KEGG   Blautia argi: DQQ01_08745
Entry
DQQ01_08745       CDS       T05518                                 
Name
(GenBank) DNA polymerase I
  KO
K02335  DNA polymerase I [EC:2.7.7.7]
Organism
blau  Blautia argi
Pathway
blau03030  DNA replication
blau03410  Base excision repair
blau03420  Nucleotide excision repair
blau03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:blau00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    DQQ01_08745
   03410 Base excision repair
    DQQ01_08745
   03420 Nucleotide excision repair
    DQQ01_08745
   03440 Homologous recombination
    DQQ01_08745
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:blau03032]
    DQQ01_08745
   03400 DNA repair and recombination proteins [BR:blau03400]
    DQQ01_08745
Enzymes [BR:blau01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     DQQ01_08745
DNA replication proteins [BR:blau03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    Other elongation factors
     DQQ01_08745
DNA repair and recombination proteins [BR:blau03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    DNA polymerase I
     DQQ01_08745
   NER (nucleotide excision repair)
    GGR (global genome repair) factors
     DQQ01_08745
SSDB
Motif
Pfam: DNA_pol_A 5_3_exonuc_N 5_3_exonuc DNA_polI_exo1 HHH_2 RecR_HhH HHH
Other DBs
NCBI-ProteinID: AWY98219
UniProt: A0A2Z4UBL9
LinkDB
Position
1791550..1794195
AA seq 881 aa
MREKILLIDGHSILNRAFYGLPDLTNAEGLHTNAIYGFLNILFKMVEEEKPDYLTVAFDL
AAPTFRHKMYDAYKGTRKPMPHELRQQVPVMKDVLTAMGIPLLSKEGYEADDLLGTIAKR
SEAKGMDVTVLSGDRDLLQLATDHICIRIPKTKGGKTTIEDYFAKDVEEAYQLTPLQIIE
LKALMGDTADNIPGLPGVGEKTATKLLLEYGSVENAHAHVEDIKPNKAKNAFLEHYDLAI
LSKELATICIDSPIEYDWEAARIHDLYTPDAYEFFKELEFKNFLSRFEETGNISKAEEYF
KLLTDFTKTEEIFTLAKEKEEVGLELLEEKNQLLGLGLAYREGNNIEVHAILPQGFLTED
YLLDKAKMLCEQGKAVASLNIKAMLRHLDITHHTAMFDAQIAAYLLNPLKSEYTYDDIAR
EYLGEMLPAKEDLLGKLSYAKAALEKEEELAKSICYMAYTALKARQPLLDALEAVDMKKL
YTDMEMPLLFTLSDMEKEGIRVNAEELKEYGEMLQVRITELEKNIWQQAGEEFNINSPKQ
LGVILFEKLQMPGGKKTKTGYSTAADVLEKLSGDYTLVADILEYRQLTKLKSTYADGLAG
YIDKGGRIHSTFNQTITATGRISSTEPNLQNIPVRTKLGRLLRKVFIPKEGYVFLDADYS
QIELRVLAHMSGDEKLIQAYREAQDIHRITASQVFHIPFEEVTELQRRNAKAVNFGIVYG
ISSFGLSQDLSITRKEAEQYIKNYFETYPKIKGFLDGLVQHAKENGYVSTMFGRRRPVPE
LKSSNFMQRSFGERVAMNSPIQGTAADIIKLAMIQVSHRLKEENLKSRLILQIHDELLIE
TAEDEIEQVSAILEQEMKGAADLSVSLEIDMHTGKSWYEAK
NT seq 2646 nt   +upstreamnt  +downstreamnt
atgagggaaaaaatcctgctcatagacggacacagtattttgaacagagccttttacgga
ctgccggatttaacaaatgcagaggggcttcacaccaacgccatttatggatttttaaac
attctttttaaaatggtagaggaggaaaagccggattatctgaccgttgcctttgatctt
gctgcccctaccttccggcacaaaatgtacgatgcctataaaggcaccagaaaacctatg
cctcacgaactgcggcagcaggtaccggtgatgaaggacgtgctgactgccatgggaatc
ccccttctttccaaggagggatacgaggcagacgaccttttaggaaccatcgccaaacgc
agcgaggcaaaaggtatggacgttaccgtgctttccggcgaccgggatctgcttcagctc
gccacagatcatatctgcatccggattcccaaaacaaagggcggaaaaaccaccattgaa
gattattttgcaaaggacgtagaggaagcataccaactgacacctctgcagattattgaa
ttaaaggcattaatgggagataccgcggacaacattcccggacttccaggcgttggggaa
aagaccgccacaaaactgcttctggaatacggaagcgtagaaaacgcccatgctcatgtg
gaggatattaagccaaacaaagccaaaaatgcgtttctggaacactatgatctggcaata
ctcagcaaggaactggcaaccatctgcattgacagtcccatagaatatgactgggaggca
gccagaatccatgacttgtataccccggatgcctatgaatttttcaaggaactggaattt
aagaactttttatccagatttgaggaaaccggaaacatcagcaaggcggaagaatacttt
aaacttcttacagattttacaaagacagaggaaatctttactctggcaaaagaaaaggaa
gaagtgggactggaacttctggaagaaaagaatcagcttctgggactgggacttgcttac
agggaagggaacaatatagaagttcacgccatacttccccagggctttctcacagaagac
tatcttcttgacaaggcaaaaatgctctgcgaacagggcaaggctgtagcttccttaaat
ataaaagccatgttgcgccatctggatatcacccaccacaccgctatgtttgacgctcag
attgccgcctatcttttgaatcccttgaaatctgagtacacctatgacgacatcgccaga
gaatatctgggtgaaatgctgcctgcaaaagaagaccttctcggaaagctttcgtatgca
aaagctgcccttgaaaaagaggaagaactggcaaagagcatttgttatatggcctacaca
gcgttaaaggcaagacagccccttttagacgccctggaagctgtggatatgaaaaaactg
tacacagacatggaaatgcctctgctctttacgctctcggacatggaaaaagaggggatt
cgggtcaatgccgaggaattaaaagaatacggagaaatgctgcaggtacgcattacagaa
ctggaaaagaacatctggcagcaggccggggaagaatttaacatcaattctccgaaacag
cttggcgtcattctctttgaaaagctgcagatgccaggtggaaagaaaaccaaaacaggg
tattccacagcagcagacgtactggaaaagctatccggagattatacccttgtggcggat
attctggaatacaggcagcttacgaaattaaaatccacctatgcagacggactggcagga
tatattgataagggcggacggattcattccacttttaaccagaccattactgctacaggc
agaatcagcagcacagagccgaatctgcagaacattccggtaagaaccaaacttggacgc
ctgcttcggaaggtctttatcccaaaggaaggctatgtcttcctggacgcggactactct
cagatagaacttcgtgttcttgcccatatgtcaggagatgaaaagctgatacaggcctac
cgggaggctcaggatattcacaggattaccgcgtcccaggtcttccatattccctttgag
gaggtaacggagcttcagagaagaaatgccaaagccgtaaattttggaatcgtatacggc
atcagttcctttggactgagtcaggatttgagcattaccagaaaagaagctgaacagtat
attaaaaattattttgaaacttatcccaagattaaaggcttcttagacggactggtacag
catgcaaaggaaaacggatatgtaagcaccatgttcggacgccgccgccctgtaccagag
ttaaaatccagcaactttatgcaacgttcctttggggagcgggttgccatgaactctcct
attcagggaaccgcagcagatattatcaagcttgccatgatacaggtcagccaccgttta
aaagaagagaacttaaaatccaggctgattctgcagattcacgatgagcttttaattgaa
actgcagaggacgagatagaacaggtttctgccattctggaacaggaaatgaagggagct
gcagatttatccgtatccctggaaattgatatgcatacaggaaaaagctggtatgaagca
aaataa

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