KEGG   Streptococcus pyogenes HSC5 (serotype M14): L897_08380
Entry
L897_08380        CDS       T02743                                 
Name
(GenBank) DNA polymerase III PolC
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
spyh  Streptococcus pyogenes HSC5 (serotype M14)
Pathway
spyh03030  DNA replication
spyh03430  Mismatch repair
spyh03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:spyh00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    L897_08380
   03430 Mismatch repair
    L897_08380
   03440 Homologous recombination
    L897_08380
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:spyh03032]
    L897_08380
   03400 DNA repair and recombination proteins [BR:spyh03400]
    L897_08380
Enzymes [BR:spyh01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     L897_08380
DNA replication proteins [BR:spyh03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     L897_08380
DNA repair and recombination proteins [BR:spyh03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     L897_08380
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T DNA_pol3_finger PHP DNA_pol3_a_NII DNA_pol3_a_NI HHH_6 tRNA_anti-codon RNase_H_2 Rv2179c-like DEDDh_C HHH_3 DUF2507 Zn-ribbon_8 Auto_anti-p27
Other DBs
NCBI-ProteinID: AGQ28222
Position
complement(1611878..1616275)
AA seq 1465 aa
MSDLFAKLMDQIEMPLDMRRSSAFSSADIIEVKVHSVSRLWEFHFAFAAVLPIATYRELH
DRLIRTFEAADIKVTFDIQAAQVDYSDDLLQAYYQEAFEHAPCNGASFKSSFSKLKVTYE
NDKLIIAAPRFVNNDHFRKNHLPNLVKQFEAFGFGTLTIDMVSDQEMTEHLTKNFVSSRQ
ALVEKAVQDNLEAQKSLEAMMPPAEEATPTPKFDYKERVAQRQAGFEKAAITPMIEIETE
ENRIVFEGMVFDVERKTTRTGRHIINFKMTDYTSSFALQKWAKDDEELRKFDMIAKGAWL
RVQGNIETNPFTKSLTMNVQQVKEIVHHERKDLMPEGQKRVEFHAHTNMSTMDALPTVES
LIDTAAKWGHKAVAITDHANVQSFPHGYHRARKAGIKAIFGLEANIVEDKVPISYDPVDM
DLHEATYVVFDVETTGLSAMNNDLIQIAASKMFKGNIVEQFDEFIDPGHPLSAFTTELTG
ITDKHLQGAKPLVTVLKAFQDFCKDSILVAHNASFDVGFMNANYERHDLPKITQPVIDTL
EFARNLYPEYKRHGLGPLTKRFQVSLDHHHMANYDAEATGRLLFIFLKDAREKHGIKNLL
QLNTDLVAEDSYKKARIKHATIYVQNQVGLKNMFKLVSLSNIKYFEGVPRIPRTVLDAHR
EGLLLGTACSDGEVFDAVLTKGIDAAVDLAKYYDFIEIMPPAIYQPLVVRELIKDQAGIE
QVIRDLIEVGKRAKKPVLATGNVHYLEPEEEIYREIIVRSLGQGAMINRTIGRGEGAQPA
PLPKAHFRTTNEMLDEFAFLGKDLAYQVVVENTQDFADRIEEVEVVKGDLYTPYIDKAEE
TVAELTYQKAFEIYGNPLPDIIDLRIEKELTSILGNGFAVIYLASQMLVNRSNERGYLVG
SRGSVGSSFVATMIGITEVNPMPPHYVCPSCQHSEFITDGSVGSGYDLPNKPCPKCGTPY
QKDGQDIPFETFLGFDGDKVPDIDLNFSGDDQPSAHLDVRDIFGDEYAFRAGTVGTVAEK
TAYGFVKGYERDYGKFYRDAEVDRLAAGAAGVKRTTGQHPGGIVVIPNYMDVYDFTPVQY
PADDVTASWQTTHFNFHDIDENVLKLDILGHDDPTMIRKLQDLSGIDPITIPADDPGVMA
LFSGTEVLGVTPEQIGTPTGMLGIPEFGTNFVRGMVNETHPTTFAELLQLSGLSHGTDVW
LGNAQDLIKEGIATLKTVIGCRDDIMVYLMHAGLEPKMAFTIMERVRKGLWLKISEEERN
GYIDAMRENNVPDWYIESCGKIKYMFPKAHAAAYVLMALRVAYFKVHHPIMYYCAYFSIR
AKAFELKTMSGGLDAVKARMEDITIKRKNNEATNVENDLFTTLEIVNEMLERGFKFGKLD
LYKSDAIEFQIKGDTLIPPFIALEGLGENVAKQIVKARQEGEFLSKMELRKRGGASSTLV
EKMDEMGILGNMPEDNQLSLFDDFF
NT seq 4398 nt   +upstreamnt  +downstreamnt
atgtcagatttattcgctaaattgatggaccagatagaaatgccacttgacatgagacgt
tcaagtgccttttcatctgctgatattatcgaggtaaaggtacattcggtgtcacgcttg
tgggaatttcattttgcctttgcagcggttttaccgattgcaacttatcgtgaattgcat
gatcgtttgataagaacttttgaggcggctgacattaaggtaacctttgacatccaagct
gctcaggtggattattcagatgatctgcttcaagcttattaccaagaagcttttgaacat
gcaccttgtaatggggctagttttaaatcctctttctcaaagctcaaagtgacttatgag
aatgacaaactcattattgcagcgccgcgttttgttaataatgaccattttagaaaaaat
catctgcctaatttggtcaaacaatttgaagcttttggctttggcaccttaaccattgat
atggtgtcagatcaggagatgactgagcatttgaccaagaattttgtttccagtcgtcag
gctcttgtggaaaaggctgtgcaggataatttggaagcccaaaaatcccttgaggccatg
atgccaccggctgaagaagcaacacctactcctaaatttgattataaagagcgcgtggcg
cagcgtcaggcaggatttgaaaaagcagccatcacaccaatgatagagattgagaccgaa
gaaaaccgaattgtctttgaggggatggtttttgatgtggagcgcaagaccactaggaca
ggtcgccatatcatcaactttaaaatgacagattatacctcctcgtttgctctgcaaaaa
tgggccaaagacgatgaggagctccgtaaatttgatatgattgctaagggggcttggtta
cgggtacaagggaatattgagaccaatccttttacgaagagtctcaccatgaatgtccag
caggtcaaagaaattgtccatcatgagcgcaaagacctgatgccagaagggcaaaaacgg
gttgagtttcatgcccacaccaatatgtctaccatggatgccttaccgacagtagaaagc
ttgattgatacggcagccaagtggggacacaaggcggttgctattaccgatcatgctaat
gtgcaaagttttcctcatggctaccatagggctcgcaaagctggaattaaggctattttt
ggcctagaagccaatattgttgaggacaaggtgcctatttcttatgatcctgttgatatg
gatttgcacgaagctacctatgtggtctttgacgtggaaaccacaggtctatctgctatg
aataatgacctgattcagattgcggcttccaaaatgtttaaaggaaatattgtagagcag
tttgatgaattcattgatcctgggcatcctctttcagcctttaccaccgaattgacagga
attaccgataagcatttgcagggcgccaagccattggttactgtcctaaaagcttttcag
gacttttgcaaagatagtatcttggttgcccacaacgccagttttgacgtgggctttatg
aacgccaattatgaacgccacgacttgcccaaaatcacacagcctgtgattgatacctta
gaatttgctagaaacttgtatcctgagtacaagcgtcacggtttgggaccgctcaccaag
cgtttccaagtgagtctagaccaccatcatatggccaattacgacgcggaagccacagga
cgtcttttgtttatttttctaaaagatgccagagaaaagcatggcatcaaaaaccttttg
caactcaatacagatttggtggctgaggattcttacaaaaaagcgcggattaagcatgcg
actatctatgtgcaaaatcaggttggtcttaaaaatatgtttaagttggtcagcctttcc
aatatcaaatattttgaaggggtgccgcgtattccaagaaccgtcttagatgctcacaga
gagggtttgttactaggaacagcttgttctgacggcgaggtttttgatgccgttctgact
aaaggaattgatgcggcggttgatttagctaagtattatgattttatcgaaatcatgcca
ccagccatttaccagccattggttgtccgtgaattaatcaaagatcaagcaggtattgag
caggtgattcgtgacctcattgaagtagggaagcgagctaagaaacctgtgcttgccact
gggaatgtgcattatttagagcctgaagaagagatttaccgtgaaattattgtgcgtagt
ctcggtcagggtgccatgattaatagaacaatcggccgtggggaaggggcccaacctgct
cctctacctaaagcgcactttagaacaactaatgaaatgctggatgagtttgcctttctt
ggaaaagacctcgcttatcaagtggttgtagaaaatactcaggattttgcggaccgtatt
gaggaagtggaagtggttaagggcgatctttacaccccgtatattgacaaggccgaagag
acggttgccgaattaacctatcaaaaagcctttgaaatttatggtaatcctctcccagat
attattgatttacgcattgaaaaagagttaacctctatcttggggaacggttttgctgtg
atttatctcgcttcccaaatgcttgttaaccggtcaaatgagcgaggctatctggttggc
tctaggggatctgtagggtctagctttgtcgccaccatgattgggattactgaggttaat
cctatgccgcctcactacgtttgcccgtcctgccaacattctgaatttatcacagatggg
tcagttggatctggctatgatttgcctaataaaccctgtccgaaatgtggcaccccttat
caaaaagatgggcaagacattccctttgagacctttcttgggtttgatggggataaggtg
cccgatattgatttgaacttctctggtgatgaccagcccagtgcccatttggatgtccga
gatatttttggtgacgaatacgcctttcgtgctggaacagttggtaccgtagcagaaaaa
acagcttatggatttgtcaaaggctatgaacgcgactatggcaagttctatcgtgatgct
gaggtggatcgtctagcagcaggtgctgctggtgtgaaacgaacgactgggcagcaccct
ggggggattgttgttattcctaattacatggatgtttatgattttacccccgtgcaatat
ccagccgatgatgtaacggcttcttggcagacaactcactttaacttccatgatattgat
gaaaacgtcttgaaacttgatatcctagggcatgatgatccgaccatgattcgtaaactt
caggatttatcgggcattgatcctattactattcctgctgatgatccgggagttatggct
ctcttttctgggacagaggttttgggcgttaccccggaacaaattgggacaccgactggt
atgctaggcattccagaatttggaaccaactttgttcgcggcatggttaatgagacgcat
ccgaccacttttgcggagcttttgcagttgtctggactatctcatggaaccgatgtttgg
cttggtaatgcacaagatttgattaaagaaggcattgcaaccctaaaaaccgttatcggt
tgtcgtgacgacatcatggtttacctcatgcatgcaggcttagaaccaaaaatggccttt
accattatggagcgtgtgcgtaagggattatggctaaaaatttctgaggaagaacgtaat
ggctatattgatgccatgcgagaaaacaatgtgcccgactggtacattgaatcgtgtgga
aaaatcaagtacatgttccctaaagcccatgcggcagcttatgttttgatggcccttcgg
gtggcttatttcaaggtgcaccaccccattatgtattattgtgcttatttctctattcgt
gcgaaggcttttgaattaaaaaccatgagtggtggtttagatgctgttaaagcaagaatg
gaagatattactataaaacgtaaaaataatgaagccaccaatgtggaaaatgacctcttt
acaaccttggagattgtcaacgaaatgttagaacgcggctttaagtttggcaaattagac
ctttacaaaagtgatgctatagaattccaaatcaaaggagatacccttatccctccattt
atagcgttagaaggtctgggtgaaaacgtggccaagcaaatcgttaaagctcgtcaagaa
ggcgaattcctctctaaaatggaattgcgtaaacgaggcggggcatcgtcaacgctcgtt
gagaaaatggatgagatgggtattttaggaaatatgccagaagataatcaattaagtctt
tttgatgactttttctag

  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 domain (15)   
   Pfam (15)   
All databases (27)   

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