KEGG   Mus caroli (Ryukyu mouse): 110294573
Entry
110294573         CDS       T05910                                 
Symbol
Pole
Name
(RefSeq) DNA polymerase epsilon catalytic subunit A
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
mcal  Mus caroli (Ryukyu mouse)
Pathway
mcal03030  DNA replication
mcal03410  Base excision repair
mcal03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:mcal00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    110294573 (Pole)
   03410 Base excision repair
    110294573 (Pole)
   03420 Nucleotide excision repair
    110294573 (Pole)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:mcal03032]
    110294573 (Pole)
   03400 DNA repair and recombination proteins [BR:mcal03400]
    110294573 (Pole)
Enzymes [BR:mcal01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     110294573 (Pole)
DNA replication proteins [BR:mcal03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    110294573 (Pole)
DNA repair and recombination proteins [BR:mcal03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      110294573 (Pole)
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 APP_N CENP-B_dimeris
Other DBs
NCBI-GeneID: 110294573
NCBI-ProteinID: XP_021018557
Ensembl: MGP_CAROLIEiJ_G0027543
UniProt: A0A6P5PRH6
Position
5:103191614..103246175
AA seq 2283 aa
MVLRNSGRRHPEPGADGEGSRDDGPSPSVSALKRLERSQWTDKMDLRFGFERLKEPGERT
GWLINMHPTEILDEDKRLVSAVDYYFIQDDGSRFKVALPYMPYFYIAARKGCDREVSSFL
SKKFQGKIAKLENVPKEDLDLPNHLVGLKRSYIKLSFHTVEDLVKVRKEISPAVKKNREQ
DHASDEYTTMLSSILQGGSVITDEEETSKKIADQLDNIVDMREYDVPYHIRLSIDLRIHV
AHWYNVRFRGNAFPVEITRRDDLVERPDPVVLAFDIETTKLPLKFPDAETDQIMMISYMI
DGQGYLITNREIVSEDIEDFEFTPKPEYEGPFCVFNEPDEVHLIQRWFEHIQETKPTIMV
TYNGDFFDWPFVEARAAIHGLSMYQEIGFQKDSQGEYKAPQCIHMDCLRWVKRDSYLPVG
SHNLKAAAKAKLGYDPVELDPEDMCRMATEQLQTLATYSVSDAVATYYLYMKYVHPFIFA
LCTIIPMEPDEVLRKGSGTLCEALLMVQAFHANIIFPNKQEQEFNKLTDDGHVLDAETYV
GGHVEALESGVFRSDIPCRFRMNPAAFDFLLQRVEKTMRHAIEEEEKVPVEQATNFQEVC
EQIKTKLTSLKDVPNRIECPLIYHLDVGAMYPNIILTNRLQPSAIVDEATCAACDFNKPG
ASCQRKMAWQWRGEFMPASRSEYHRIQHQLESEKFPPLFPEGPARAFHELSREEQAKYEK
RRLADYCRKAYKKIHVTKVEERLTTICQRENSFYVDTVRAFRDRRYEFKGLHKVWKKKLS
AAVEVGDASEVKRCKNMEILYDSLQLAHKCILNSFYGYVMRKGARWYSMEMAGIVCFTGA
NIITQARELIEQIGRPLELDTDGIWCVLPNSFPENFVIKTTNAKKPKLTISYPGAMLNIM
VKEGFTNHQYQELTEPSSLTYVTHSENSIFFEVDGPYLAMILPASKEEGKKLKKRYAVFN
EDGSLAELKGFEVKRRGELQLIKIFQSSVFEAFLKGSTLEEVYGSVAKVADYWLDVLYSK
AANMPDSELFELISENRSMSRKLEDYGEQKSTSISTAKRLAEFLGDQMVKDAGLSCRYII
SRKPEGSPVTERAIPLAIFQAEPTVRKHFLRKWLKSSSLQDFDIRTILDWDYYIERLGSA
IQKIITIPAALQQVKNPVPRVKHPDWLHKKLLEKNDIYKQKKISELFVLEGKRQIVMAQA
SENSLSLCTPDMEDIGLTKPHHSTVPVATKRKRVWETQKESQDIALTVPWQEVLGQPPSL
GTTQEEWLVWLQFHKKKWQLQAQQRLALRKKQRLESAEDMPRLGAIREGPSTGLGSFFRR
TARSIMDLPWQIIQISETRQAGLFRLWAIIGNDLHCIKLSIPRVFYVNQRVAKAEDGPAY
RKVNRALPRSNIVYNLYEYSVPEDMYQEHINEINTELSVPDIEGVYETQVPLLFRALVQL
GCVCVVNKQLTRHLSGWEAETFALEHLEMRSLAQFSYLEPGSIRHIYLYHHTQGHKALFG
VFIPSQRRASVFVLDTVRSNQMPGLSALYSSEHSLLLDKVDPKLLPPPKHTFEVRAETNL
KTICRAIQRFLLAYKEERRGPTLIAVQSSWELCRLTSEIPVLEEFPLVPVRVADKISYAV
LDWQRHGARRMIRHYLNLDLCLSQAFEMSRYFHIPVGNLPEDISTFGSDLFFARHLQHHN
HLLWLSPTSRPDLGGKEADDNRLVMEFDDRATVEINSSGCYSTVCVELDIQNLAVNTILQ
SHHVNDMEGAGSMGISFDVIQQASLEDMVTGNQAASALANYDETALCSSTFRILKSMVVG
WVKEITQYHNIYADNQVMHFYRWLQSPCSLLHDPALHRTLHNMMKKLFLQLVAEFKRLGS
SIVYANFNRIILCTKKRRIEDALAYVEYITNSIHSKEIFHSLTISFSRCWEFLLWMDPSN
YGGIKGKVPSSIHCGQVKEQDSQAREETDEEEEDKEKDEEEEDMGESEVEDLLENNWNIL
QFLPQAASCQSYFLMIVSAYIVAVYQSMKEELRHSAPGSTPVKRKGASQFSQESEGAAGS
LPGMITFSQDYVANELTQSFFTITQKIQKKVTGSRNTTEPSEMFPVLPGSHLLLNNPALE
FIKYVCKVLSLDTNITNQVNKLNRDLLRLVDVGEFSEEAQFRDPCHSYVLPEVICHSCNF
CRDLDLCKDSSFSQDGAILPQWLCSNCQAPYDSSAIESALVETLQRKLMAFTLQDLVCLK
CRGMKETHMPVYCSCAGDFALTIRTEVFMEQIRIFQNIAKYYSMSYLQETIEWLLQTSPV
SNC
NT seq 6852 nt   +upstreamnt  +downstreamnt
atggtcctcaggaacagtggacggaggcaccccgagccgggcgcggacggcgaaggcagc
cgggatgacggtccctctccctcagtctcagcactcaaacgtctggaacggagccagtgg
acagataagatggacttacggtttggtttcgaaaggctgaaagagcctggagaaaggact
ggctggctgatcaacatgcaccctactgagattttagatgaagacaaacgcttagtcagc
gcggtggattactacttcattcaagatgatggaagcagatttaaggtggccttgccctat
atgccatatttctacattgcagcgagaaagggctgtgatcgagaagtttcatcttttcta
tctaagaagtttcagggaaaaattgcaaagttagagaatgtgcccaaagaagatctggac
ttgccaaatcacttggtgggcttgaagcggagttacatcaagctgtccttccacactgtg
gaggaccttgtcaaagtgagaaaggagatctctcctgctgtgaagaagaaccgagagcag
gaccatgctagtgatgagtacacaacgatgctctccagtattctgcaaggtggcagtgta
attactgatgaggaggaaacctctaagaagatagctgaccaattggacaacatagtggac
atgcgggagtatgatgttccctaccacattcgcctctccattgacctcagaatccatgtg
gcccactggtacaatgttagatttcgaggaaatgcttttcctgtggaaatcacccgacga
gatgatcttgttgaacgacctgaccctgtggttttggcatttgacatcgagacgaccaaa
ctgcccctcaaattccctgatgctgagaccgatcagatcatgatgatctcctatatgatt
gatggccagggctacctcatcactaacagggagattgtttcagaagatattgaagatttt
gagttcacccctaagccagaatatgaagggcccttttgtgtcttcaatgaacccgacgag
gtccatctgatccagagatggtttgagcatatccaggagaccaaacctaccattatggtc
acctacaatggggatttttttgactggccatttgtggaggctagggcagcaattcatggc
ctcagcatgtaccaggagataggcttccagaaggatagccagggggaatataaggcacca
cagtgcatccacatggactgcctcaggtgggtgaagagggacagttaccttcctgtgggc
agtcataatctcaaggcagctgccaaggccaaacttggctatgaccctgtagagctggac
cctgaggacatgtgtcgtatggccactgaacagctccagactctggccacttactcagtg
tcagatgctgtggctacttactacctgtacatgaaatacgtccaccccttcatattcgcc
ctgtgcaccattattcccatggaacctgatgaggtgctgcggaagggctccgggacactg
tgtgaagccttgctgatggtgcaagctttccatgccaacattatcttccccaataagcaa
gagcaggagttcaacaagctgacagatgatggccacgtgctagatgctgagacctacgtc
gggggccatgtggaggcactagagtctggtgtcttcagaagtgatatcccctgccggttt
aggatgaatcctgcagcctttgatttcctgctgcaacgagttgagaagactatgcgccac
gcaattgaagaagaagagaaggtgcctgtggaacaagccaccaactttcaagaggtgtgt
gagcagattaagaccaagctcacctccctaaaagatgttcctaacagaattgagtgtcct
ctaatctaccatctagatgtgggggccatgtatcctaacataattcttaccaaccgccta
cagccttctgccatagtggatgaggctacctgtgctgcctgtgacttcaataagcctgga
gcaagttgtcagaggaagatggcctggcagtggaggggagaattcatgccagccagtcgc
agtgaataccatcggattcagcatcagctggagtcggagaagtttccccctttgtttcca
gaggggccagcacgggcctttcacgagctatcccgtgaagaacaggctaaatacgagaag
aggaggctggcagattattgccggaaagcctataagaagatccatgtgaccaaggtagaa
gagcgtctaactaccatctgccagcgggaaaactcattttatgtggacacagtgcgggcc
ttcagagacaggcgctatgagttcaaaggactgcacaaggtgtggaagaagaagctctcg
gcagctgtagaggtgggcgatgcatcagaggtgaagcgctgcaagaacatggagatcctt
tacgattcactgcagctggcgcacaagtgcatcctgaactccttctacggctatgtcatg
cgcaaaggagctcgctggtattccatggagatggctggtatcgtctgctttacaggagcc
aacatcatcacccaagcaagagaactgattgagcagatcgggaggcctttagaattggac
acggacggaatatggtgcgtcctacccaatagctttcctgaaaattttgtcatcaagaca
accaatgcaaagaaacccaaactgaccatctcctatcctggtgccatgttgaacatcatg
gtcaaggaaggctttaccaaccaccagtaccaggaactaacagagccttcgtctctcacc
tatgtcacccactctgagaacagtatcttttttgaagtcgatggaccataccttgctatg
atccttccagcctccaaggaagaaggcaagaagctgaagaaaagatatgctgtgttcaat
gaagatggttccttggctgaactgaaaggttttgaggtgaaacgccgaggggagttgcag
ctgattaaaatcttccagtcctcagtttttgaggccttcctcaagggcagcacattggag
gaagtgtatggctctgtggccaaagtggctgactactggctagatgtgctctatagcaag
gctgctaatatgcccgattctgaattgtttgagctgatttcggagaaccgctccatgtct
cggaagctagaagattacggggagcagaagtctacgtccatcagtacagcaaagcgcctg
gctgagttcctgggagaccaaatggtcaaagatgctggactgagctgccgctatatcatc
tcccgaaagccagaggggtctcctgtcactgagagggccattccacttgccattttccaa
gcagagcctacagtgaggaaacattttctccggaaatggctaaagagttcatcacttcaa
gactttgatattcggacaattctggactgggactactacatagagcggctggggagtgcc
atccagaaaatcatcaccatccccgcagctctgcagcaggtgaagaacccagttccacgt
gtcaaacatccagactggctacacaaaaaactactagagaagaatgatatctacaaacaa
aagaagatcagtgagctctttgtgcttgaaggaaagagacagattgtgatggcccaggct
tcagaaaacagtctgagcctctgcactccagacatggaggacattggactcacaaagcca
caccactctacagtcccagttgctactaagaggaagcgagtctgggagacccaaaaggag
tctcaggatattgcactaactgtgccctggcaagaggtcttagggcagcctccctccctt
ggaaccacacaggaagagtggttggtctggctccagttccacaagaaaaagtggcagctg
caggcccaacagcgcttagccctcaggaagaagcaacgcttagagtcagcagaagatatg
ccaagacttggggctatccgagagggaccttccacaggactggggagcttttttcgaagg
actgcccgcagcatcatggaccttccatggcagataatacagatcagtgagaccagacag
gctggtctgttccggctgtgggctatcattggcaatgacttgcactgcatcaagctgagt
atccctcgagtattctatgtaaaccagcgggttgccaaagcagaggatggacctgcatat
cggaaggtgaatcgggctcttcctcgttccaacattgtctacaatctctatgagtattca
gtaccagaggacatgtaccaagaacacatcaacgagatcaacactgagttgtcggtacca
gacattgagggcgtgtatgagacacaggtcccattgttattccgggccctcgtgcagctg
ggctgtgtgtgtgtggtcaacaaacagctgacaaggcacctttcgggctgggaagctgaa
acttttgccctcgagcaccttgaaatgcgttctctggcccagttcagctacttggaacca
gggagtatccgccatatctacctgtaccatcacactcagggccacaaggcactctttggg
gtctttatcccctcacagcgaagagcatctgtgtttgtgttggatactgtacgaagcaac
caaatgccagggctcagtgccctgtactcatcagaacacagcctgctgctggacaaggtg
gaccccaagctcctgcctcccccaaaacacacctttgaagttcgtgctgaaaccaacctg
aagaccatctgcagagccatccagcgcttcctgcttgcctacaaggaagagcgccggggg
cccacactcatcgctgtccagtctagctgggagctgtgtaggctgaccagtgagattcca
gtcttagaagagttcccactagtgcctgtccgagtggctgacaagatcagctatgcagtc
ctggactggcagcgccatggagctcgccgaatgatccggcactacctcaatttagacttg
tgcctttcacaggcctttgagatgagcaggtacttccacatccctgttggaaacctgcca
gaagacatctccacctttggctcagacctcttttttgcacgccacctccagcaccataac
cacctgctttggctatcccctacctctcggcctgacctgggtggaaaggaagctgatgac
aaccgccttgtcatggagtttgatgaccgagccactgtggagatcaatagttctggctgt
tactctactgtgtgcgtggagctggacattcaaaatctggcagtcaacaccatcctccag
tcccatcatgtcaatgacatggagggggctggcagcatgggcatcagcttcgatgtgatc
cagcaggcctccctagaggacatggtgacaggcaatcaagctgccagtgccctggccaac
tacgatgagacagccctctgctctagtaccttcaggatcctgaagagcatggtggttggc
tgggtaaaggaaatcacacagtaccacaacatctacgctgacaaccaggtaatgcacttc
taccgctggctccagtcaccgtgctctctgctccatgacccagcccttcaccggacgctg
cacaatatgatgaagaagctcttcctacagctcgttgctgagttcaagcgcctggggtca
tcaatcgtctatgccaacttcaatcgcatcattctctgtacaaagaagcgccgaatagag
gatgcccttgcctatgtggaatatatcaccaacagcatccattctaaagagatctttcat
tccctgaccatctctttctctcgatgctgggaattccttctctggatggatccatccaac
tatggtggaatcaaaggaaaagttccatctagtattcactgtggacaggtaaaagagcaa
gactcccaggcaagggaggaaactgatgaagaggaggaggacaaggaaaaggacgaggag
gaagaggacatgggggagtccgaggttgaggacttactggagaacaattggaacattcta
cagttcttgccccaggcagcctcttgccagagctacttcctcatgattgtttcagcatac
atcgtagctgtgtaccaaagcatgaaggaagagttgagacacagtgccccgggcagtacc
cctgtgaagaggaagggggccagccagttctcccaggagtctgaaggggcagctggatct
cttcctggaatgatcactttctctcaagattatgtggcaaatgagctcactcagagcttc
ttcaccattactcagaaaattcagaagaaagtcacaggttctcggaacaccactgagccc
tcagagatgttccccgtcctccctggttcacacttgctgctcaataatcctgctctggag
ttcatcaaatatgtgtgcaaggtactgtctctggatacaaacatcacaaatcaggtgaat
aagctgaacagagaccttcttcgcctggtagacgttggtgaattctctgaggaggcccag
ttcagagacccctgccactcctacgtgctccctgaggtaatctgccacagctgtaatttc
tgccgagacctggacctgtgcaaagattcctctttctctcaggatggagccatcctgcct
cagtggctctgttccaattgtcaagccccctatgactcatctgccattgagtcagccttg
gtggaaaccctgcagaggaaactgatggccttcacacttcaggacctggtatgcctcaag
tgccgtggtatgaaagagacccatatgccagtgtactgcagctgcgcaggggactttgct
ctcaccatccgcactgaggtcttcatggaacagattagaatcttccagaacattgccaag
tactacagcatgtcatatctccaggagaccatagaatggctgctacagacaagccctgta
tcaaactgttag

  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)   
   Ensembl (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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