KEGG   Exaiptasia diaphana (Aiptasia): 110234119
Entry
110234119         CDS       T05080                                 
Name
(RefSeq) DNA polymerase epsilon catalytic subunit A
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
epa  Exaiptasia diaphana (Aiptasia)
Pathway
epa03030  DNA replication
epa03410  Base excision repair
epa03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:epa00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    110234119
   03410 Base excision repair
    110234119
   03420 Nucleotide excision repair
    110234119
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:epa03032]
    110234119
   03400 DNA repair and recombination proteins [BR:epa03400]
    110234119
Enzymes [BR:epa01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     110234119
DNA replication proteins [BR:epa03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    110234119
DNA repair and recombination proteins [BR:epa03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      110234119
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2
Other DBs
NCBI-GeneID: 110234119
NCBI-ProteinID: XP_020895144
Position
Unknown
AA seq 2280 aa
MVLMNTGKRKDDDGAGKSGKDQTGRSDDGQSVESRVLRIQKQETMDNKYGFEKHKDTSEK
LGWLINMHPTEILDDDKKLISAVDLYFVQDDGDRFRIALPFKPYFYILAKKDTDREVATY
LNRKHGGLIAKIETVQKEDLDLQNHLVGLKRNYIKLSFNNVNDLMKVKREIMPAVRKNKE
QEKANATYNVMSAMNNVDSDSNLKIADQKDNIIDIREYDVPYHVRVAIDQKIHVGHWYDV
KVRGRLYPEIKRRDDLLDRPDPVVLAFDIETTKLPLKFPDAANDSIMMISYMIDAQGFLI
INREIVSEDIEDFEYTPKPEYEGQFTVLNEPDEASLLQRFFEHILEVKPNIFVTYNGDLF
DWPFVEARAVHHGIDMLEEIGFSKDSMGEYKCRAAIHMDAFRWVKRDSYLPVGSQNLKAT
TKAKLRYDPIELDPEEMCRMASEQPQELANYSVSDAVATYYLYMKYVHPFIFALCTIIPL
EPDEVLRKGSGTLCEALLMVQAFHVNIIFPNKQEQVFNKLTNDGHVLDSETYVGGHVEAI
ESGVFRSDIPCRFRLVPEAFQKLIDNVEKTMKHTIEGEEKIPMETVLNFDEICDDIKSKL
AALRDTPARLENPMIYHLDVGAMYPNIILTNRLQPSAMVDEETCAACDFNKPGXRCQRSM
TWSWRGEYMPASRNEFQTIRQQLEVEKIPGLKXGDPXRTFHSLTPAXQAQLEKKRLSDYC
HKAYKKVRITRLEERQTTICQRENSFYVDTVRAFRDRRYEFKGLLKVWKRKLGAAQQTGD
AEEIKSCKAKEVLYDSLQLAHKCILNSFYGYVMRKGARWYSMEMAGIVCYTGANIITQAR
EIVEQIGRPLELDTDGIWCILPASFPENYQVKTTNPKKSKVTVSYPGAMLNIMVKTHFTN
DQYHELTNPDNLTYEMRSENSIFFEVDGPYKAMILPASKEEGKKLKKRYAVFNDDGSLAE
LKGFEVKRRGELQLIKNFQSSVFEQFLNGGNLXEVYGAVAKVANFWLDVLYSKATNMPDC
ELFDLISENRSMSKTLEEYGAQKSTSISTAKRLAEFLGDQMVKDKGLSCKFIISRKPEGS
PVTERAVPLAIFQTEDGVRKHYLRRWLKDSSMVDFDIRNILDWQYYIERLNSAIQKIITI
PAALQGVSNPVPRCLHPPWLHKRLLEKNDVFKQQKISEMFSKVPKKVVQEEDXLSLTQSS
SQIHDIEDFGCGSRPNGTLKPMATKRKRDQMEADSRTIDRRANKRGXDAVDLTKSWRDVL
GEPPSWGPLKEDKEAWVDFQKKKWEYQAKQRAERKRLRKEASSMGVTIGPRGGSNTGMTT
FIRQQARSLLNTPWQIVQIAETGSPGLFKVWALIGSDLHSVKVNIPRIFYVNCRTPREGE
GATWRPVSKTLPRSHAAINLYEYSVPEDIYREHSSELATDLSSPNIEGVYESQVPLLTRA
LIKLGCVTSVNKTFAKISNGRDLDVFELDQLEFKTLAECSYLDNYSLKTVYLYYSQSDNR
GMIGVFVPAAKKVSVFVLDTVRNNQMPNLTSLYNAERANKEKSSEGEALPLPPENHTFEV
RVETNPKQMFKGVQRYLQVYREEKNGPTMVLIQSSMDLSHLTSSIPALNDFPLVPLPYSN
SDAQYNLLDWQRHASRRMISHYLEIDVFFQAQLDNARYFHIPVGNIPMDATLFAADVFYS
RHLQKHGHLLWMSPTNRPDLGGKEDDDNRLSLMTDEAGSMEFNSPGCYPTVCVELSIDGL
AVNTILQSAHINDFEGASGTGISFDNIQQASLEELVQGGQSSSGLTTYDEAALCSSAFRI
LKGMIHSWLHEVSAYQNQYADAQLMHFYRWLSSPNSLLYDPALCRMVQRMMKKLFLQLVG
EFKRLGSTMVYASFSKIIICTKKRSVPDALAYVEFILKSIQSKDLFHSIDIVPAACWEYL
MWLDQANHGGVRGKLPEAIXENGHIDEDSDDEIAGTPENNNNKDEESQIEMNWNIGKYLP
SGASCQDFFQIVVAGHIHAMYKHSLEERRIIQPGTTPIRRRGGSSQSQKTVQSSATPSLV
SFAQERIQGELTQHLFSITQKIQHTLSGDRSSHKDPSAEFPILPGSYLPLNNPALEFVKY
IXKVLSLDSNTQHQVNKLRRDLLKLIGVGEFSPEANFQDPCLSFVLPEVICQFCNACRDL
DLCRDPFIVPSEGNNSASCYCPNCQNEYNMDAIEHQLITALQKRSMAHVLQDLKCSKCCG
IKDTNMSKYCKCGSNFTLTAPAAEFAEKMRTFRNIAKHYKMNLLQDIVNWIIQDNPVAIQ
NT seq 6843 nt   +upstreamnt  +downstreamnt
atggttttgatgaacacagggaagcgaaaagatgacgatggagctggcaagagtggaaaa
gatcaaacgggaaggtctgatgatggtcaatctgtggagtccagggttcttcgtattcaa
aagcaagagacaatggacaataagtatggctttgaaaaacataaagatactagtgaaaag
cttggwtggctcatcaacatgcatccgactgaaatattagatgatgataaaaagcttatt
agtgctgtggatttgtacttygttcaagatgatggtgatagatttaggattgcgctacca
tttaagccatatttctatattctcgccaaaaaggatacagatagagargtagcaacatac
ctaaatagaaaacatggaggtcttattgcaaagatagagactgtccaaaaagaggacctt
gatttgcaaaatcatcttgttggactgaaaagaaactacatcaagttgtcatttaacaat
gtcaatgatcttatgaaggtcaaacgtgagataatgccagcggtgcgtaaaaacaaagaa
caagaaaaagctaatgctacttacaatgttatgtcagccatgaacaacgtggattctgat
tcaaacttgaaaatagccgaccaaaaagayaatattattgatatcagagagtatgatgtc
ccttatcatgtyagagtcgccattgaccaaaaaattcatgtgggtcattggtatgacgtc
aaagttagaggcagactttacccagaaatcaaaaggagagatgacctcttggacagacct
gatccagtggtgctggcatttgacattgagacgactaaactgccacttaagttccctgat
gctgctaacgattcyatcatgatgatttcatacatgatagatgcacagggttttttgatc
ataaacagagagattgtatcagaagatattgaagattttgaatacacccctaaaccagaa
tacgaaggacagtttactgtgttaaatgagccagacgaggcttctcttttacaaaggttt
tttgagcatattcttgaagtaaaaccaaacatatttgtgacatacaacggtgacttgttt
gactggccatttgtagaagctcgtgcagttcatcatggcattgacatgctggaagaaata
ggttttagtaaggattcaatgggagaatacaagtgcagagcagccattcacatggatgct
ttcaggtgggtcaagagagatagttatctaccagttggaagccagaatttgaaagcaaca
acgaaggcaaagctaagatatgaccccatagaactagatccagaagagatgtgtcgaatg
gcaagtgaacagcctcaggagcttgcaaactattctgtttctgatgctgtggctacatat
tatttgtacatgaaatatgtacatcccttcatttttgccttgtgtacaattattccttta
gaacctgatgaggtactcagaaaaggktcaggaaccctctgtgaggctcttttgatggtc
caagcattccatgtcaatattatattccccaacaagcaagaacaggtattcaacaagctc
actaatgatggccacgttctagactcagaaacttatgttgggggtcacgttgaggcaatt
gaatctggagtcttcaggagtgatattccwtgtagatttaggcttgttccagaggcattt
caaaaattgattgacaatgtagaaaaaactatgaagcacaccattgaaggagaggaaaaa
atcccaatggaaacagttttaaattttgatgagatatgcgacgatataaaatctaaactg
gcagctttacgtgatacaccagcgcgtttggaaaaccctatgatttaccatcttgacgtg
ggtgccatgtaccctaacatcatcctcaccaacagattacagccttcagccatggttgat
gaggaaacctgtgcagcttgtgacttcaacaagccaggagmaaggtgtcaaagaagcatg
acatggtcctggagaggagaatacatgcctgcttctcgtaatgagtttcaaacaatcagg
caacagttagaagtagaaaaaattcctggacttaaacmrggtgatccaycacggactttt
cattccttgactcctgcagascaagcacagctagaaaagaaacgactctctgactattgt
cataaggcatacaaaaaagtccgcatcacaagactggaagaacggcaaactacaatttgt
caacgtgagaattccttctatgtggacactgtcagagcttttagggatagacgttatgaa
ttcaaaggtttactcaaggtctggaagcgcaaacttggtgctgctcagcaractggagat
gctgaggaaataaaaagctgtaaagcaaaagaggttctttatgattcactacaacttgcc
cacaagtgtattctgaactctttctatggttatgttatgagaaaaggtgcacggtggtac
tcgatggagatggcagggattgtttgttatactggagccaatatcatcacycaagcaagg
gaaattgttgaacaaataggkcgacctcttgaactggatactgatggtatttggtgcatc
ttgccagcaagtttccctgagaattatcaggtcaagactactaacccaaagaagagcaag
gtcactgtgtcctatcctggtgctatgttgaatataatggtcaagacccactttaccaat
gatcaataccacgagttgacaaatccagataatctaacctatgaaatgaggagtgagaac
tcgatattttttgaggtrgatggaccttayaaagcaatgattttacctgcatcgaaagaa
gaaggaaagaaactcaagaaaagatatgcagtgttcaatgatgatggttctctggcagaa
ctgaagggttttgaggttaagagaagaggagaactccagcttatcaagaatttccagtct
tctgtctttgaacaatttttraatggtgggaatttggawgaggtctatggagcagtagca
aaggtggcgaacttttggttagatgtgctatacagcaaggctacaaacatgccagactgc
gagctattcgacttgatctcagaaaaccgaagcatgtcaaagaccctggaagaatatgga
gcacaaaaatccacctccatcagcactgctaaacgacttgctgagtttctaggtgatcaa
atggttaaagataaaggtctgagttgtaagtttatcatatcaaggaarccagaaggctcc
cctgttacagaaagagccgttcctttggcgattttccaaacagaggatggagtaagaaag
cattatttgaggcgrtggctgaaggattcrtcratggtagattttgatatcagaaacatt
ctagactggcagtattacattgaaagattaaatagtgccatacagaagataataactata
cctgcagcattgcaaggggttagcaatcctgtacctcgctgcttgcatccaccatggctt
cataagagacttttggagaagaatgatgtcttcaagcaacagaagatcagtgaaatgttt
tctaaagtcccaaagaaagtggtacaggaagaagacagscttagtttaactcaatcatcc
agtcaaattcatgatattgaagactttggttgtggttcaagaccaaacggcaccctcaaa
ccaatggctactaagagaaagmgggaccaaatggaagctgactcraggactattgacagg
agagctaataaacgaggtkgtgatgctgttgatctgacaaagtcatggagggatgtgctt
ggagaacctcccagttggggacctttaaaggaggataaggaagcatgggttgactttcaa
aagaaaaaatgggaataccaggctaaacaaagagctgaaagaaagaggctgcgaaaggaa
gccagtagcatgggagtgacaataggtcctcgtggaggatccaacacagggatgacaacc
tttatcagacagcaggccagatcattgttgaatacaccatggcagattgtccagattgca
gaaacaggytctccaggtctgttcaaagtstgggctttgataggttccgacctccactcg
gtcaaagtcaacattccamgaatattctatgtcaactgcagaacacctcgcgaaggggaa
ggagctacatggcgtcctgtttcaaagacgttacctagatcacatgcagcaatcaatctg
tatgaatattctgtgccagaagacatttayagagagcattcaagtgaacttgctactgat
ttgtcatcacccaacattgaaggcgtttacgagtctcaggttccattgctaaccagagct
ttgatcaaacttggttgtgtaacatctgtaaacaaaacttttgccaagatcagyaatgga
agggatttagatgtctttgagcttgatcagctagagtttaaaaccttagcagaatgctct
taccttgacaactacagcttgaagactgtctacctgtattatagtcaatcggataatcgt
ggtatgattggagtatttgtaccagctgcaaaaaaggtttcagtctttgttctggacact
gtgcgtaacaatcaaatgccaaacctaacgtcaytgtacaatgcagaaagggcaaacaag
gaaaaaagctcagaaggggaagctctacctcttcctccagagaatcacacctttgaagta
cgcgttgagaccaatcctaaacagatgttcaaaggtgttcaaaggtatcttcaggtttat
agggaagaaaagaatggaccaacaatggtcttgatccagtcatcaatggatttaagccat
ttgacatcatcaataccagctttgaatgatttyccacttgtaccacttccatacagcaac
agtgatgcacagtataatctccttgattggcaacggcatgcatcaaggcggatgatatcm
cattatttggagattgatgtattttttcaggcacagttagacaatgctcgttatttccat
ataccagttggtaatatacctatggatgctacactatttgctgccgacgttttctattca
cgtcacttacaaaaacatggtcatttattatggatgtcrcccacaaacagacctgacttg
ggaggaaaagaagatgatgataacaggttaagcttaatgactgatgaagccggctccatg
gagtttaatagcccaggctgttatcctacagtatgtgtagagctytctattgatggctta
gctgtgaacactatcctacagtctgcacatatcaatgattttgaaggagcgtctggtaca
ggaatcagctttgataacatacaacaggcttcattagaagaacttgttcaaggagggcaa
tcatcttctggtcttacaacctacgacgaggctgcattrtgctcttctgctttyaggatc
ctgaaaggtatgattcatagctggttacatgaagtatctgcctatcagaaccagtacgct
gatgcacagcttatgcacttctacaggtggctgtcttctccaaattctctcttatacgac
cctgcattgtgccgaatggtacaacgaatgatgaaaaaactgtttttgcagcttgttgga
gagtttaaacgacttgggtcgacaatggtgtatgctagttttagtaagataattatttgt
acaaagaagagaagtgttcccgatgccttagcatatgtggagtttattttgaagagtatt
cagtcgaaggacttgttccacagtatcgacatagtgcccgctgcatgctgggaatatctg
atgtggcttgatcaggccaatcacggtggggtgcgcgggaaactacctgaagcaattgst
gagaatggacacattgatgaggacagtgatgacgagattgcyggcactccagaaaacaac
aataataaggacgaagagtctcaaattgaaatgaactggaatattggaaagtaycttcct
tctggtgcatcttgtcaagactttttccagatcgtagttgctggtcatattcacgccatg
tataaacattcactcgaggagcgccgtatcatccagccaggtactacaccaatacgacgg
cgagggggaagcagtcaatcccagaagacagtgcaatcatctgcaacaccaagcctcgtc
tcttttgcacaagagcgaattcagggggaacttactcaacaccttttctcaataacccaa
aagattcagcacacgttgtctggtgacagatcttctcataaagaccctagtgcagagttt
cctatattacctggatcctatctaccattgaacaacccagcacttgaatttgtcaagtat
atttrtaaggttttgtctctggattcaaatactcaacaccaagttaacaaattaagacgc
gatcttctcaagctcattggtgttggagaattttcacccgaagcraacttccaggatcca
tgtttgtcgtttgttttgcctgaagtaatttgtcagttctgtaatgcatgtcgtgacttg
gatctttgtcgagacccgttcatcgtgccatccgagggaaacaactcagccagttgctat
tgtcccaactgtcaaaatgaatacaacatggatgccattgaacatcaacttatcactgct
ttacaaaaacgatcgatggcccatgtcctgcaggatcttaaatgctctaaatgttgtggg
ataaaggacaccaatatgtcgaagtattgtaaatgtggaagtaactttacccttactgcc
ccagcagctgaattcgccgaaaaaatgaggacgtttagaaatatagcaaagcattacaag
atgaatttattacaagacattgtcaattggataatacaagataatcctgttgcaatacaa
tag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (103)   

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