACTCCCATG
AGCCAAATGG ATGCTGTTAC TCCTGTTTCT AGGCTTGTTG CCCAAGCTGG TAAATGGGGA
CATGAAGCTA TTGCGGTTAC AGACCATGCT GTGGCTCAGT CGTTCCCGGA GGCATATTCT
GCGGGGAAAA AGGCTGGAGT TAAAGTTATA TACGGTGTAG AAGCGAATTT AGTTAATGAT
GGTGTACCGA TAGCGTATAA CGAAGCGCAT CGTTTACTTG CGGAGGAAAC GTATGTTGTT
TTCGACGTTG AGACGACAGG TTTATCAGCT GTATACGATA CAGTCATTGA GTTGGCTGCC
GTAAAAGTAA AGGGTGGCGA AATCATTGAT CGTTTTGAAT CTTTTGCAAA CCCACATCAA
CCATTATCAG CGACGATTAT TGAATTAACA GGTATTACAG ATGATATGTT AACTGATGCA
CCAGAAGTGG ACGAAGTGTT TAAAAAGTTT GAGGAATGGA TGGGTGACCA TACCCTTGTT
GCCCATAACG CAAGCTTCGA TATGGGATTT ATTAACGTAG GTTTTAAAAA GGCTGGGTTA
GAAAAAACGA ATAACCCTGT TATTGATACG TTAGAACTTG CACGATTCTT ATTCCCAGAA
ATGAAAAATC ACCGATTAAA TACGATGTGT AAAAAACTTG ATATTGAATT AACGCAACAT
CACCGTGCGA TTTATGATAC AGAAGCGACG GGATATTTAC TTGTGAAAAT GTTGAAAGAC
GTAATTGAAA AGGGATTTGA ATATCACGAT CAATTAAATG ATAGTATGGG GCAAGGGGAT
GCGTATAAGC GTGGCCGTCC AAGCCATCTG ACGTTACTTG CCACATCAGA TGTTGGATTG
AAAAATTTAT ATAAACTTGT TTCATATTCT CACCTTAATT ACTTTTACCG TGTACCACGA
GTACCGAGGT CACTATTAAA AAAATATCGT GAAGGAATTT TAGTAGGAAC GGCTTGTGAT
AAAGGTGAAG TGTTTGAGGC AATGATGCAA AAAGCTCCTG AAGAGGTAGA AGAAATTGCA
CAGTTTTATG ATTACATTGA AGTAATGCCT CCAGAGGTGT TGCGTCATTT AGTAGAGCGT
GAACTCGTTC GAGATGAGGG ACAATTAAAA ACAATTATCT CTAACTTAGT AAAACTAGGC
GAGACGTTAG ATAAACCAGT TGTTGCTACA GGGAACGTGC ATTACTTAGA TCCAGAAGAT
GCAATGTATC GTAAAATTTT AGTCAGTTCG CAGGGCGGAG CCAATCCGTT AAATCGACAT
TCATTACCGC CAGTACATTT CCGTACAACT GATGAAATGC TAGAGTGTTT TTCATTTTTA
GGTGAAGACA AAGCGAAAGA AGTTGTTGTG ACGAATACAC AAAAGGTTGC GTCATTAATT
GGTGATGTTC GTCCAGTAAA AGATGATCTA TATACACCGA AAATTGAGGG TGCCGATGAT
GAAACACGTG ATATGAGTTA TAAAATGGCA CGCAGTATAT ATGGTGAAGA ACTACCAGAA
ATTGTAGAGG CTCGTTTAGA AAAAGAATTG AAAAGTATTA TTGGACATGG ATTTGCCGTT
ATCTATTTAA TCTCACATAA GCTTGTGAAA AAATCGTTAG TCGACGGATA TCTAGTAGGT
TCGCGTGGTT CGGTAGGTTC ATCGTTCGTT GCAACGATGA TGGAAATTAC AGAAGTAAAC
CCATTACCAC CACACTATGT CTGTCCAAAG TGCAAGCAAT CTGAATTCTT TAATGATGGT
TCCGTAGGCT CTGGTTTCGA CTTACCAGAT AAAGATTGTC CGACATGTAA TGTGGCATAT
GTGAAAGATG GACATGATAT TCCATTCGAA ACGTTCCTTG GATTTAAAGG AGATAAGGTA
CCCGATATCG ATTTGAACTT CTCCGGGGAA TACCAACCAC GTGCCCATAA CTATACGAAA
GTACTGTTCG GTGAAGACTA TGTATACCGT GCTGGAACGA TTGGTACAGT TGCGGAAAAA
ACCGCTTATG GATATGTAAA AGGTTATGCA AATGATCACA ATTTAACAAT TCGAAATGCA
GAGATTGATC GCTTAGTAGC GGGATGTACA GGGGTAAAAC GTACAACTGG ACAGCATCCA
GGTGGTATTA TCGTTGTGCC AGATTACATG GATATCTTTG ATTTCTCACC AATACAGTTT
CCTGCTGATT CAATTGGTGC TGAGTGGAGA ACAACGCATT TTGACTTCCA CTCGATTCAT
GATAATTTAT TGAAACTTGA TATACTAGGA CACGATGATC CGACCGTTAT TCGTATGTTA
CAAGATCTAA GTGGTATTGA TCCGAAAACA ATCCCAACGG ATGATCCAGA AGTAATGAAA
ATTTTCTCTG GTCCAGAAAC GTTAGGGGTA ACGGAAGAAC AAATTAACTG TAAAACAGGT
ACACTTGGTA TCCCGGAATT CGGTACGAAG TTCGTAAGAC AGATGTTAGA AGAGACAAAA
CCAACGACAT TTTCAGAATT GGTCCAAATT TCTGGGCTGT CACATGGTAC TGACGTATGG
CTTGGTAATG CAAATGAGTT AATTTATAAC GGTACATGTA CGCTGAGTGA AGTTATCGGT
TGTCGTGATG ACATCATGGT ATATTTAATC TATCAAGGTT TAGATCCATC ATTAGCCTTC
AAAATCATGG AGTCGGTTCG TAAAGGTAAA GGTGTACCAG AAGAATGGGA AGATGACATG
AAAGGTAATA ATGTGCCAGG TTGGTATATT GATTCATGTA AGAAGATTAA ATACATGTTC
CCTAAAGCCC ATGCGGCTGC TTACGTACTT ATGGCTGTGC GTATCGCATA CTTTAAAGTA
CATTTTGCAC TTTTATTCTA TGCGGCATAT TTTACAGTCC GTGCAGATGA TTTTGATGTA
GAGGCGATGG CGAAAGGTTC AGCATCCATA CGTGTAAAAA TTGATGAAAT TGCTCAAAAA
GGATTGGATG CAGCGCCGAA AGAGAAGAGT TTATTAACAG TACTAGAAAT GACACTGGAA
ATGTGTGAGC GTGGATATTC ATTCCAAAAG GTCGATTTAT ACCGCTCGCA TGCAACTGAG
TTTATTATTG ATGGGGATAC TTTAATTCCT CCATTTAATG CAGTGCCTGG TCTTGGTACG
AACGCAGCCT TAAGTATTGT GGAAGCGCGC AAAAATGGAG ACTTCTTATC AAAAGAAGAC
TTACAGCAGC GAAGTAAGGT TTCGAAAACA ATTATTGAGT ATTTAGATAG CCAAGGTTGT
TTAGGAGATT TGCCAGATCA AAACCAATTA TCACTGTTCT AA
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| Protein sequence | MSLTNEQQER FQILLQQLQI PDDLINQYLQ GGGIERLVID KANKSWHFDL QVPRILPTEL
YELLETKLKQ SFSHIARTTF ALETENKQFT EEEVRAYWPL CTERITFSPM FAYLKKQLPQ
VNGVKLLINV NNELESTALK KNVAKPVGDQ YEAFGFPRFQ LDTHIQQNAE EMQKFREQTQ
QEDRERVIQA MEEMAKKQAE ESSVVYEGPI TLGYLIKPDE EITPMREIQD EERRKTVQGY
VFHVETKELR SGRTLLTLKI TDYTDSIMIK MFSRDKEDIP MLQSLKKGMW VKARGSVQND
TFVRDLVMIA NDINEITGPS RKDKAPEGEK RVELHLHTPM SQMDAVTPVS RLVAQAGKWG
HEAIAVTDHA VAQSFPEAYS AGKKAGVKVI YGVEANLVND GVPIAYNEAH RLLAEETYVV
FDVETTGLSA VYDTVIELAA VKVKGGEIID RFESFANPHQ PLSATIIELT GITDDMLTDA
PEVDEVFKKF EEWMGDHTLV AHNASFDMGF INVGFKKAGL EKTNNPVIDT LELARFLFPE
MKNHRLNTMC KKLDIELTQH HRAIYDTEAT GYLLVKMLKD VIEKGFEYHD QLNDSMGQGD
AYKRGRPSHL TLLATSDVGL KNLYKLVSYS HLNYFYRVPR VPRSLLKKYR EGILVGTACD
KGEVFEAMMQ KAPEEVEEIA QFYDYIEVMP PEVLRHLVER ELVRDEGQLK TIISNLVKLG
ETLDKPVVAT GNVHYLDPED AMYRKILVSS QGGANPLNRH SLPPVHFRTT DEMLECFSFL
GEDKAKEVVV TNTQKVASLI GDVRPVKDDL YTPKIEGADD ETRDMSYKMA RSIYGEELPE
IVEARLEKEL KSIIGHGFAV IYLISHKLVK KSLVDGYLVG SRGSVGSSFV ATMMEITEVN
PLPPHYVCPK CKQSEFFNDG SVGSGFDLPD KDCPTCNVAY VKDGHDIPFE TFLGFKGDKV
PDIDLNFSGE YQPRAHNYTK VLFGEDYVYR AGTIGTVAEK TAYGYVKGYA NDHNLTIRNA
EIDRLVAGCT GVKRTTGQHP GGIIVVPDYM DIFDFSPIQF PADSIGAEWR TTHFDFHSIH
DNLLKLDILG HDDPTVIRML QDLSGIDPKT IPTDDPEVMK IFSGPETLGV TEEQINCKTG
TLGIPEFGTK FVRQMLEETK PTTFSELVQI SGLSHGTDVW LGNANELIYN GTCTLSEVIG
CRDDIMVYLI YQGLDPSLAF KIMESVRKGK GVPEEWEDDM KGNNVPGWYI DSCKKIKYMF
PKAHAAAYVL MAVRIAYFKV HFALLFYAAY FTVRADDFDV EAMAKGSASI RVKIDEIAQK
GLDAAPKEKS LLTVLEMTLE MCERGYSFQK VDLYRSHATE FIIDGDTLIP PFNAVPGLGT
NAALSIVEAR KNGDFLSKED LQQRSKVSKT IIEYLDSQGC LGDLPDQNQL SLF
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