KEGG   Bacillus thuringiensis serovar konkukian 97-27: BT9727_3559
Entry
BT9727_3559       CDS       T00179                                 
Symbol
polC
Name
(GenBank) DNA polymerase III, alpha subunit
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
btk  Bacillus thuringiensis serovar konkukian 97-27
Pathway
btk03030  DNA replication
btk03430  Mismatch repair
btk03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:btk00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    BT9727_3559 (polC)
   03430 Mismatch repair
    BT9727_3559 (polC)
   03440 Homologous recombination
    BT9727_3559 (polC)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:btk03032]
    BT9727_3559 (polC)
   03400 DNA repair and recombination proteins [BR:btk03400]
    BT9727_3559 (polC)
Enzymes [BR:btk01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     BT9727_3559 (polC)
DNA replication proteins [BR:btk03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     BT9727_3559 (polC)
DNA repair and recombination proteins [BR:btk03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     BT9727_3559 (polC)
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T PHP DNA_pol3_finger DNA_pol3_a_NII DNA_pol3_a_NI HHH_6 tRNA_anti-codon HHH_3 RNase_H_2 DUF1409 DEDDh_C
Other DBs
NCBI-ProteinID: AAT60594
UniProt: Q6HEZ7
Position
complement(3651061..3655362)
AA seq 1433 aa
MSLTNEQKERFQILLQQLQIPDDLINQYLQGGGIERLVIDKANKSWHFNLQVPRILPTEL
YELLETKLKQSFSHIARTTFALETENKQFTEEEVRAYWPLCTERITFSPMFAYLKKQLPQ
VNGVKLLINVNNELESTALKKNVAKPVGDQYEAFGFPRFQLDTHIQQNTEEMQKFREQTQ
QEDRERVIQAMEEMAKKQAEESSVVHEGPITLGYLIKPDEEITPMREIQDEERRKTVQGY
VFHVETKELRSGRTLLTLKITDYTDSIMIKMFSRDKEDIPMLQSLKKGMWVKARGSVQND
TFVRDLVMIANDINEITGPSRKDKAPEGEKRVELHLHTPMSQMDAVTPVSKLVAQAGKWG
HEAIAVTDHAVAQSFPEAYSAGKKAGVKVIYGVEANLVNDGVPIAYNEEHRLLAEETYVV
FDVETTGLSAVYDTVIELAAVKVKGGEIIDRFESFANPHQPLSATIIELTGITDDMLTDA
PEVDEVFKKFEEWMGDHTLVAHNASFDMGFINVGFKKAGLEKTKNPVIDTLELARFLFPE
MKNHRLNTLCKKMDIELTQHHRAIYDTEATGYLLVKMLKDVIEKGFEYHDQLNDSMGQGD
AYKRGRPSHMTLLATSDVGLKNLYKLVSYSHLNYFYRVPRVPRSLLKKYREGILVGTACD
KGEVFEAMMQKAPEEVEEIAQFYDYIEVMPPEVLRHLVERELVRDEGQLKTIISNLVKLG
ETLDKPVVATGNVHYLDPEDAMYRKILVSSQGGANPLNRHSLPPVHFRTTDEMLECFSFL
GEDVAKEIVVTNTQKIASLIGDVHPVKDDLYTPKIEGADDETRDMSYKMARSIYGEELPE
IVEARLEKELKSIIGHGFAVIYLISHKLVKKSLVDGYLVGSRGSVGSSFVATMMEITEVN
PLPPHYVCPKCKQSEFFNDGSVGSGFDLPDKECPTCNIPYVKDGHDIPFETFLGFKGDKV
PDIDLNFSGEYQPRAHNYTKVLFGEDYVYRAGTIGTVAEKTAYGYVKGYANDHNLTIRNA
EIDRLVAGCTGVKRTTGQHPGGIIVVPDYMDIFDFSPIQYPADSIGAEWRTTHFDFHSIH
DNLLKLDILGHDDPTVIRMLQDLSGIDPKTIPTDDPEVMKIFSGPESLGVTEEQINCKTG
TLGIPEFGTKFVRQMLEETKPTTFSELVQISGLSHGTDVWLGNANELIYNGTCTLSEVIG
CRDDIMVYLIYQGLDPSLAFKIMESVRKGKGVPEEWEEDMKSNNVPGWYIDSCKKIKYMF
PKAHAAAYVLMAVRIAYFKVHFALLFYAAYFTVRADDFDVEAMAKGSASIRARIDEIAQK
GLDAAPKEKSLLTVLEMTLEMCERGYSFQKVDLYRSHATDFIIDGDSLIPPFNAVPGLGT
NAALSIVEARKNGEFLSKEDLQQRSKVSKTIIEYLDSQGCLGDLPDQNQLSLF
NT seq 4302 nt   +upstreamnt  +downstreamnt
atgtctttaacaaatgaacaaaaagagcgatttcaaattttgctccagcagttgcaaata
ccagacgaccttataaatcaatatttacaaggcggtggtattgaaaggctcgttatcgat
aaagcgaataaaagttggcattttaatttacaagtgccacgtattttgcctacagaatta
tatgaattgctagaaacaaagcttaagcaatcattttctcatattgcaagaacaacattt
gcattagaaacagagaataaacaatttactgaagaagaagtgagggcgtattggccactt
tgtacggaacgaattacattttcacctatgtttgcttatttaaagaagcagcttccgcag
gtgaatggagtgaagttacttataaatgtgaataatgagctggaatctactgctttaaag
aaaaacgttgcaaaaccagtaggggatcaatacgaggctttcggattcccgcgttttcag
ttagacacacatatacagcaaaatacagaagaaatgcaaaagtttcgtgagcaaacgcaa
caagaagaccgtgagcgtgttatacaagctatggaagaaatggcaaagaagcaagctgaa
gaaagcagcgttgtgcatgaaggaccgattacacttgggtatcttattaagccggatgaa
gagattacaccgatgcgagaaattcaagatgaagaaagaagaaaaacagttcaaggatat
gtcttccatgtggaaacaaaagaacttcgtagtggacgtacgttattaactttaaaaata
acggattatacagattctattatgatcaaaatgttctcacgtgataaagaagatattcca
atgctacaatccttgaaaaaaggaatgtgggtgaaggctcgtggttctgtccaaaatgat
acatttgttcgagatttagtaatgattgcaaatgatattaatgaaataacaggaccgtct
cgtaaagataaagcaccagaaggtgaaaaaagagtagagcttcatcttcatactccaatg
agtcaaatggatgctgttactccagtttctaagcttgttgctcaagctggtaaatgggga
catgaggctattgcggttacagaccatgctgtggctcagtcgttcccggaagcatattct
gcggggaaaaaggctggagttaaagttatatatggtgtggaagcaaacttagtgaatgac
ggagtaccaattgcttataatgaagaacatcgtttacttgcagaggaaacgtatgttgtt
ttcgacgttgagacgacaggtttatcagctgtgtatgatacagttattgaattagctgct
gtaaaagtaaaaggtggcgaaataattgaccgctttgaatcttttgcaaatccacatcaa
ccattatcggcaacgatcattgaattaacaggtattacagatgatatgttgaccgacgca
ccagaagtagacgaagtgtttaaaaagtttgaggaatggatgggtgaccatacacttgtt
gctcataacgcaagttttgatatgggctttattaacgtaggatttaaaaaagctggttta
gaaaaaacgaaaaatccagtaatagatacgttagagcttgcaagattcttattcccagaa
atgaaaaatcatcgtttaaatacgttatgtaaaaagatggacattgaattaactcagcat
caccgtgcgatttatgatacagaagcaacgggatacttactagtgaaaatgttaaaagat
gtaattgaaaaaggttttgaatatcacgatcaattaaacgatagtatgggacaaggggat
gcatataagcgcgggcgtccaagtcatatgacattacttgctacatcggatgttggattg
aaaaatttatataaacttgtttcatattctcatctaaattacttttaccgtgtaccgcga
gtaccaagatcactattaaaaaaatatcgtgaaggtattttagtaggaacggcttgtgat
aaaggtgaagtgtttgaggcaatgatgcaaaaagctcctgaagaggtagaagaaattgcg
cagttctacgattacattgaagtaatgccaccagaagtgttacgtcatttagtagagcgt
gaacttgttcgggatgagggacaattaaaaacaattatttcaaacttagtaaaactaggt
gagacgttagataaaccagttgtcgctaccggaaacgtgcattacttagatccagaagat
gcaatgtatcgcaaaattttagttagttcgcagggcggagccaatccgttaaaccgacat
tcattaccacctgtacatttccgtacaaccgatgaaatgttagagtgtttctcattctta
ggtgaagatgtagcgaaagaaattgtcgtaacgaatacacaaaagattgcatcattaatt
ggcgatgttcatccagtaaaagatgatctatacacaccgaagattgaaggtgcagatgat
gaaacgcgtgatatgagttataaaatggcgcgtagcatttatggtgaagagttacctgaa
attgtagaagcacgtttagaaaaagaattaaaaagtatcatcgggcatggattcgccgta
atttatttaatttcacataagcttgtgaaaaaatcgttagtagacggatatctagtaggt
tcgcgtggatcggtaggttcatcattcgttgcaacgatgatggaaattacagaagtaaat
ccattaccaccacactatgtatgtccgaagtgtaagcaatcagaattctttaatgatggt
tctgtaggttctggttttgacttaccggataaagaatgtccaacttgtaatattccatat
gtaaaagatggacatgacattccgttcgaaacgttccttggatttaaaggagataaggta
cccgatatcgatttgaatttctccggggaataccaaccacgtgcccataactatacgaaa
gtactattcggtgaagattatgtatatcgtgcaggaacgattggtacagttgcggaaaaa
actgcttatggatatgtaaagggttatgcaaatgatcataacttaacgattcgaaatgca
gaaattgaccgcttagtagcagggtgtaccggtgtaaaacgtacaacaggacagcatcca
ggtggtattatcgttgtgccagattatatggacatttttgatttctcaccaatacagtat
ccagcagattcaataggtgctgagtggagaacgacacacttcgacttccactctattcat
gataatttattgaagcttgatatactaggacacgatgatccgacagttattcgtatgtta
caagatttaagtggtattgatccaaaaacaatcccaacggatgatccagaagtaatgaaa
attttctcagggccagaatcgttaggcgtaacggaagaacaaattaactgtaaaacaggt
acacttggtataccagagtttggtacgaaattcgtaagacagatgttagaagagacgaaa
ccgacgacattctcagagttagtccaaatttctggattatcacatggtacggacgtatgg
cttggtaatgcaaacgagttaatttataacggtacatgtacgctgagtgaagttatcggt
tgtcgtgatgacatcatggtatatttaatctatcaaggtttagacccatcattagccttc
aaaattatggagtcagtacgtaaaggtaaaggtgtaccagaagaatgggaagaggacatg
aaaagtaataatgtaccaggttggtatattgattcatgtaagaagattaagtacatgttc
ccgaaagcccatgcggctgcttacgtacttatggccgtgcgtatcgcatactttaaagtg
catttcgcgcttttattctatgcggcatactttacggttcgtgcagatgactttgacgta
gaagcgatggcaaaaggttcagcatctatacgtgcaagaattgatgaaattgcgcaaaaa
ggtttagatgcagcaccgaaagagaagagtttattgacggtactagaaatgacacttgaa
atgtgtgagcgtggatactcattccaaaaggtggatttatatcgctcacatgcaacagac
tttattattgatggagactcattaatccctccatttaatgcggtgcctggtctgggtaca
aacgcagctttaagtattgtggaagcacgtaaaaatggagagttcttatcaaaagaagac
ttgcagcagcgtagtaaggtttcgaaaacaattattgagtatttagatagtcaaggttgt
ttaggtgatttgccggatcaaaaccagttatcgctgttctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (12)   
   Pfam (12)   
All databases (25)   

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