KEGG   Priestia flexa: BC359_03915
Entry
BC359_03915       CDS       T04803                                 
Name
(GenBank) DNA polymerase I
  KO
K02335  DNA polymerase I [EC:2.7.7.7]
Organism
bfx  Priestia flexa
Pathway
bfx03030  DNA replication
bfx03410  Base excision repair
bfx03420  Nucleotide excision repair
bfx03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:bfx00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    BC359_03915
   03410 Base excision repair
    BC359_03915
   03420 Nucleotide excision repair
    BC359_03915
   03440 Homologous recombination
    BC359_03915
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:bfx03032]
    BC359_03915
   03400 DNA repair and recombination proteins [BR:bfx03400]
    BC359_03915
Enzymes [BR:bfx01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     BC359_03915
DNA replication proteins [BR:bfx03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    Other elongation factors
     BC359_03915
DNA repair and recombination proteins [BR:bfx03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    DNA polymerase I
     BC359_03915
   NER (nucleotide excision repair)
    GGR (global genome repair) factors
     BC359_03915
SSDB
Motif
Pfam: DNA_pol_A 5_3_exonuc_N DNA_polI_exo1 5_3_exonuc HHH_5 HHH_2 DUF7011 DUF61
Other DBs
NCBI-ProteinID: AQX53522
LinkDB
Position
752702..755326
AA seq 874 aa
MSKKLVLIDGNSIAYRAFFALPLLNNDKGIHTNAIYGFTTMLMRILEEEKPTHLLVAFDA
GKTTFRHKTFTEYKGGRQKTPPELSEQFPFIRDLLDAYGIKRYELENYEADDIIGTLAKQ
AEKENFEVKVISGDKDLLQLVSEHITVGITRKGITDVDAYTPALIDEKYGIKAMQIIDMK
GLMGDSSDNIPGVPGVGEKTALKLLKEFGTVENVLESIDQVSGKKLKEKLSDNKEQALMS
KELATIDTNAPIEVSLEAVAYQGENSEKLVALFKELGFNSLLDKFGGDSEESSSFEELEY
KIVNSVDNEILTNDAALVVEGYEENYHHDQLLGFGISNENGHFFIGRSVALGSSEFVNWL
QDQSMKKTVFDGKRMVVSMRWEGYEIKGIEQDIMIASYILNPAEANDDLATIAKLKGYTQ
VSSDEVVYGKGAKKSVPEVGELAEHVARKAVALQFLKEKLLAELKENEQYDLYEQLEMPL
SFVLADMEYQGVKIDHNRLDELGKTIHERLKELEATIYSYAGEEFNINSTKQLGVILFEK
LELPVIKKTKTGYSTSADVLEQLADKHDIIQEILEYRQLGKLQSTYVEGLKKVIHSDQKV
HTRFNQTLTQTGRLSSVDPNLQNIPIRLEEGKKIRSAFVPSKKGWVIFAADYSQIELRVL
AHIAADEKLIEAFTEDLDIHTKTAMDVFHVAKEDVTSNMRRQAKAVNFGIVYGISDYGLS
QNLGITRKEAAKFIERYLESFPGVQEYMADIVRQAKEAGYVTTLLHRRRYLPEITSRNFN
LRSFAERTAMNTPIQGTAADIIKKAMIEMAKRLKEEKLETKLLLQVHDELIFEAPKHEIE
ILERIVPEVMESALKLDVPLKVDYSYGATWFDAK
NT seq 2625 nt   +upstreamnt  +downstreamnt
atgtccaagaaattagtattaatagacggcaatagtatcgcatatcgtgcattttttgct
ctgcctttactgaataacgataaaggtatacatacaaacgcaatttacggatttacaacg
atgttaatgcgcattttagaagaagagaaaccaacacatcttcttgtagcatttgatgct
ggtaaaacaacttttcgtcataaaacatttacagagtataaaggtggaaggcaaaaaacg
cctcctgagctatcagagcaatttccatttattcgagacctgctagatgcctatggaata
aagcgctatgagctagagaattacgaagccgatgacattattggtacattagcaaagcaa
gctgaaaaagagaactttgaggtgaaagtaatttcaggtgacaaagatttacttcagctt
gtttcagaacacataacagtaggtatcacgcgaaaaggtattacagatgttgatgcctat
acgccagctttaatcgatgagaagtatggcattaaagctatgcaaattattgatatgaag
ggacttatgggtgactcttctgataatattccaggtgttcctggagttggagaaaagacg
gctctgaaattattaaaagagtttggaacagttgaaaacgtcttagaatcaatcgatcaa
gtgagtggtaagaaattaaaagaaaagctatcagataacaaagagcaggcactcatgagt
aaagagcttgctacaatcgacacaaacgcacctattgaagtgagcttggaagctgttgcg
tatcaaggtgaaaatagtgaaaagcttgtagcactatttaaagaacttggctttaattct
cttttagataaatttggtggcgattcagaggaaagtagctcttttgaagagcttgaatac
aagatagtgaacagtgtagacaacgagatattaacaaacgatgctgcgcttgttgtggaa
ggatatgaagaaaactatcaccatgatcagctgctaggttttggtattagcaatgaaaat
ggccattttttcattggaagatcagtagctttagggtcctctgaatttgtgaattggtta
caggatcaatcaatgaaaaagactgtatttgatggaaaaagaatggtcgtttcaatgcga
tgggaaggctatgagattaaaggaattgaacaggacattatgattgcttcttacatctta
aatcctgctgaagccaacgatgatctagctacaattgctaagctaaaaggatatacgcaa
gtgagctctgatgaagtggtatacggaaaaggggcaaaaaaatcagtacctgaagtagga
gaattagcagaacatgttgctagaaaagcagtagctcttcaatttttaaaagaaaagctg
ctagccgagctaaaagaaaatgagcagtatgacttatatgaacagctcgaaatgcccctg
tcatttgtattagctgatatggaatatcaaggagtgaaaattgaccataaccgcttagat
gaattagggaaaaccattcatgaacgtctgaaggaattagaagctactatttatagttat
gctggagaagaatttaacattaattcaacgaagcagttaggcgttattttgtttgaaaag
cttgagctccctgttatcaaaaagacaaaaacaggctattctacttccgcagacgtgttg
gagcagttagctgataagcatgacattatccaagaaattttagaataccgtcagcttggc
aagctccagtccacatatgtggaagggctaaagaaagtcatccattccgatcagaaagtt
catacgcgttttaatcaaactctaacgcaaacagggcgcttaagctcagttgatccgaac
ctgcaaaatattccaatacgcttagaagaagggaaaaaaatacgttcagcttttgtcccg
tcaaagaaaggttgggtaatctttgctgctgactattctcaaatcgagctacgcgtttta
gcgcatattgcagctgatgaaaaactaattgaggcatttacagaagatctcgatatccat
acaaaaacggctatggacgtgttccatgtagcaaaagaggacgtgacgtctaatatgagg
cgtcaagcaaaagcggttaactttggaattgtgtatggtattagtgactatgggttatca
cagaacctcgggattacgcgaaaagaagcggcaaagttcattgagcgctacctggaaagc
tttcctggtgttcaagaatatatggcggatattgtacgtcaagcaaaagaagcgggatac
gtaacaactttattgcatcgtcgtcgctatctgccagagattacaagtcgcaactttaat
ctgagaagctttgctgagagaacggctatgaacacacctattcaaggaacagctgctgat
attatcaaaaaagcaatgattgaaatggcaaagcgattaaaagaagagaagttagaaaca
aagcttcttcttcaagtacatgatgagcttatctttgaagcgccaaaacatgaaattgaa
attcttgagcgtattgttccagaggtgatggaaagtgcactaaaattagatgtaccttta
aaagtagattactcgtatggtgctacttggtttgacgctaagtaa

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