KEGG   Candida albicans: CAALFM_CR07000CA
Entry
CAALFM_CR07000CA  CDS       T00189                                 
Symbol
POL2, CaO19.2365
Name
(RefSeq) DNA polymerase epsilon catalytic subunit
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
cal  Candida albicans
Pathway
cal03030  DNA replication
cal03410  Base excision repair
cal03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:cal00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    CAALFM_CR07000CA (POL2)
   03410 Base excision repair
    CAALFM_CR07000CA (POL2)
   03420 Nucleotide excision repair
    CAALFM_CR07000CA (POL2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:cal03032]
    CAALFM_CR07000CA (POL2)
   03400 DNA repair and recombination proteins [BR:cal03400]
    CAALFM_CR07000CA (POL2)
Enzymes [BR:cal01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     CAALFM_CR07000CA (POL2)
DNA replication proteins [BR:cal03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    CAALFM_CR07000CA (POL2)
DNA repair and recombination proteins [BR:cal03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      CAALFM_CR07000CA (POL2)
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 NAPRTase_C Peptidase_M76
Other DBs
NCBI-GeneID: 3645733
NCBI-ProteinID: XP_712655
UniProt: A0A1D8PTD0
Position
R:complement(1499481..1506116)
AA seq 2211 aa
MSSRPNAFKGSNSARFVKNQMTTNYRNTNDYRQQNNRNRQQQQPEDPYVANNPMLNDSIQ
KKELVERIDHIDSIMGFDRLEHGENDGNKPRKGWLINMHATTIPTDDYLAGYSGVDYYFL
DEEGGSFKATLQFDPYFFVDVLPGDHESEVEEWMRKYLETANVKSYSRVIKEDLKLPNHL
LGLQKTLIKLSFHNIQDLLAARRLLSPIIKDNQLKKESRNMYTFKEIETIMDPSVYIDDI
REYDVPYHVRVSIDRNVRVGKWYDVYAKHSKVDFVEDKEKIAFADPVVLAFDIETTKAPL
KFPDAKIDQIMMISYMIDGEGFLITNREIISEDIDDFEYTPKPEYPGLFTIFNEPDEKHV
LKRFFEHIRDVKPTVIATFNGDFFDWPFVENRTRFHDMDMFEEIGFAKDNEGEYKSKYCV
HMDCFRWVKRDSYLPQGSQGLKAVTTAKLGYNPTELDPELMTPYAYDKPQLLSEYSVSDA
VATYYLYYKYVHPFIFSLCTIIPLNPDEVLRKGTGTLCEMLLSVQAYEGNILLPNKHSDP
IERFYEGHLLESETYVGGHVESLEAGVFRSDIPTHFKIDPTAIDELLGNLHNSIKFCIEV
ENGKKMEDVENFDEIYTQIESSLLELKNNPSRQEKPLIYHVDVASMYPNIMTSNRLQPDS
MKSEEDCAACDFNRPGKNCDRRLPWAWRGEYYPAEMNEYNMIKRTLQNETFPGARPWLPP
RTFDELSYAEQAAKIKKRISDYSRKVYHRVKSSKVVTREAIICQRENPFYVDTVRSFRDR
RYEFKGLAKVWKGKVGKIASNDTIARDEAKKMVVLYDSLQLAHKVILNSFYGYVMRKGSR
WYSMEMAGVTCLTGATIIQMARALVERIGRPLELDTDGIWCILPKSFPENFNLKCKDGKK
IFLEYPCSMLNYLVHERFTNHQYQDLVDPETFKYKTRSDNSIFFEVDGPYKAMILPTSKE
EGKGLKKRYAVFNEDGSLAELKGFELKRRGELQLIKNFQSDIFKLFLEGDTLDTCYQAVA
TVANNWLDVLDTKGGMLEDEDLIELICENRSMSKSLADYGDQKSTSITTAKRLGEFLGEE
MVKDAGLATKYIISAKPIGSPVTERAIPVSIFSSDKKEIFLKKWLKDPSLNKFSPRDVID
WNYYYERLASVVQKIITIPAALQDVKNPVPRVPHPDWLQKKVKNSEDIMQQKSISNFFKK
TTKEDIKLKDIEDFGEVDASVPKGKVVKVTSRKRKSGKANMVEDAEEDEKNQAILNGPCP
SMTEDYQGFLQYQKAKWKVQQAGRERRRRLFGANSESSQRSTVGGMFRKRAENIAGTNWE
ILEYKLDPTKPGDLKVYVRAGDKVHTFNFHVPKKVYASFKTKLSQRKSIPGCEIEESNAI
LPNGHDGTNLYKLTMAQSVFQEQMSDVDSLLQDSNIMGLYESNIDPVSRAIIDLGNTVKF
DDTRVGALGKGLKTGFNTRELIKASSEAYLRKFDMDIVYLLHIVTNSYEFFALFNTWEND
CQMFVLKPSANAQELPNNIHKIYREIFESKREKLDKVSNVVNYPAEMSFDVKYYHESAKL
FKKLNQVIGKIHESRSNKAFLAIQSPYSSRILNVLNTTDDFPTIKMNISELSLPAVGWQS
LISKRVINHYFVLGSWIKNLVAFAKYANVPLCNLQIENIGFLVDIEYARRLSENNIVLWW
SPNPLPDLGGFEMDRMVDFDSLAFPTINNPEIYETACLEVEIGTLTINTILTSALINEAE
GTDLADENMHFDNNNGASTFAEDSFSSPALSILRSMVKDWWDDALSNNINADSIMNTLVT
WVQRNDSMLYDPSLHYHVHNLTSKALLQLISEFKRMGAQVIFANRNKMLIQTSKISVENS
YAYGQYILKAARSKPLFNFLDLRIVKYWDILIWMDEFNYGGRSCTEIVNEEMQNLVPENH
WHLQKFLPIIFQNEFEDWLVIFLDALTKYKNENLLGKGAQANTPRVTQIVHILKGQKKLQ
AQEVEEEDDDHGVIETFKKPILRRMEKLYRRQLEAILNPEFKQEYEFPTLAGSYLHMKNP
ALELVKFLCHVFALSEKRSKEVRILKKELLLIFDVRDFSKDATFRDPCTSLKLPHVICDY
CNHIRDIDLCREEEINIWNCLNCHKAYNKIALEEEIINQFNKLFVKFYGQDLKCNKCNQI
RQNNMDLHCKCSGNWIETVDYHTIEKQFQTFVNVAKFYNLQLLNGLVEEII
NT seq 6636 nt   +upstreamnt  +downstreamnt
atgtcactgcgaccaaatgctttcaaagggtcgaattccgcccgttttgtcaagaatcag
atgacgaccaattacagaaataccaatgattaccgccagcaaaataatagaaacaggcaa
cagcaacagccagaagatccttatgtggccaataatcctatgcttaatgattcaatacaa
aaaaaagaattggttgaacgaatagaccatattgactcgattatgggatttgatcgttta
gaacatggagagaatgacgggaataaaccccgaaaaggttggttaatcaacatgcacgcc
acaactatccccactgatgattatttagcaggatattccggagtggattattatttcttg
gatgaagaaggaggaagttttaaagctacactacaatttgatccatatttttttgtcgat
gtgttaccaggagatcatgaactggaagttgaggaatggatgagaaaatatttagaaact
gcaaatgttaaaagttatagtcgagtcataaaagaagatttaaaattgcctaatcatttg
ttgggtttgcagaaaactttgattaaactaagtttccataacattcaagatttattagca
gcaagaaggttactatcacctattatcaaagataatcaattgaaaaaagaatcacggaat
atgtatacttttaaagaaatcgaaacgataatggacccttcagtatatatagatgatata
agggaatatgacgttccataccatgtgagagtctccatagacaggaatgttagagttggg
aaatggtacgatgtttatgcaaaacattccaaagttgattttgttgaagataaggaaaaa
attgcatttgctgatcctgttgtattggcattcgatattgaaacaaccaaggcacctttg
aaattcccagatgccaaaattgatcaaattatgatgatatcgtatatgatagatggtgaa
ggttttttgatcaccaacagagagataatttcagaagacattgatgattttgagtacaca
ccaaaacccgagtacccaggtttgtttacgatttttaatgaacccgatgaaaagcatgtg
ttgaagagattttttgaacacatccgtgatgtgaaaccaactgttattgcaacattcaat
ggtgattttttcgattggccatttgtggagaatagaacaagatttcatgatatggacatg
tttgaagaaatagggtttgctaaagataacgaaggcgaatataaatcaaaatattgtgtt
catatggattgtttcagatgggttaaaagagactcttatttaccacaggggtctcaaggt
ttgaaagcagtcactaccgccaaattagggtataatccaacagaattagatcccgaatta
atgaccccatatgcttacgataaacctcaattgctttcagaatattctgtttctgatgcc
gttgctacatactacttgtactataaatatgttcacccattcattttttccttgtgtact
atcattccattgaatccagatgaggttttaagaaaaggtactggtactttatgtgaaatg
ttgctttcagtgcaagcatacgagggaaacattttattgcccaacaaacattctgatcca
attgaaaggttttatgaaggacatttgttagagtcggaaacttacgtgggagggcatgtt
gagtccttggaggctggtgtctttagaagtgatatacctacacatttcaagattgatcca
actgctatcgatgaattgttagggaatttacataactccataaagttctgtattgaagtt
gagaatggcaagaaaatggaagatgttgagaattttgatgaaatttatacccagattgag
tcaagtttgttggagttgaaaaataacccgtctagacaggagaaaccattgatttaccac
gttgatgtggcgtcaatgtatcctaatattatgacatccaaccgtttgcaaccggattca
atgaaatcggaagaagattgtgctgcctgtgatttcaaccgtcctgggaaaaactgtgat
agaagactaccttgggcatggagaggtgaatactatcctgccgaaatgaacgaatacaat
atgattaaacgaacattacagaacgaaactttcccgggagctagaccttggttacctcct
agaacgtttgatgaattatcttatgctgaacaagcagcaaagatcaaaaaaagaatatca
gattattctcggaaagtttatcatagagtcaaatcaagtaaagtcgttaccagggaagcc
attatttgtcaacgagaaaacccattttatgtcgatactgtcagaagtttccgtgacaga
agatacgagttcaaagggttagccaaagtgtggaaggggaaagttggtaaaattgcatca
aatgacacaattgccagagatgaagccaaaaaaatggttgtgctttatgattccttgcaa
ttggcacataaagtcattttgaattcattttacgggtacgttatgagaaaaggctcacgt
tggtactccatggaaatggcaggtgtcacttgtcttactggtgcaacaatcattcaaatg
gctagagctttggttgaaagaattggtagaccattagaattagacaccgatggtatttgg
tgtatccttcctaagtcgttccctgagaattttaatctcaaatgtaaagatggcaagaaa
atttttttggagtacccgtgttctatgttgaattatttggttcatgaaagatttaccaat
caccaatatcaagatttagttgaccctgagactttcaaatataaaactcgttctgataat
tctattttcttcgaagttgatggtccttataaggcgatgattttaccaacatcaaaagaa
gaaggtaaagggttgaagaaaaggtatgccgttttcaatgaagatggatcgttggcagaa
ttaaaaggatttgagttgaaaagaagaggggaattgcaattgattaaaaatttccaatct
gatatattcaagttatttttagaaggtgatacgttggatacctgttatcaagctgttgct
acagtggcaaacaattggttggatgtgttggatacaaaagggggtatgcttgaagatgaa
gatttgattgaattgatttgtgaaaacagaagtatgtccaagagtttggcggattacgga
gaccagaagtctacttctattactactgccaaaagattgggtgagtttttaggtgaagag
atggttaaagatgctggtttggctacaaagtatattattagtgccaagccaataggatca
cctgtcactgaaagagcaatccctgtatccattttttcttctgataaaaaagaaatattt
ttgaaaaagtggttaaaagacccatctttaaacaaatttagtccaagagacgttattgat
tggaattattattatgaaagattagcgtcagttgtacaaaagattatcacaattccagca
gctcttcaagatgttaagaaccctgttcctagagtgccacatccggattggttacagaaa
aaagtgaaaaatagtgaagatattatgcaacagaaatcaatttcgaattttttcaagaaa
accacgaaggaagacatcaaactcaaagacatagaagattttggtgaagttgatgcttct
gtgccaaagggtaaagtagttaaagttacttcaagaaagagaaagtctggtaaggcaaat
atggttgaggatgccgaagaagatgagaagaatcaagcaattttgaatgggccatgtcct
tctatgacagaggattatcaaggatttttacagtaccaaaaggcaaaatggaaggttcaa
caagccggccgtgaaagaagaagaagattatttggagcaaattcagagagttcacaaaga
tctactgtgggaggaatgttccggaaaagagctgagaatatagctggaacaaattgggaa
attttagaatataagcttgacccaactaagccaggtgatttgaaagtatatgtaagagct
ggtgataaagttcacacatttaatttccatgttcccaaaaaagtttatgcttcttttaag
accaagttgtcacaacggaaaagtattcctggttgcgaaattgaggaatcaaatgcaatt
ttaccaaatggtcatgatggtacaaacttatacaagcttacaatggcacaatctgttttc
caagaacaaatgagtgatgttgatagtttgttacaggactcaaatattatgggactctat
gaaagtaatattgatcctgtgtctcgagctataatagatttgggtaacactgttaaattt
gatgatacaagagtgggtgctttagggaaggggttgaagactgggttcaatactagagaa
ttgataaaagctagttccgaagcttacttgagaaagtttgacatggacattgtttacttg
ttgcatattgtcactaacagttatgagttttttgctctttttaatacttgggaaaatgac
tgccaaatgtttgttttgaaaccttctgctaatgcccaggaattaccaaataatattcac
aagatttatcgtgaaatctttgaatccaagagggagaaattggataaggttctgaatgta
gtgaattaccctgcagaaatgtcatttgatgtgaaatattaccacgaaagtgccaaattg
ttcaaaaaactcaaccaagtcattggaaaaatccatgaaagcagaagcaacaaagcattt
ttggcaatacaatccccttattccagtagaattttgaatgttttgaatacaacggatgat
ttcccaactataaagatgaatattagtgaattgtcgttaccagcagttggatggcaatct
ttgatttcgaaacgtgtaattaatcattattttgttttagggtcttggataaagaatttg
gttgcgtttgccaaatatgctaatgtaccgctttgtaacttgcaaattgaaaacattgga
tttttggtagatattgaatatgcaagaagattaagtgagaacaatattgtgttgtggtgg
tcacctaatccattaccagaccttggtgggtttgagatggatagaatggtagactttgat
agtttggctttccctaccattaacaatccagagatttatgaaactgcatgtttggaagtt
gaaattggtacattaactataaataccatacttactagtgcacttatcaacgaagccgag
ggaacagatttggcagatgaaaatatgcattttgataacaacaatggtgcttccactttt
gctgaagattccttttcgagccctgcattatcaatactcagatcaatggtgaaagattgg
tgggatgatgccttgagtaacaatatcaatgctgattctataatgaacactttggtcaca
tgggttcaacgtaatgattcgatgttatatgatccttcattacattatcatgtccataat
ttaacttcaaaggcacttttgcaattaattagtgagttcaagcgaatgggagcacaagtg
atttttgccaacaggaataaaatgttgattcagacttcaaagatttctgtggaaaattca
tatgcatatggtcaatatattttgaaagcagcgagatctaagcctttgttcaactttttg
gatttaagaatagtaaagtattgggatattttgatatggatggatgaatttaattatgga
ggtagaagttgtacagagattgtcaatgaagaaatgcaaaatttggttccagagaatcat
tggcacttgcaaaaatttttaccaataatttttcaaaacgaatttgaagattggcttgtg
atattcttggatgcattgacaaagtataaaaatgagaatttacttgggaagggagctcaa
gcaaatacacctagagttactcaaattgttcacatattgaaaggtcagaaaaaattacaa
gctcaagaggtcgaagaagaggatgatgatcatggtgttattgaaactttcaaaaaacca
atattacgaagaatggaaaaattgtatcgtcgacaacttgaagccatccttaatcctgag
tttaaacaagaatatgaatttccaacattggcagggtcatatttgcatatgaagaatcct
gctttagaattggtaaaattcttatgtcatgtatttgcattatcagagaaaagatctaaa
gaagttagaatcttgaaaaaagaattattattgatatttgatgttcgtgattttagtaaa
gatgctacatttagggacccttgtacatctttgaaacttcctcacgtgatatgtgattat
tgtaaccatatcagggacattgatttatgtcgtgaagaagagatcaatatttggaattgt
ttaaattgtcacaaagcttataataagattgctcttgaagaggagattattaatcagttt
aacaaattatttgtcaagttttatggtcaagatttgaagtgtaacaaatgtaatcaaata
agacagaacaacatggatttacattgtaaatgttcgggtaattggattgaaactgttgat
tatcataccattgaaaaacaatttcaaacatttgtcaatgtggcaaaattctataatttg
caattgttgaatggtttagttgaagaaattatttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (23)   

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