| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_3559 |
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| Symbol | polC |
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| ID | 2854871 |
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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 thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | - |
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| Start bp | 3651061 |
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| End bp | 3655362 |
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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 | 38% |
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| IMG OID | 637514977 |
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| Product | DNA polymerase III PolC |
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| Protein accession | YP_037879 |
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| Protein GI | 49478392 |
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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 | 18 |
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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 | ATGTCTTTAA CAAATGAACA AAAAGAGCGA TTTCAAATTT TGCTCCAGCA GTTGCAAATA
CCAGACGACC TTATAAATCA ATATTTACAA GGCGGTGGTA TTGAAAGGCT CGTTATCGAT
AAAGCGAATA AAAGTTGGCA TTTTAATTTA CAAGTGCCAC GTATTTTGCC TACAGAATTA
TATGAATTGC TAGAAACAAA GCTTAAGCAA TCATTTTCTC ATATTGCAAG AACAACATTT
GCATTAGAAA CAGAGAATAA ACAATTTACT GAAGAAGAAG TGAGGGCGTA TTGGCCACTT
TGTACGGAAC GAATTACATT TTCACCTATG TTTGCTTATT TAAAGAAGCA GCTTCCGCAG
GTGAATGGAG TGAAGTTACT TATAAATGTG AATAATGAGC TGGAATCTAC TGCTTTAAAG
AAAAACGTTG CAAAACCAGT AGGGGATCAA TACGAGGCTT TCGGATTCCC GCGTTTTCAG
TTAGACACAC ATATACAGCA AAATACAGAA GAAATGCAAA AGTTTCGTGA GCAAACGCAA
CAAGAAGACC GTGAGCGTGT TATACAAGCT ATGGAAGAAA TGGCAAAGAA GCAAGCTGAA
GAAAGCAGCG TTGTGCATGA AGGACCGATT ACACTTGGGT ATCTTATTAA GCCGGATGAA
GAGATTACAC CGATGCGAGA AATTCAAGAT GAAGAAAGAA GAAAAACAGT TCAAGGATAT
GTCTTCCATG TGGAAACAAA AGAACTTCGT AGTGGACGTA CGTTATTAAC TTTAAAAATA
ACGGATTATA CAGATTCTAT TATGATCAAA ATGTTCTCAC GTGATAAAGA AGATATTCCA
ATGCTACAAT CCTTGAAAAA AGGAATGTGG GTGAAGGCTC GTGGTTCTGT CCAAAATGAT
ACATTTGTTC GAGATTTAGT AATGATTGCA AATGATATTA ATGAAATAAC AGGACCGTCT
CGTAAAGATA AAGCACCAGA AGGTGAAAAA AGAGTAGAGC TTCATCTTCA TACTCCAATG
AGTCAAATGG ATGCTGTTAC TCCAGTTTCT AAGCTTGTTG CTCAAGCTGG TAAATGGGGA
CATGAGGCTA TTGCGGTTAC AGACCATGCT GTGGCTCAGT CGTTCCCGGA AGCATATTCT
GCGGGGAAAA AGGCTGGAGT TAAAGTTATA TATGGTGTGG AAGCAAACTT AGTGAATGAC
GGAGTACCAA TTGCTTATAA TGAAGAACAT CGTTTACTTG CAGAGGAAAC GTATGTTGTT
TTCGACGTTG AGACGACAGG TTTATCAGCT GTGTATGATA CAGTTATTGA ATTAGCTGCT
GTAAAAGTAA AAGGTGGCGA AATAATTGAC CGCTTTGAAT CTTTTGCAAA TCCACATCAA
CCATTATCGG CAACGATCAT TGAATTAACA GGTATTACAG ATGATATGTT GACCGACGCA
CCAGAAGTAG ACGAAGTGTT TAAAAAGTTT GAGGAATGGA TGGGTGACCA TACACTTGTT
GCTCATAACG CAAGTTTTGA TATGGGCTTT ATTAACGTAG GATTTAAAAA AGCTGGTTTA
GAAAAAACGA AAAATCCAGT AATAGATACG TTAGAGCTTG CAAGATTCTT ATTCCCAGAA
ATGAAAAATC ATCGTTTAAA TACGTTATGT AAAAAGATGG ACATTGAATT AACTCAGCAT
CACCGTGCGA TTTATGATAC AGAAGCAACG GGATACTTAC TAGTGAAAAT GTTAAAAGAT
GTAATTGAAA AAGGTTTTGA ATATCACGAT CAATTAAACG ATAGTATGGG ACAAGGGGAT
GCATATAAGC GCGGGCGTCC AAGTCATATG ACATTACTTG CTACATCGGA TGTTGGATTG
AAAAATTTAT ATAAACTTGT TTCATATTCT CATCTAAATT ACTTTTACCG TGTACCGCGA
GTACCAAGAT CACTATTAAA AAAATATCGT GAAGGTATTT TAGTAGGAAC GGCTTGTGAT
AAAGGTGAAG TGTTTGAGGC AATGATGCAA AAAGCTCCTG AAGAGGTAGA AGAAATTGCG
CAGTTCTACG ATTACATTGA AGTAATGCCA CCAGAAGTGT TACGTCATTT AGTAGAGCGT
GAACTTGTTC GGGATGAGGG ACAATTAAAA ACAATTATTT CAAACTTAGT AAAACTAGGT
GAGACGTTAG ATAAACCAGT TGTCGCTACC GGAAACGTGC ATTACTTAGA TCCAGAAGAT
GCAATGTATC GCAAAATTTT AGTTAGTTCG CAGGGCGGAG CCAATCCGTT AAACCGACAT
TCATTACCAC CTGTACATTT CCGTACAACC GATGAAATGT TAGAGTGTTT CTCATTCTTA
GGTGAAGATG TAGCGAAAGA AATTGTCGTA ACGAATACAC AAAAGATTGC ATCATTAATT
GGCGATGTTC ATCCAGTAAA AGATGATCTA TACACACCGA AGATTGAAGG TGCAGATGAT
GAAACGCGTG ATATGAGTTA TAAAATGGCG CGTAGCATTT ATGGTGAAGA GTTACCTGAA
ATTGTAGAAG CACGTTTAGA AAAAGAATTA AAAAGTATCA TCGGGCATGG ATTCGCCGTA
ATTTATTTAA TTTCACATAA GCTTGTGAAA AAATCGTTAG TAGACGGATA TCTAGTAGGT
TCGCGTGGAT CGGTAGGTTC ATCATTCGTT GCAACGATGA TGGAAATTAC AGAAGTAAAT
CCATTACCAC CACACTATGT ATGTCCGAAG TGTAAGCAAT CAGAATTCTT TAATGATGGT
TCTGTAGGTT CTGGTTTTGA CTTACCGGAT AAAGAATGTC CAACTTGTAA TATTCCATAT
GTAAAAGATG GACATGACAT TCCGTTCGAA ACGTTCCTTG GATTTAAAGG AGATAAGGTA
CCCGATATCG ATTTGAATTT CTCCGGGGAA TACCAACCAC GTGCCCATAA CTATACGAAA
GTACTATTCG GTGAAGATTA TGTATATCGT GCAGGAACGA TTGGTACAGT TGCGGAAAAA
ACTGCTTATG GATATGTAAA GGGTTATGCA AATGATCATA ACTTAACGAT TCGAAATGCA
GAAATTGACC GCTTAGTAGC AGGGTGTACC GGTGTAAAAC GTACAACAGG ACAGCATCCA
GGTGGTATTA TCGTTGTGCC AGATTATATG GACATTTTTG ATTTCTCACC AATACAGTAT
CCAGCAGATT CAATAGGTGC TGAGTGGAGA ACGACACACT TCGACTTCCA CTCTATTCAT
GATAATTTAT TGAAGCTTGA TATACTAGGA CACGATGATC CGACAGTTAT TCGTATGTTA
CAAGATTTAA GTGGTATTGA TCCAAAAACA ATCCCAACGG ATGATCCAGA AGTAATGAAA
ATTTTCTCAG GGCCAGAATC GTTAGGCGTA ACGGAAGAAC AAATTAACTG TAAAACAGGT
ACACTTGGTA TACCAGAGTT TGGTACGAAA TTCGTAAGAC AGATGTTAGA AGAGACGAAA
CCGACGACAT TCTCAGAGTT AGTCCAAATT TCTGGATTAT CACATGGTAC GGACGTATGG
CTTGGTAATG CAAACGAGTT AATTTATAAC GGTACATGTA CGCTGAGTGA AGTTATCGGT
TGTCGTGATG ACATCATGGT ATATTTAATC TATCAAGGTT TAGACCCATC ATTAGCCTTC
AAAATTATGG AGTCAGTACG TAAAGGTAAA GGTGTACCAG AAGAATGGGA AGAGGACATG
AAAAGTAATA ATGTACCAGG TTGGTATATT GATTCATGTA AGAAGATTAA GTACATGTTC
CCGAAAGCCC ATGCGGCTGC TTACGTACTT ATGGCCGTGC GTATCGCATA CTTTAAAGTG
CATTTCGCGC TTTTATTCTA TGCGGCATAC TTTACGGTTC GTGCAGATGA CTTTGACGTA
GAAGCGATGG CAAAAGGTTC AGCATCTATA CGTGCAAGAA TTGATGAAAT TGCGCAAAAA
GGTTTAGATG CAGCACCGAA AGAGAAGAGT TTATTGACGG TACTAGAAAT GACACTTGAA
ATGTGTGAGC GTGGATACTC ATTCCAAAAG GTGGATTTAT ATCGCTCACA TGCAACAGAC
TTTATTATTG ATGGAGACTC ATTAATCCCT CCATTTAATG CGGTGCCTGG TCTGGGTACA
AACGCAGCTT TAAGTATTGT GGAAGCACGT AAAAATGGAG AGTTCTTATC AAAAGAAGAC
TTGCAGCAGC GTAGTAAGGT TTCGAAAACA ATTATTGAGT ATTTAGATAG TCAAGGTTGT
TTAGGTGATT TGCCGGATCA AAACCAGTTA TCGCTGTTCT GA
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| Protein sequence | MSLTNEQKER FQILLQQLQI PDDLINQYLQ GGGIERLVID KANKSWHFNL QVPRILPTEL
YELLETKLKQ SFSHIARTTF ALETENKQFT EEEVRAYWPL CTERITFSPM FAYLKKQLPQ
VNGVKLLINV NNELESTALK KNVAKPVGDQ YEAFGFPRFQ LDTHIQQNTE EMQKFREQTQ
QEDRERVIQA MEEMAKKQAE ESSVVHEGPI TLGYLIKPDE EITPMREIQD EERRKTVQGY
VFHVETKELR SGRTLLTLKI TDYTDSIMIK MFSRDKEDIP MLQSLKKGMW VKARGSVQND
TFVRDLVMIA NDINEITGPS RKDKAPEGEK RVELHLHTPM SQMDAVTPVS KLVAQAGKWG
HEAIAVTDHA VAQSFPEAYS AGKKAGVKVI YGVEANLVND GVPIAYNEEH RLLAEETYVV
FDVETTGLSA VYDTVIELAA VKVKGGEIID RFESFANPHQ PLSATIIELT GITDDMLTDA
PEVDEVFKKF EEWMGDHTLV AHNASFDMGF INVGFKKAGL EKTKNPVIDT LELARFLFPE
MKNHRLNTLC KKMDIELTQH HRAIYDTEAT GYLLVKMLKD VIEKGFEYHD QLNDSMGQGD
AYKRGRPSHM TLLATSDVGL KNLYKLVSYS HLNYFYRVPR VPRSLLKKYR EGILVGTACD
KGEVFEAMMQ KAPEEVEEIA QFYDYIEVMP PEVLRHLVER ELVRDEGQLK TIISNLVKLG
ETLDKPVVAT GNVHYLDPED AMYRKILVSS QGGANPLNRH SLPPVHFRTT DEMLECFSFL
GEDVAKEIVV TNTQKIASLI GDVHPVKDDL YTPKIEGADD ETRDMSYKMA RSIYGEELPE
IVEARLEKEL KSIIGHGFAV IYLISHKLVK KSLVDGYLVG SRGSVGSSFV ATMMEITEVN
PLPPHYVCPK CKQSEFFNDG SVGSGFDLPD KECPTCNIPY VKDGHDIPFE TFLGFKGDKV
PDIDLNFSGE YQPRAHNYTK VLFGEDYVYR AGTIGTVAEK TAYGYVKGYA NDHNLTIRNA
EIDRLVAGCT GVKRTTGQHP GGIIVVPDYM DIFDFSPIQY PADSIGAEWR TTHFDFHSIH
DNLLKLDILG HDDPTVIRML QDLSGIDPKT IPTDDPEVMK IFSGPESLGV TEEQINCKTG
TLGIPEFGTK FVRQMLEETK PTTFSELVQI SGLSHGTDVW LGNANELIYN GTCTLSEVIG
CRDDIMVYLI YQGLDPSLAF KIMESVRKGK GVPEEWEEDM KSNNVPGWYI DSCKKIKYMF
PKAHAAAYVL MAVRIAYFKV HFALLFYAAY FTVRADDFDV EAMAKGSASI RARIDEIAQK
GLDAAPKEKS LLTVLEMTLE MCERGYSFQK VDLYRSHATD FIIDGDSLIP PFNAVPGLGT
NAALSIVEAR KNGEFLSKED LQQRSKVSKT IIEYLDSQGC LGDLPDQNQL SLF
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