KEGG   Spinacia oleracea (spinach): 110791677
Entry
110791677         CDS       T05137                                 
Name
(RefSeq) DNA polymerase epsilon catalytic subunit A-like
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
soe  Spinacia oleracea (spinach)
Pathway
soe03030  DNA replication
soe03410  Base excision repair
soe03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:soe00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    110791677
   03410 Base excision repair
    110791677
   03420 Nucleotide excision repair
    110791677
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:soe03032]
    110791677
   03400 DNA repair and recombination proteins [BR:soe03400]
    110791677
Enzymes [BR:soe01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     110791677
DNA replication proteins [BR:soe03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    110791677
DNA repair and recombination proteins [BR:soe03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      110791677
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 HOOK_N
Other DBs
NCBI-GeneID: 110791677
NCBI-ProteinID: XP_056686514
Position
6:133197125..133224658
AA seq 2216 aa
MNRDFRRRDQRDDRRKKKQQLSVRTAEEELESKLGFDVFTEGDKRLGWLLTLSSSSLQDR
DSGNVSSCVDLYFVTQDGSSFKVKYKFRPYFYAATKEKMETDVESYLRRRYENDIANIEI
MEKEDLDLKNHLSGLRKSYLKISFDTVQQLMSVKNDLLRVVDRNKTKFEAAQAYESIITG
KGQQRPQDFVDCITDLREYDVPYHVRFCIDNDLRCGQWYDVGISSTGVVLEKRIDLLQRA
EVHVCAFDIETTKLPLKFPDSEYDLIMMISYMVDGEGYLIINRECVGEDIEDLEYTPKPE
FKGEFSVTNVKNEEELLKHWFSHMRDKKPGIYVTYNGDFFDWPFLERRAAHHGLKMSDEI
GFQCDMVQGECRARFSCHLDCFAWVKRDSYLPQGSQGLKAVTKAKLGYDPLEVNPEDMVR
FAKEKPQMMASYSVSDAVSTYYLYMTYVHPFIFSLATIIPMPPDEVLRKGSGTLCEMLLM
VQAFEANVICPNKHQSEPEKFYNNKLLESETYIGGHVECLESGVFRSDLPTSFKVDPSAY
QQLIDNLDRDLQYAIKVEGKMDLDSVSNYDEVKGEIKQKLSCLRDDPVREESPLIYHLDV
AAMYPNIILTNRLQPPSIVTDEDCTACDFNRPGKTCLRTLEWVWRGETYTAKKSDYKHLK
RQIESESAGSIHGQHSKSFLDLPKADQQSKLKERLKLFCQKAYKRVLDKPSTELREAGIC
MRENPFYVDTVRSFRDRRYEYKGLNKVWKGKLSDAKASKDPLKIQEAQDMVVVYDSLQLA
HKCILNSFYGYVMRKGARWYSMEMAGVVTYTGAKIIQNARLLVEKIGRPLELDTDGIWCA
LPGSFPENFTFKTKDSKRKLTISYPCVMLNVDVARNNTNDQYQTLKDPVNRTYATHSECS
IEFEVDGPYKAMIIPASKEEGILIKKRYAVFNDDGTLAELKGFEIKRRGELKLIKVFQAE
LFDKFLNGSTLEECYAAVAAVADRWLDLLDSQGKDIADSELLHYISESSTMSKSLADYGQ
QKSCAVTTAKRLADFLGDTMVKDKGLLCQYIVASEPKGTPVSERAIPVAIFETEIELMKF
YVRKWCKTSSDVGIRSIIDWSYYKQRLSSAIQKIITIPAAMQKVANPVPRVVHPDWLHKK
VREKEDKFRQKKIKDIFSSKRDAMEKADAASNSVDNGIDKHKVLDLEDFGNSSGTGVGSR
PVVHSYKVNGQHTLQTTTLNHQSQHESTYTHDGSFIEIDKTDDYAGWLEQKKRKWKQNRE
KRKRQRLSNAKTPKQATGVSDLHESLTNRKRNLGKTGVTSYFRRQELSLTSSYWQVMQLV
PSDFPGQFFAWVIVEGSMLKVPITVPRAFYLNSKAPITEEFPGKRVNKILPHGHRSYNLI
EIIIDEKEFREESKRLMAHLADPEVEGIYETKVPPELNALLQIGCVCKVDKAAKKRNVQA
IWSLNELQMKTTAECRYLDNSLPFFYLYHSCCEGRAVYGGYFPVSNMISFVVVDPHQNRS
LNPTNIKRFYHEVCQALSVESSISQSVISYKVDYVVQNDEAEKIMQKIITGHRPDNHRPG
LAVIECPNVHLLKSGIQALNDLPCVSIPANARDSHYPAVGWQTVAAKIALQRCASSTQWL
NERISLSRYAHVPLGNLELDWIIYTIDIFFSRALRDQQQVLWISNDGLPDLGGFSEEDAC
FVDEVNQPVLVYPGAYRKISVELKIHHLVVNALLKSSQINEIEGSGLHGFEQDTDSNLCT
SSEQYDFDESTFCGPAFRVLKQLVQRCLQDAVTSGNVYADAILQHLYRWLCSPQSKLHDP
ALYRMLCKVMQKVFALLLAEFRKLGATVIFANFSKVILDTGKADLAAARAYCDSLLKALQ
TRDMFEWIEIEPQHFWHSLLFMDQFNYGGIQAKDQDETSTSISASSSRCLPGDLQVDIVS
SWNIAEHLPKSTQDHFVVMISEFMYKPWEYALSHAANEAFLGDGDLCTPSITAPIAEKFE
SHLTEYLKDQISSYFSKSLFTIVREITHHSKGTKRLQSDEELLQVDPQLTGLAHTEDVAL
EFIKHICAVLAMDQNVQHDVLVMRRNLLRLVHVREFAPEAEFSPPPPSFVLPNIICSYCN
DVRDLDLGRDPSLLTQDWRCTVPQCGQPYDKEIMENSLLQIVRQRERLYHLQDLVCVKCH
MVKDSHLTEQCKCAGAFKCLEDASEFHKKMQVFYRIAEQQNFQLLRECISWILESR
NT seq 6651 nt   +upstreamnt  +downstreamnt
atgaaccgagatttccgacgacgtgatcaacgagatgatcggagaaagaagaagcagcag
ctatcagttcgaactgccgaagaagagctcgaatctaagttagggtttgatgtttttacc
gaaggcgataagcgcctcggttggctgcttacattatcatcttcgtctctccaagatcgg
gatagcgggaatgtaagcagttgcgtagatttgtattttgtcactcaggacgggtctagt
ttcaaggtgaagtacaagttccggccttatttttacgcggccacaaaagaaaaaatggag
actgatgtagagtcatatcttaggcggcggtatgagaacgacatagccaacatcgaaatt
atggagaaggaagaccttgatcttaaaaaccacttatctgggttacggaagtcatacttg
aagatatcatttgatacagtccaacagttaatgagtgttaagaacgacctgttacgagtt
gttgatagaaacaaaacaaagtttgaagccgctcaagcgtatgagtcaatcatcactgga
aaagggcaacaaagacctcaagattttgtagattgcataactgatctccgtgaatatgat
gtaccttatcatgtccgattttgtattgataatgatttgagatgtggacaatggtatgat
gtcggtatatccagcactggtgttgtgcttgagaagaggattgatttgttgcaacgagct
gaagttcatgtctgcgcatttgatatagagactacaaaacttcctttaaaatttccagat
tctgagtatgatttgataatgatgatctcatacatggttgatggagaaggatatttgatt
ataaaccgagagtgtgttggggaagatatagaggatctggagtacactccaaaaccagaa
tttaaaggagagttcagtgtcacaaatgtgaaaaatgaggaggagcttttaaaacactgg
ttttctcatatgcgagataaaaagcctggtatatacgttacatacaatggagatttcttt
gactggccatttttggaacgcagagcagcccaccatggtttaaaaatgagcgatgagatt
ggttttcagtgcgatatggttcaaggtgaatgtcgtgctagattttcctgccaccttgac
tgctttgcgtgggtgaagcgtgacagttatcttcctcaagggagtcagggcctgaaggct
gttaccaaagcaaaattaggttatgacccattggaggtgaatcctgaagatatggttcgt
tttgctaaagaaaagcctcagatgatggcgtcttattctgtttctgatgctgtttcaact
tattacttgtatatgacgtatgttcatcctttcatattttccctcgccaccataataccc
atgcctccagatgaggttttgcggaaaggaagtggaactctttgtgagatgctattgatg
gtccaggcatttgaggcaaacgttatctgtcctaacaaacaccagtctgaaccagaaaaa
ttctacaacaataaacttttggagagtgaaacttacattgggggtcacgtggagtgcctt
gagagcggtgtttttagatctgatcttccaactagtttcaaagttgacccatctgcatat
cagcaactgattgacaaccttgatcgggatctgcaatatgcaattaaagtggaggggaag
atggacttggattcagtctcaaattacgatgaagttaagggtgaaattaaacaaaagctt
tcttgcttacgagatgatcctgtacgtgaagaatcccccctgatatatcatttggatgtt
gctgctatgtacccgaatattattctgacaaacaggcttcagcccccatcaatagttaca
gacgaggactgtactgcttgtgatttcaatcgccctggaaaaacttgtctccgaacactt
gaatgggtttggcgtggagaaacttacacggcaaagaaaagtgattacaaacacttgaag
aggcagatagaatcggaatcggcgggtagcattcatgggcaacattctaagtctttcctt
gaccttccaaaggcagaccagcagtctaagttaaaggaacgtcttaaattattttgtcag
aaggcgtataagagggttcttgacaagccttctaccgagcttcgagaagctggaatctgt
atgagggaaaatccattttatgttgacaccgtgcgcagctttcgagatagaagatatgaa
tataaaggactcaataaagtctggaagggaaagttgtctgatgcaaaagcaagtaaagat
cctcttaagatccaggaagctcaggatatggttgttgtctatgattctttgcagcttgct
cataagtgtatcctcaattcattttacggatatgtcatgcgcaagggtgcaagatggtat
tccatggaaatggctggggttgtcacttatacaggagccaaaatcattcaaaatgctcgc
ttattggttgagaaaattggtcgaccactcgagctagatacagatggaatctggtgtgca
ttacccggttcatttcctgagaacttcaccttcaaaacaaaagattcaaagaggaagctg
acaatctcttatccatgtgtgatgcttaatgtagatgtagcgagaaataatacaaacgat
cagtaccagacactgaaggatcctgtcaatagaacatacgcaacacatagtgaatgctca
attgagtttgaagtggacggcccttacaaggccatgataattccagcctccaaggaagaa
gggatacttatcaagaagcgctatgcagtttttaatgatgatggaacccttgcagagctt
aaaggttttgagatcaagcgcagaggtgagcttaagctcatcaaagtttttcaggctgag
ctttttgacaagtttctcaatggatcgactttagaagagtgctatgcagcagttgctgca
gttgccgaccgctggcttgatcttcttgatagccaagggaaagatatagcagatagtgag
ctgctacattacatttctgaatcaagcacaatgagcaagtctttggcggactacggtcaa
cagaaatcttgtgcagtgaccactgccaagcgtcttgctgattttcttggagataccatg
gtcaaagataaagggctcctctgtcagtacatagttgcatctgagccgaagggaacacca
gtaagtgagcgagctattcctgtcgcaatattcgaaactgaaattgaacttatgaagttc
tatgtgcgaaaatggtgcaagacatcgtcggatgttggcattagatccatcattgactgg
tcttattacaagcaacgtctaagttcagccattcagaaaatcataacaattccagctgca
atgcagaaggtcgcgaacccagtacctagggtggttcatcctgactggttacacaagaaa
gtcagggaaaaggaagacaaatttcgccaaaagaaaataaaggatatattctcttctaag
agggatgcaatggaaaaagctgatgctgcttctaactctgtagataatggaatagataaa
cacaaagttctggatttggaggactttggaaactcaagtggaaccggggttggtagtaga
cctgttgtgcatagttataaagtaaatggacagcatactttgcaaacgacaaccttaaat
caccaaagtcaacatgaaagtacatatacacacgatggcagctttattgaaatagataag
actgacgactatgcaggatggcttgagcagaagaagcgaaagtggaaacagaaccgagag
aaacgaaagagacaaaggttatctaatgcaaagacaccaaaacaagctactggtgtttca
gacttacatgagagcttgactaatcggaaaagaaatctggggaaaacaggagttacttcc
tacttcagaaggcaagaattgtctctcacaagcagctactggcaggttatgcagcttgtc
ccaagtgattttcctggtcagtttttcgcttgggttattgtggaaggtagcatgcttaag
gttccaatcactgttcctagagcgttctatctcaattccaaagctccaataactgaagaa
tttcctggaaaacgtgttaacaagattcttcctcatggacatcgcagctacaacctgatt
gagataataattgacgagaaagaattcagagaagaaagcaagagacttatggctcatctt
gcagatccagaagtcgagggcatttatgaaaccaaggtgccaccagaacttaatgctttg
ctccagattggatgtgtctgtaaagttgataaagcagctaagaaacgaaatgttcaagct
atctggagtctgaatgaattgcagatgaagaccacagcggagtgtcgatatctggacaat
tctctcccctttttttacttatatcacagttgctgtgaagggagagctgtatatggtgga
tacttccctgtgtctaacatgatttcctttgttgtggtggatccccaccagaaccgaagt
ttgaatcctactaacattaagagattttatcatgaagtttgccaagctttatctgtggaa
tcttcaatttctcagagtgtcatatcatacaaggtggactatgttgttcaaaatgatgaa
gctgaaaagatcatgcagaaaataataactggacacaggccggacaatcacagacctggc
cttgctgtcatcgagtgtccaaatgttcatctattgaaatcaggtatacaagcgttaaat
gatcttccatgtgtgagcatccctgccaatgctcgcgatagtcactacccggctgttggt
tggcaaactgtggcagcaaaaattgctctgcagagatgtgcatcatcaactcaatggtta
aatgagaggatttctctctcaagatatgcccatgtacccctggggaaccttgaacttgat
tggattatatacactatagatatcttcttctcaagagcattacgggatcaacaacaggta
ctttggatttctaatgacggtcttccagatcttggtggctttagtgaagaggatgcatgc
ttcgttgatgaggtcaatcaacctgttcttgtttaccctggagcatatagaaagatttct
gtggagctaaagatacatcacttggttgttaatgcccttctgaagagcagccaaattaat
gaaatagagggcagtggtttacatggttttgagcaagacacagattcaaatctatgtaca
tccagtgaacaatatgactttgatgagtcgaccttctgtggacctgcatttcgggtattg
aaacaactagtacaaagatgcttacaagatgcagtcacttcaggaaatgtgtatgctgat
gcaatattacaacatctatatcgctggctttgtagcccacaatcgaaacttcatgatcca
gctctatatagaatgctttgcaaggttatgcaaaaggtgtttgcattgctattggcagag
tttcgcaaattgggtgctacagtcatttttgcaaatttttccaaggttatattagacact
gggaaagccgatttagctgcagcaagagcttattgtgatagtctactaaaagcactacag
acaagggacatgtttgagtggattgagattgaaccacaacacttttggcactccttgctt
ttcatggatcaatttaactatggaggaatacaggccaaagaccaggatgaaacttctacc
agcatttctgcatcctctagcagatgtttacccggtgatctacaagtagacattgtgtcg
agttggaatattgctgaacacttgccaaagagtactcaggaccattttgttgtaatgatc
tctgagtttatgtataaaccatgggagtatgctctgagtcatgctgcaaatgaagcattt
cttggggatggcgacttatgtacaccatcaatcacagctccaatcgccgagaagtttgag
tcgcatttgactgaatatctcaaagatcagatcagctcttatttctctaaatcacttttt
acgatcgtccgtgagataactcatcactcaaagggaacaaagaggcttcagagtgatgaa
gaattgttacaagtggaccctcagctaactggccttgctcatacagaggatgttgctttg
gaatttatcaaacacatttgtgctgttttggctatggaccaaaatgttcagcatgatgtt
ctggttatgagaaggaatttgctaagactagtacatgtgagagagtttgctccagaagca
gagttttctcctcctccaccatcttttgtattaccaaacatcatctgcagctattgcaat
gatgtccgagatcttgacctgggaagagacccgtcactactcacacaagattggcggtgt
acagtgccacagtgcgggcagccttacgacaaagagataatggaaaactcacttcttcaa
attgtgagacagcgtgaacgcctttaccatctgcaagacttggtatgtgtgaagtgtcat
atggtgaaagatagtcacttgactgagcagtgtaaatgtgccggtgcttttaagtgcctg
gaagatgcatctgaatttcacaagaagatgcaagttttctatagaattgcagagcaacaa
aatttccaacttttgagagaatgtatctcatggattttagaaagtaggtaa

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (23)   

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