KEGG   Alligator sinensis (Chinese alligator): 102383079
Entry
102383079         CDS       T02922                                 
Symbol
POLE
Name
(RefSeq) DNA polymerase epsilon catalytic subunit A
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn03030  DNA replication
asn03410  Base excision repair
asn03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:asn00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    102383079 (POLE)
   03410 Base excision repair
    102383079 (POLE)
   03420 Nucleotide excision repair
    102383079 (POLE)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:asn03032]
    102383079 (POLE)
   03400 DNA repair and recombination proteins [BR:asn03400]
    102383079 (POLE)
Enzymes [BR:asn01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     102383079 (POLE)
DNA replication proteins [BR:asn03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    102383079 (POLE)
DNA repair and recombination proteins [BR:asn03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      102383079 (POLE)
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 APP_N
Other DBs
NCBI-GeneID: 102383079
NCBI-ProteinID: XP_006034675
UniProt: A0A1U7SMU9
Position
Unknown
AA seq 2244 aa
MDAQFGFERMKDPGEKTGWLINMHPTEILDEDKRLVSSVDYYFIQEDGSRFKVALPYKPY
FYIATRKGCEREVSSFLSKKFQGKIAKLETVPKEDLDLPNHLVGLKRNYIKLSFSTVDDL
VKVRKEISPAVKKNQEQDQASDAYTSMLSSVLTGSSLTTDDAEPLKKTANQMDNIIDMRE
YDVPYHVRLSIDLKIHVAHWYNVRYRGNVYPPEITRRDDLVERPDPVVLAFDIETTKLPL
KFPDAETDQIMMISYMIDGQGYLITNREIVSEDIEDFEFTPKPEYEGPFCIFNEPDEAHL
IRRWFEHIQETKPTIFVTYNGDFFDWPFVEARAAVHGLNVHQEIGFQKDSQGEYKTSQCI
HMDCLRWVKRDSYLPVGSHNLKAAAKAKLGYDPVELDPEEMCRMATEEPQTLATYSVSDA
VATYYMYMKYVHPFIFALCTIIPMEPDEVLRKGSGTLCEALLMVQAHHANIIFPNKQEQE
FNKLTEDGHVLDSETYVGGHVEALESGVFRSDIPCRFKMNPAAFDFLLQRVEKTLRHAIE
EEEGLPLDQVTNFQEVCDEIRVKLNSLKDVPNRIECPLIYHLDVGAMYPNIILTNRLQPS
AMVDEATCAACDFNKPGANCQRRMTWQWRGEFMPASRSEYHRIQQQLESEKFPSFYPDGP
PRAFHELSREEQAKYEKKRLADYCRKAYKKIRVTKVDERVTTVCQRENSFYVDTVRAFRD
RRYEFKGLHKVWKKKLAAAMEIGDASEVKRCKNMEILYDSLQLAHKCILNSFYGYVMRKG
ARWYSMEMAGIVCFTGANIITQARELIEQIGRPLELDTDGIWCVLPNSFPENFVIKSNNV
KKPKVTISYPGAMLNILVKEGFTNDQYQELVDPTSLTYVTRSENSIFFEVDGPYLAMILP
ASKEEGKKLKKRYAVFNEDGSLAELKGFEVKRRGELQLVKIFQSSVFEAFLKGTTLEEVY
ASVAKVADYWLDVLYSKAANMPDSELFELISENRSMSRKLEDYGEQKSTSISTAKRLAEF
LGDQMVKDAGLSCRFIISKKPEGSPVTERAIPLAIFQAEISVRKHYLRKWLKSPSMQDFN
IRAILDWDYYIERLGSTIQKIITIPAALQQVKNPVPRVRHPDWLHKKLLEKNDIYKQKKI
SELFTSEGKRQVTTNQPQERTPNPQVADMEDFGTIKPLQPLMPIASKRKRISAAVESQQA
SQNLELTQSWREILGPPPPLGTTKEERLVWLRYHKKKWELQARQRQERQKKRRLEDGGVV
LGGGVIRDASSTGLSSYLRRTARSILDLPWQIVQVAETSQPGLFRLWAVIGNDLHCMKLS
ISRLFYVNQRIAKPEEGAIYRKVNRILPRSNLIYNLYEYSVPEDMYQEHINEINADLSAP
DIEGVYETQVPLLLRALIHLGCVCMVNKQLVRHLSGREAETFSLEHLEMRSLAQFSYLDP
GSIRHIYLYHNSQSRKALFGLFIPSQRKASIFVLDTVRSNQMPNLTSMYSSEHSTMLAKV
GEELLPPDKHTFEVRAETDLKTVYRAIQRLLLGYKDERRGPTLIAVQSNWDLKQLVSGIP
VFEEFPLVPVRVTDDISYGVLDWQRHAARHMIRQYLSLDMCLSQAFEMSRYYHIPIGNLP
DDISIFGSDLFFSRHLHRHNHLLWLSPTSRPDLGGKEADDNRLVMEFDDRASVEINNPGC
YSTVCLELDIQSLAVNTILQSHHINDMEGASSVSISFDVIQQASLEDMVTGNQAANIPAS
YDETALCSNTFRILKSMVVGWVKEITQYHNIYADNQVIHFYRWLRSPSSLLYDPVLHRTL
HNMMKKLFLQLVTEFKRLGSSVVYANFNRIILCTKKRRIEDAIGYMEYIINSIHSKEIFH
SLTISFSRCWEFLLWMDPANYGGIKGKVPSNIHYGEKDTNKRQEVDEEDSEEEEEGEAEA
SEEQDGEASVEDLLENNWNIVQYLPQAASCQSYFLMIVSAYIVAVYHSMKEEMRRNTPGS
TPIKRRTNSQASQEVVGETGAMPGMITFSQDYVSNELTQSFFTITQKIQKKMSGSRNASE
PSETFPVLPGSYLPLTNPALEFIKYVCKVLSLDANITNQVNKLKRDLLRLIEVGEFSEEA
QFQDPCRSYVLPEVICRNCNFCRDLDLCKDPALSQDGSVLPSWVCSNCQAEYNSDSIEKA
LVEALQKKLMAFTLQDLMCVKCKGVKESHMPVYCSCAGDFNLMIQTKTFVEHINIFQNIA
RHYNMAYLLETIEWLLQMNPQLLR
NT seq 6735 nt   +upstreamnt  +downstreamnt
atggacgcgcagtttgggtttgagcggatgaaggaccctggcgagaagaccggctggctg
atcaacatgcacccgacagagatcctggatgaagataagcgcttggtcagctctgtggat
tattatttcatccaggaggatggaagtaggtttaaggtggccctgccctacaagccatac
ttctacattgcaactcgaaagggctgtgaacgagaagtatcttccttcctttccaagaag
tttcaagggaaaattgcaaagctggaaactgtgccgaaagaggatttggatttgccaaat
catctggtgggtctgaagcgaaactacatcaaattgtccttcagcacagtggatgacctg
gtgaaggtgcggaaggagatctctcctgcagtaaagaagaaccaagagcaagaccaggca
agcgatgcctacacatccatgctatccagtgtactaactggcagcagcctgaccacagat
gatgcagagcctttgaaaaagacagccaaccagatggacaacataattgatatgcgggag
tatgatgtcccataccatgttcgcctgtccattgatctgaagatccatgtggctcattgg
tacaatgtccgctaccgtggcaatgtctaccctccagaaatcactcgcagagatgacctg
gtagagcgaccggatcctgttgttctagcctttgatatcgaaaccaccaagctccccctg
aagttccctgatgcagagacggaccagatcatgatgatctcttacatgattgatggtcag
ggctacctgatcacaaacagagagattgtctctgaggatattgaagattttgagtttact
cctaagccagagtatgaaggccctttctgcatctttaatgagccagatgaggcccattta
attcggaggtggtttgagcatatccaggagaccaaacccaccatctttgtcacttataat
ggagacttctttgactggccctttgtggaagccagagcagcagttcatggactgaatgtg
catcaggaaattggattccaaaaagacagtcaaggggagtacaaaacctcacaatgcatc
cacatggactgtctcagatgggtaaagagagacagttacctcccagtaggaagccacaac
ctgaaagcagcagctaaagcaaagctgggttatgacccagtggagctggaccctgaagag
atgtgccggatggctacagaggaacctcagactctggccacctattcagtgtctgatgca
gttgctacatactatatgtacatgaagtatgttcaccctttcatctttgccttgtgcacc
atcattcccatggagcctgatgaggtgttacggaagggttctggaacgctgtgtgaggca
ctgctgatggtccaggcccatcacgccaacataatcttccccaacaagcaagagcaggaa
ttcaacaagctcaccgaggatggtcatgtgctggactctgagacttatgttggtggccat
gtggaggcactggagtctggggttttccgcagtgacatcccatgtcgcttcaaaatgaat
cctgctgcctttgacttcctgctacagcgtgtggagaagaccttaagacatgccattgag
gaagaagagggtttgccattggatcaagtcaccaatttccaggaggtttgtgatgaaatc
agagtcaagctgaattccttgaaggatgttcctaatcggattgagtgtccccttatatac
catctggatgtgggagccatgtatcccaacatcattctaacaaataggttgcagccctct
gcgatggtggacgaggccacatgtgctgcctgtgactttaacaagccaggtgccaattgt
cagcgtcgcatgacctggcaatggagaggggaattcatgcctgcgagccgcagtgagtat
caccgcatccagcagcagctagagtcagagaagtttccttcattctacccagatggacca
ccccgtgcctttcatgagctctcccgtgaggaacaggccaagtatgaaaaaaagcgatta
gcagattactgccggaaggcctataagaagatacgtgtcaccaaggtggatgaacgcgtc
accactgtttgtcagcgggagaattcattctatgtggacactgtgcgagctttcagagac
cgtcgctacgagttcaaggggctgcataaggtgtggaagaagaagctggctgcagccatg
gagattggagacgcctccgaagtaaagcgctgcaagaatatggagatcctgtatgactct
ttgcagctggctcacaagtgtattctcaactctttctatggctatgtcatgcgcaaaggg
gctcgctggtactccatggagatggctggaattgtttgcttcactggagcaaacatcatt
acgcaggccagggaactgatagagcagattgggaggcccctggagctcgacactgatgga
atctggtgcgtccttcccaacagcttcccagaaaactttgtaatcaaatcaaacaacgta
aagaagcccaaagtgaccatctcatatccaggtgccatgctgaacatcctagtgaaggaa
ggcttcacaaatgatcagtaccaagagcttgtggatccaacctcactcacctatgtcacc
cgatcagagaacagcatcttctttgaagtggatggaccatacctggccatgatcctacca
gcctccaaggaggaaggcaagaagctaaagaaaaggtatgcagtgtttaatgaggatgga
tcccttgctgagctgaaaggttttgaagtgaagcggcgtggggagctgcagctagttaag
atcttccagtcatcagtgtttgaggccttcctgaagggcacaacactggaagaagtctat
gcttctgtggccaaggtggctgactactggcttgatgtgctttacagcaaggctgccaac
atgcctgattctgagctttttgagctcatttctgagaatcgctccatgtcccgcaaactg
gaggattatggagaacagaaatctacctccatcagcacagccaaacgtttggctgagttc
ttaggagaccagatggtaaaagatgctgggttgagctgccgattcatcatctccaagaaa
ccagaagggtctccagtcactgagagggccatcccgctggctatcttccaagcagagatc
agtgtacggaagcattatctccggaaatggttgaagagtccctccatgcaggacttcaac
ataagagcgattctggactgggactactacattgagagattgggcagcaccattcagaag
atcatcaccatcccagcagcactgcagcaagtaaagaatccagtgccccgtgtccgacac
cctgactggctgcacaagaaactcctggagaagaatgacatatacaaacagaagaaaatc
agtgagctcttcactagtgaaggcaagagacaggtcactaccaaccagcctcaggagaga
actccaaacccacaggttgctgatatggaggattttggaaccatcaagccacttcaacca
ttgatgcccattgcaagtaagcgcaagaggatctcagcagcagtggagagccagcaggca
tcccagaacctggagctgacccagtcctggagggagatcctgggcccacctccacctttg
ggcaccaccaaggaggagcggttggtctggcttcgctaccacaagaagaagtgggagctt
caggctcggcagagacaggagcgccagaaaaagcggcgattagaagatggaggggtagtt
ctgggcggaggggtgatcagggatgcatcttccacaggccttagcagctacctgcgtagg
acagcacgcagcatcctggatctgccttggcagatagtacaggttgctgagactagccag
cctggcctattcaggctgtgggctgttattggaaatgacctgcattgtatgaaattgagt
atctcaaggctattctatgtcaatcagcgcattgcaaagccagaggagggagctatctat
agaaaggtgaatagaatcctgccccgctctaacctcatctataacttatatgaatactcg
gtccctgaagacatgtaccaagaacacatcaatgagatcaatgctgacctgtctgcccca
gacattgagggagtgtatgagactcaggtgccattactgctgcgtgccttgatccatctg
ggctgtgtatgcatggtcaacaaacagctggttaggcacctctctggtcgggaggctgaa
accttcagcctagagcacttggagatgcgttcactggcccagttcagctacctagaccca
ggaagcatacgacatatctatctctaccacaactcccaaagcagaaaggcactctttggc
ctcttcatcccatctcagcgcaaagcctcaatatttgtgctggacacggtacgcagtaac
caaatgccaaacctgaccagtatgtactcatcagagcatagcactatgctggcaaaggtg
ggcgaggagctgctccctcctgacaagcacacattcgaggtgcgagctgaaactgacctt
aagaccgtctatagggctatccagagacttctgctgggctacaaggatgaacgtcggggc
cccacactgattgctgtacagtccaactgggaccttaagcagttggtgagtgggattcct
gtcttcgaagagtttccactggttcctgtccgggtgacagatgacatcagctacggagtt
ctggactggcagcgccatgctgctcgccatatgatccgtcagtacctcagcctggacatg
tgcttatcccaagcctttgagatgagcaggtattatcacattcccattgggaatctccct
gatgacatctccatctttggttctgaccttttcttctcccgtcacctccatcgtcacaac
cacctgctgtggctctcgcctacatcccgcccagatcttgggggcaaggaggcagatgac
aatcgcctggttatggaatttgatgaccgagcctcagtggagataaacaaccctggctgc
tactccacagtgtgtctggagctggatatccagagcctggctgtaaacaccattctgcag
tcccatcacatcaacgacatggaaggagcctctagcgtaagcatcagctttgatgtgatc
cagcaggcatctcttgaggacatggttacagggaaccaggctgctaacatcccagctagt
tatgatgagacagcactctgctcaaacactttcaggattctgaagagcatggtggtgggc
tgggtgaaggagattacacaataccacaacatctatgcagataaccaagtgatccatttt
tatcgctggcttcgctcaccatcctcattgctgtatgacccagtattgcaccggacactg
cataatatgatgaagaaactcttcctacagctggtaactgagttcaaacgtcttggctct
tcggtggtttatgccaacttcaatcgcatcatactgtgcaccaagaagcggcgtattgag
gatgccattggctacatggagtacattatcaacagcattcactcaaaagagatcttccac
tctttgaccatctcattctcccgctgctgggagttccttctctggatggacccagcgaac
tatggggggatcaaagggaaagtgccatctaacatccactatggagagaaagacaccaac
aaaaggcaagaggtagatgaagaggacagtgaggaggaggaagagggggaggcagaagca
agtgaggaacaagatggagaggccagtgtggaagacttactggagaacaactggaacatt
gtacaatacctaccccaagctgcctcctgccagagctatttcctcatgattgtgtcagcc
tacattgttgctgtgtatcacagcatgaaggaggagatgagacgcaatactccagggagt
acccctatcaagagaaggaccaacagccaggcctcccaagaagttgtgggggaaacaggt
gccatgccaggtatgatcactttctcacaggattatgtctctaacgagctcactcagagc
ttcttcacgatcacgcagaaaatccaaaagaagatgagtggttcccgcaatgcctcggag
ccctcagaaacgttcccagtacttccaggctcttacctgccactcaccaacccagctctg
gaatttattaagtatgtttgtaaggtgctgtccctagatgcaaatataaccaaccaagta
aataagctgaagcgagatctcctgcgcctgattgaagtcggtgaattctcagaggaagcc
cagtttcaggacccctgccgttcctatgtactccccgaggttatctgcaggaactgtaac
ttctgtagggaccttgatctctgcaaagaccctgctctctctcaggacgggtctgtgttg
cccagctgggtgtgttcaaactgccaggcagagtataattctgactccatcgaaaaagca
ttggtggaggccctgcagaagaagctgatggcctttacgttgcaggacttgatgtgtgtg
aagtgcaaaggcgtgaaggaaagccacatgcctgtgtactgcagctgtgcaggagacttc
aacctgatgatccagaccaagacctttgtggaacacataaacatctttcagaatattgcc
cggcactataacatggcctacctactggagaccattgagtggctgctgcaaatgaaccca
cagctcctgcggtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (42)   

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