KEGG   Enhydra lutris kenyoni (northern sea otter): 111139773
Entry
111139773         CDS       T05871                                 
Name
(RefSeq) DNA polymerase epsilon catalytic subunit A isoform X1
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
elk  Enhydra lutris kenyoni (northern sea otter)
Pathway
elk03030  DNA replication
elk03410  Base excision repair
elk03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:elk00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    111139773
   03410 Base excision repair
    111139773
   03420 Nucleotide excision repair
    111139773
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:elk03032]
    111139773
   03400 DNA repair and recombination proteins [BR:elk03400]
    111139773
Enzymes [BR:elk01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     111139773
DNA replication proteins [BR:elk03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    111139773
DNA repair and recombination proteins [BR:elk03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      111139773
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 APP_N CTNNB1_binding
Other DBs
NCBI-GeneID: 111139773
NCBI-ProteinID: XP_022347858
UniProt: A0A2Y9IGW0
Position
Unknown
AA seq 2292 aa
MVLRNTGRRRAEPGPDGEASRDDGPSSSVSALKRLERSQWTDKMDLRFGFERLKEPGEKT
GWLINMHPTEILDEDKRLVSAVDYYFIQDDGSRFKVALPYKPYFYIATRKGCEREVSSFL
SKKFQGKIAKIETVPKEDLDLPNHLVGLKRNYVKLSFNTVEDLVRVRKDVSPAVKKNREQ
GHAGDAYTAMLSSVLQGSSVVIDEEEASKKVTDQWDNIVDMREYDVPYHIRLSIDLKIHV
AHWYNVRYRGSAFPVEITRRDDLVERPDPVVLAFDIETTKLPLKFPDAETDQIMMVSYMI
DGQGYLITNREIVSEDVEDFEFTPKPEYEGPFCVFNEPDEVHLLQRWFEHVQETKPTIMV
TYNGDFFDWPFVEARAAVHGLNMYQEIGFQKDSQGEYKASQCIHMDCLRWVKRDSYLPVG
SHNLKAAAKAKLGYDPVELDPEDMCRMATEQPQTLATYSVSDAVATYYLYMKYVHPFIFA
LCTIIPMEPDEVLRKGSGTLCEALLMVQAFHANIIFPNKQEQEFNKLTDDGHVLDAETYV
GGHVEALESGVFRSDIPCRFRMNPAAFDFLLQRVEKTMRHAIEEEEKVPMEEVTNFQEVC
DHIKTKLTSLKDVPNRIECPLIYHLDVGAMYPNIILTNRLQPSAVVDEATCAACDFNKPG
ADCQRKMAWQWRGEFMPASRSEYHRIQHQLESEKFPPLTAEGPARAFHELSQEEQAKYEK
RRLADYCRKAYKKIHVTRVEERLTTICQRENSFYVDTVRAFRDRRYEFKGLHKVWKKKLS
AAMELGDAAEVKRCRNMEVLYDSLQLAHKCILNSFYGYVMRRGARWYSMEMAGIVCFTGA
NIITQARELIEQIGRPLELDTDGIWCVLPNSFPENFVIKTTSVKKPKLTISYPGAMLNIM
VKEGFTNDQYQELTEPSSLSYVTRSENSIFFEVDGPYLAMILPASKEEGKKLKKRYAVFN
EDGSLAELKGFEIKRRGELQLIKIFQSSVFEAFLKGSTLEEVYSSVAKVADYWLDVLYSK
AANMPDSELFELISENRSMSRKLEDYGEQKSTSISTAKRLAEFLGDQMVRDAGLSCRYII
SRKPEGSPVTERAIPLAIFQAEPTVRKHFLRKWLKSSSLQDFDIRTILDWDYYIERLGSA
IQKIITIPAALQQVKNPVPRVKHPDWLHKKLLEKNDVCKQKKISELFILEGRRQVGTAQA
PECTQSLGAPDMEDFGLVKPPHLAVPVATKRKRVLWESQEESQDLELTVPWQEILGQPPA
LGTTQEEWLVWLRFHKKKWQLQARQRLARRKRRRLEVAEGEPVPGAIRDRPATGLGSFLR
RTARSILDLPWQIVQIGETSQAGLFRLWAVIGGDLHCIRLNIPRVFYVNQRVAKAEEGPS
YRKVSRALPRSNVVYNLYEYSVPEDMYQEHINEINTELSAPDIEGVYETQVPLLFRALVQ
LGCVCVVNKQLVRHLSGWEAETFALEHLEMRSLAQFSYLEPGSIRHLYLYHHVQGHKALF
GLFVPSQRRASVFVLDTVRSNQMPSLGALYSAEHSLMVEKVGPELLPPHKHTFEVRAETD
MKTICRAIQRFLLAYKEERRGPTLIAIQSNWELKRLAGEVPVLEEFPLVPVHVADRISYS
VLDWQRLGARRMIRHYLNLDTCLSQAFEMSRYFHIPIGNLPEDISTFGSDLFFARHLQRH
SHLLWLSPTSRPDLGGKEADDNRLVMEFDDQASVEINCPGCYSTVCVELDLQNLAVNTIL
QSHHINDMEGADSTGISFAVLQQASLEDMITGSQAASALASYDETALCSSTFRILKSMVV
GWVKEITQYRNVYADNQVMHFYRWLRAPSSLLHDPALHRTLHSMMKKLFLQLIAEFKRLG
SSVVYANFNRIILCTKKRWVADALAYVEYITSSIHSKELFHSLTISFSRSWEFLLWMDPS
NYGGIKGTVPSRIHCGQDTAGAGAASPQGSPEEGREEEEEEEEAEAEEEEGEGAPEPDVE
DKLENNWNIVQFLPQAASCQSYFLMIVSAYIVAVYHSMKEELQRSAPGSTPLRRRGPSQL
SQDAPVAGALPGMITFSQDYVANELTQSFFSITQKIQKKVTGSRNSAELSSMFPLLPGSH
LVLNNPALEFVKYVCKVLSLDTNITNQVNKLNRDLLRLMDVGEFSEEAQFRDPCRSYVLP
EVICRSCNFCRDLDLCKESSFSQDGTILPQWLCSNCQVAYDTSVIEMALVEALQKKLMAF
TLQDLICLKCRGVKETNMPLYCSCAGAFALTIRTKVFMEQIGIFQNIAQHYGMSYLMETL
EWLLQKNPQLGQ
NT seq 6879 nt   +upstreamnt  +downstreamnt
atggttctgaggaacaccgggcggcggcgcgcggagccgggcccggacggcgaggccagc
cgggacgatggcccctcttcctccgtctccgcacttaagcgcctggagcgcagccagtgg
acggataagatggatttgcggtttggctttgagagactcaaggagccgggcgagaagaca
ggctggcttatcaacatgcacccgactgagattttagatgaagacaaacgcttagtcagt
gcagtggattactactttattcaagatgacgggagcagatttaaggtggccttgccctac
aagccgtatttctacattgcgaccaggaagggttgtgaacgagaagtttcatcttttctc
tccaagaagtttcagggtaaaattgctaaaatagagactgttcccaaggaggacctggac
ttgccaaatcacttggtcggtttgaagcggaattacgtgaagctgtccttcaacaccgtg
gaggatcttgtcagagtgaggaaggacgtctcccctgctgtgaagaagaaccgggagcag
ggccacgccggtgacgcctacacagccatgctctccagtgttctgcaagggagcagtgtg
gttattgatgaagaggaagcctccaagaaggtcaccgaccagtgggacaacattgtggac
atgcgggagtatgacgtgccctaccacatccgcctctccattgacctgaagatccacgtg
gctcactggtacaacgtcagataccgaggaagtgcctttcccgtggaaatcacccgacga
gatgaccttgttgaacgacctgaccctgtggttttggcatttgacattgagaccaccaag
ctgcccctcaagtttcccgatgctgagactgaccagattatgatggtttcctatatgatt
gatggtcagggctacctcatcaccaacagggagatcgtttcagaagatgttgaagatttc
gagttcacccccaaaccagagtatgaaggacctttttgtgtcttcaatgaacccgatgag
gttcatctactccagagatggtttgaacatgtccaggagaccaaacccaccatcatggtc
acctacaacggggacttttttgactggccgtttgtggaggccagagcagcggtccacgga
ctgaacatgtaccaggagatcgggttccagaaggacagccagggggagtacaaggcgtcc
cagtgcatccacatggactgtctcaggtgggtgaagagggacagttaccttcctgtgggc
agccacaacctcaaggcggctgccaaggccaagctgggctatgaccccgtggagctggac
cctgaggacatgtgccggatggccaccgagcagccccagactctggccacgtactcggtg
tcagacgcagtggccacgtactacctgtacatgaagtacgtccatccctttatattcgcc
ctctgcaccatcatccccatggagcccgacgaggtgctgcggaagggctccgggacgctg
tgtgaggccttattgatggtgcaagctttccacgccaacatcatcttccccaacaagcag
gagcaggagttcaacaagctgacggatgacggtcacgtgctagacgctgagacctatgtg
ggtggccacgtggaggccctcgagtcaggcgtgtttcgcagtgacatcccctgccggttc
aggatgaatcctgctgcctttgacttcctgctgcagcgggtggagaagaccatgcgtcat
gccatcgaggaagaggaaaaggtgcccatggaggaggtcaccaacttccaagaggtgtgt
gatcacattaagaccaagctcacctccctgaaagatgttccaaacagaatagagtgtccc
cttatctatcacctggacgtgggggccatgtaccccaacatcatcctgacaaaccgcctg
cagccctctgccgtggtggacgaggccacctgtgctgcctgtgacttcaacaagccggga
gcagactgccagcggaagatggcctggcagtggaggggcgagttcatgccagccagccgc
agcgagtaccatcggatccagcaccagctggagtcagagaagttccctcccttgactgca
gagggcccagcgcgggcctttcacgagctgtcccaagaggagcaggccaaatacgagaag
cggaggctcgcagattactgccggaaggcgtacaagaagatccacgtgacccgggtggag
gagcgcctcaccaccatctgccagcgggagaactccttctacgtggacacggtgcgcgcc
ttccgagacaggcgctatgagttcaaaggtctccacaaggtgtggaagaagaagctctcc
gcagccatggagctgggcgacgcggcggaggtgaagcgctgcaggaacatggaggtcctg
tacgactccctgcagctggcgcacaagtgcatcctcaactccttctacggctacgtcatg
cgcagaggggctcgctggtactccatggagatggcaggcatcgtctgcttcacaggagcc
aacatcatcactcaggcgcgggagctgatcgagcagattgggaggcccttggagctggac
acagatggaatatggtgtgtcctgcccaacagcttccctgaaaacttcgtcatcaagacg
accagtgtaaaaaagcccaagctgaccatttcctaccctggggccatgttgaacatcatg
gtcaaggaaggcttcaccaacgaccagtaccaggagctgaccgagccgtcctcgctcagt
tatgtcacccgctcagagaacagcatctttttcgaggttgatggaccctaccttgccatg
atccttccagcctccaaggaagaaggcaagaaactgaagaagaggtatgcggtcttcaat
gaggacggctccctggctgagctaaagggcttcgagatcaaacgccgaggggagctgcag
ctaattaagatcttccagtcctcggtgttcgaggccttcctcaagggcagcacactagag
gaagtgtacagctctgtcgccaaggtggccgattactggctagatgtgctgtacagtaag
gcggctaacatgcccgactctgagctgttcgagctgatctcggagaaccgctccatgtct
cggaagctggaagattatggggagcagaagtccacgtccatcagcacagccaaacgcctg
gctgagttcctgggagaccagatggtgagggacgcgggcctgagctgccgctacatcatc
tcccggaagcccgagggctctcccgtcacagagagggccatcccgcttgccattttccag
gcagagcccacagtgaggaagcacttcctccgaaagtggcttaagagctcttccctccaa
gacttcgacattcggacgatcctggactgggactactacatcgagcgtctggggagcgcc
atccagaagatcatcacaatcccggcggctctgcagcaggtgaagaacccagtaccacgt
gtcaagcaccccgactggctgcacaagaaacttctggagaagaacgatgtctgcaagcag
aagaagatcagtgagctctttatcctcgaaggcaggagacaggtgggcacggcacaggct
ccagaatgcacgcagagccttggtgctcccgacatggaggattttggtctggtgaagcca
ccacacctggcagttcctgttgccactaagaggaagcgtgtcctctgggagagccaggag
gagtcacaggacctggagctgacggtgccctggcaggaaatcttggggcagcccccggcc
ctcggaaccacccaggaagagtggctggtctggctccgcttccacaagaagaagtggcag
ctgcaggcccggcagcgcctggctcgcaggaagaggcggcgtctggaggtggcggagggc
gaacctgtgcccggggccatccgggacaggcccgccactggcttggggagcttcttgcgc
cggaccgcccgcagcatcttggaccttccgtggcagatcgtgcagatcggtgaaaccagt
caggcgggcctgttccggctgtgggcggtcatcggtggcgacttgcactgcatcaggctg
aacatcccccgcgtgttctatgtcaaccagagggtggctaaagccgaggaggggccttcc
tatcgcaaggtcagccgtgctctcccgcgctccaatgtggtctacaacctctatgagtac
tcggtgcctgaggacatgtaccaggagcatatcaacgagatcaacactgagctgtcggcc
ccagacattgagggcgtgtatgagactcaggtcccattactgttccgggccctggtgcag
ctgggctgtgtgtgtgtggtcaataagcagctggtgaggcacctgtcgggctgggaggct
gaaacctttgctcttgagcacctggagatgcgctctctggcccagttcagctacctggag
ccaggcagcatccgccacctctacctgtaccaccacgtgcagggccacaaagccctcttc
ggcttgttcgtgccctcccagcgcagagcgtctgtgttcgtgttggacactgtgcgaagc
aaccagatgcccagcctcggcgctctgtactcagctgagcacagcctcatggtggagaaa
gtgggtcccgagctcctgcctccccacaaacacactttcgaagttcgggctgaaactgac
atgaagaccatctgcagggccatccagcgcttcctgctggcctacaaggaggagcgccgt
gggcccacactcatcgccattcagtccaactgggagctgaagaggctggctggcgaggtt
cccgtcctggaggagttcccgctggtgcctgtccacgtggctgataggatcagctacagc
gtcctcgactggcagcgccttggggcccggcgcatgatccgccactacctcaacctggac
acctgtctgtcgcaggccttcgagatgagcaggtacttccacattcccattggtaatctg
cccgaggacatctccaccttcggctccgacctcttctttgcccgccacctccagcgccac
agccacctgctctggctgtcccctacgtcacgccctgacctgggtggcaaggaggccgat
gacaatcgccttgtcatggagttcgatgaccaggccagcgtggagatcaactgcccgggc
tgctactccacggtgtgcgtggagctggacctgcagaacctggctgtcaacaccatcctg
cagtcccaccacatcaatgacatggaaggggccgacagcacgggcatcagcttcgccgtg
ctgcagcaggcctccctggaggacatgatcaccggcagtcaggccgccagcgccctggcc
agctacgacgagaccgcactctgttccagcaccttcaggatcctgaagagcatggtggtg
ggctgggtgaaggagatcacgcagtaccgcaacgtctacgcggacaaccaggtgatgcac
ttctaccgctggctgcgggccccgtcctcgctgctccacgacccggctctgcaccgcacg
ctccacagcatgatgaagaagctctttctgcagctcatcgctgagttcaagcgcttgggg
tcgtccgttgtctacgccaacttcaaccgcatcatcctctgcacgaagaagcggtgggtt
gcagacgcactggcctacgtggagtacatcaccagcagcatccattccaaagagctcttc
cattccctgacaatttctttctctcggtcctgggaatttcttctctggatggatccctcc
aactacggtggaatcaaaggcaccgttccgtctcgtattcactgcggacaggacacagct
ggggctggggctgcgtcaccgcaggggtccccagaagagggcagagaggaggaggaggag
gaagaggaggccgaggcagaagaggaggagggggaaggtgcgccggagcctgatgtggag
gacaagctggaaaacaactggaacatcgtgcagttcctgccgcaggcagcctcgtgccag
agctacttcctcatgatcgtgtcagcgtacatcgtggcggtgtaccacagcatgaaggag
gagctgcagcgcagcgccccggggagcacgcccctcagacgccgggggcccagccagctg
tcccaggacgccccggtggccggcgccctgcccggaatgatcaccttttcccaagactac
gtggccaacgagctcacgcagagcttcttcagcatcactcagaagattcagaagaaggtc
acgggctcgcggaactccgctgagctgtccagcatgttcccgctgctcccgggctcccac
ctggtgctcaacaaccccgcgctcgagttcgtcaagtacgtgtgcaaggtgctgtctctg
gacacaaacatcacaaaccaggtgaacaagctgaaccgagacctgcttcgtctcatggac
gtgggcgagttctcggaggaggcccagttccgagacccctgccgctcctacgtgctcccc
gaggtcatctgccgcagctgtaacttctgccgggacctggacctgtgcaaggagtcctcc
ttctctcaggacgggaccatactgccgcagtggctctgctccaactgtcaggttgcctac
gacacctccgtcatcgagatggctctggtggaagctctgcagaagaagctgatggccttc
actctgcaggacctgatctgcttgaagtgccggggggtgaaggagaccaacatgcctttg
tactgcagctgcgcgggggccttcgcccttaccatccgcaccaaggtcttcatggagcag
attggaatcttccagaacattgcccagcactatggcatgtcatacctcatggagaccctg
gagtggttgctacagaagaaccctcagctgggccagtag

  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)   
   NCBI-Gene (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (28)   

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