KEGG   Sinocyclocheilus anshuiensis: 107704563
Entry
107704563         CDS       T04917                                 
Name
(RefSeq) LOW QUALITY PROTEIN: DNA polymerase epsilon catalytic subunit A-like
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh03030  DNA replication
sanh03410  Base excision repair
sanh03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    107704563
   03410 Base excision repair
    107704563
   03420 Nucleotide excision repair
    107704563
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:sanh03032]
    107704563
   03400 DNA repair and recombination proteins [BR:sanh03400]
    107704563
Enzymes [BR:sanh01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     107704563
DNA replication proteins [BR:sanh03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    107704563
DNA repair and recombination proteins [BR:sanh03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      107704563
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 CpXC CENP-B_dimeris
Other DBs
NCBI-GeneID: 107704563
NCBI-ProteinID: XP_016363007
Position
Unknown
AA seq 2287 aa
MVLQNSGRYKADRGGGDQDNQQDDASALSAVKRLERSQFTDGMDERFGFERMKEPGEKTG
WLINMHPTEILDDDKRMISAVDYYFIQEDGNRFKIALPYKPYFYIATKKNCEREVISFLS
KKFQGKVAKLEVVPKEDLDLPNHLVGLKRNYIKLSFNTVDDLVKVKREISPAVRKNRERE
KSNDAYTSMLSSALVGGSVVTEDEDGTWKKITEQLDNIVDMREYDVPYHVRVSIDLKIHV
AHWYNVRYRGSAYPPEIVRRDDLVERPDPVVLAFDIETTKLPLKFPDAETDQIMMLSYMI
DGQGFLITNREVVSEDIEDFEFTPKPEYEGPFTVFNEPDEASLIQRWFEHIHETKPNIFV
TYNGDFFDWPFVETRVTQLGLSMHREIGFQKDNXGEYKASQAIHMDCLRWVKRDSYLPVG
SHNLKAAAKAKLGYDPVELDPEEMCRMATEESQTLATYSVSDAVATYYLYMKYVHPFIFA
LCTIIPMEPDEVLRKGSGTLCEALLMVQAFHANIVFPNKQEQVFSKLTDVGHVLDSETYV
GGHVEALESGVFRSDIPCRFKMNPAAFDFLIQRVERTLRHASEEEEKIPLEQVTNFNEVC
DEIKRKLISLKEVPNRIECPLIYHLDVGAMYPNIILTNRLQPSAMVDEATCAACDFNKPG
ANCQRRMTWQWRGEIMPASRSEFHRIQQQLESEKFPPLFPNGPPRAFHVLNREEQTRHEK
KRLGDYCRKAYKKVHLTRLEERVTTICQRENSFYVDTVRAFRDRRYEFKGFHKVWKKKLS
TAQDNGDAAEVKRCKNMEILCESLQLAHKCILNSFYGYVMRKGARWYSMEMAGIVCFTGA
NIITQARELIEQIGRPLELDTDGIWCVLPNTFPENFVIKYTNEKKAKVTISYPGAMLNIM
VKEGFTNHQYQELVNPASLTYETRAENSIFFEVDGPYLAMILPASKEEGKKLKKRYAVFN
EDGSLAELKGFEVKRRGELQLIKIFQSSVFEAFLKGTTLEEVYASVAKVADYWLDVLYSK
AANMPAAELFELISENRSMSRKLEDYGEQKSTSISTAKRLAKFLGDQMVKDAGLSCRXVI
SRKPEGSPVTERAVPLAILQAEEXVKKHFLRKWLKMPSLHDLDIRSILDWGYYIERLGSA
IQKIITIMMIINQVKNPVPGVRHPDWLHKKLLEKNDIYKQKKISELFSSEGKRQVAHQTL
PAGETPDMEDFGAPQHPVQPVILISTKRKRISQGEDSQDESQEQELTNSQSWREILGPPP
VMGATREELLVWLCYHKKKWELQLRQRKERRKRRRLIGESQPTGGGVIRGGPTTRLGSFL
RRTARSILDMPWQIVQIAETSHLGFYKLWAVIGSDLHCMKLNIPRVFYVNQKVPKQEEGA
NCKKVNRILPRSGVVYYLYQYAVPEDMYQEHINEINADLSAPDIEGVYETQVPLLFRALV
QLGCMCMVNKQVVRDLAGREADTFDLEHLEMRSLAQFSYLEPGSVRHIYLYHHSQGHKAL
FGLFIPSQRKASIFVLDTVRSNQMPNLSSLYGAERTALLEKTTEELLPPEKHLFEVRAEN
DIKAIYRALQCILLNYKEERRGPTLIAVQSNWELRQLTAGMTVLEXFPVVPVHVIDEIIY
NVLDWQRHGARRMIKHYLNLDSCLSQAFDMARYYHLPVGNLPQDISIFGSDLFLARHLRK
HNHLLWLSPTTRPDLGGKEADDSRLVMESDERGSMEINSHGCYSTVCVELDIQSLAVNTI
LQSQHVNDMEGGASMGVSFDVIQHASLEEMMSGNQGANTVASYDETALCSNTFRILKSMV
VGWVREITQYHNVYADNQVMHFYRWLRSPSSLLYDPALACTLLNMMKKIFLQLVAEFKRL
GSSVIYGNFNRLILCTKKRRIDDAVAYVEYITNSIHSKEIFHSLSITFSRCWEFLLWMDP
SNYGGVKGKLPSSLLYGEHGNEKKKKKDVEEEDGSEEEEEDEENQGDDEEQDVEDDVEDL
IESNWNIMQYLPQTASCQKYFLMVISAYIAAVYHSMKQELRRNAPGATPIKRRGATQVSQ
QPTGDVSALPGMITFSQEYVSSELTHNFFTITQKIQKKVSSTRSVTLPSEMFPVLPGSHL
PLNNPALEFIKYVCQVLSLDANIVNQVNKLKRDLLRLVDVGEFSEDAQFHDPCKSYILPE
VICHHCNFCRDLDLCKDPAVSQDGSVLPQWFCSNCQAQYDTESIEMALVEALQKKLMSYT
LQDLECSKCKGVKEANMPLYCSCAGDFNLSFTTKSFTEQVEVFRNIAAHYNMNFLLENID
WVLSMNA
NT seq 6864 nt   +upstreamnt  +downstreamnt
atggttttacaaaacagtgggcgatataaagcagaccgaggtggtggagatcaggacaac
cagcaggatgatgcatcagctttgtccgccgtcaagcggctggagcgcagtcagttcact
gatgggatggacgagcgctttggcttcgaacggatgaaggaacctggggagaaaacggga
tggctgatcaacatgcacccgactgagattctggatgatgacaagcggatgatcagtgct
gtggactattacttcatacaggaggatggaaacagattcaagatcgctcttccctataag
ccgtatttctacatagccactaaaaagaactgtgaaagagaggttatttccttcctgtca
aagaagttccagggaaaagtggcaaagcttgaagttgtcccaaaggaagacttagatctg
cctaatcacctggtgggcctgaagaggaattacatcaaactctcttttaacacggtggat
gaccttgttaaagtgaaaagggagatctcacctgctgtccgcaagaacagagagagagag
aagtccaatgatgcctataccagcatgttatccagtgctttggttggtgggagcgtagtg
acagaggatgaggatggcacttggaagaaaattactgagcagcttgacaacatcgtagac
atgcgggaatatgacgtgccttatcatgtccgcgtttctattgacctgaagattcatgtg
gctcactggtacaatgtgcggtacagaggaagtgcctatcctcctgagattgtgcgcagg
gatgatcttgtggaaagacctgatcctgtagtgttggcttttgatattgagaccactaaa
ctcccactgaagtttcctgatgctgaaacagaccagattatgatgctatcatacatgata
gatgggcagggcttcctcatcacaaacagagaagtagtctctgaagacattgaggacttt
gagttcaccccaaaacctgaatatgagggccccttcactgtatttaatgaacctgatgag
gcctctcttattcagagatggtttgaacacatccatgagaccaagccgaacatttttgtc
acttacaatggagatttctttgactggccatttgtagaaaccagagtgacccagcttggc
ttaagtatgcatcgtgagatcggcttccagaaggacaatnncggggaatataaagccagc
caggctattcacatggactgcctcaggtgggtgaagagagacagttacctgcctgtagga
agtcataacctcaaggctgcagcgaaagctaagttaggctatgaccctgtagagctggac
ccagaggagatgtgccgtatggctactgaagaatcacagactctggccacctattcagtg
tctgacgctgtggccacatactacctttacatgaaatatgttcatcccttcatttttgcc
ctctgcactataattcctatggaacccgatgaggttttgcggaaaggctctggtaccctg
tgcgaggccttgctgatggttcaggccttccatgccaacattgtcttcccaaacaagcag
gagcaggtctttagcaaactcacagatgttggtcatgtacttgactctgagacttatgtt
ggtggccacgtcgaggctctagagtctggtgtgtttcgtagtgatatcccctgccgcttt
aaaatgaatccagcagcatttgacttcttgattcagagggtggagcgtactctccgtcat
gcaagtgaggaagaggagaagattccccttgagcaggtcaccaactttaatgaggtgtgt
gatgaaatcaagaggaagcttatctctctaaaggaagtgcccaatagaatcgagtgtcct
cttatttaccatctggatgtgggggccatgtaccccaacatcatccttaccaacagacta
cagccctctgccatggtggatgaggcgacctgtgccgcctgtgattttaataaacctggt
gcaaactgtcagcgcagaatgacttggcagtggagaggagagatcatgcctgcgagtaga
agtgagtttcatcgcattcagcagcaactggagtccgagaagtttccccctctctttcct
aatggtccacctcgtgctttccatgtgctcaacagagaagaacaaactcggcatgagaag
aagcggttgggagattactgtcgaaaagcctataagaaggttcacctgaccagactggaa
gagagagtcactaccatttgccagagagagaactctttttatgttgacacagttcgagcc
ttcagagaccgtcgatatgagttcaaaggattccacaaggtgtggaagaagaagctgtcc
acagcacaggataatggggacgcagcggaggtgaagcgctgcaagaacatggagattctc
tgtgagtctctgcaactggcgcacaagtgtatcctcaactccttctacggatacgtcatg
agaaaaggagcacgttggtactcgatggagatggcagggattgtctgtttcaccggtgcc
aacattatcacacaggccagagaactcattgagcagattgggaggcctctggagttggac
actgatggtatctggtgtgttcttcccaacacctttcctgagaactttgtcataaaatac
accaatgagaagaaggcaaaggtgaccatcagttatccaggagccatgctgaacatcatg
gtcaaggagggcttcacgaatcatcagtatcaagagctggtgaacccagcatctttaaca
tatgagaccagagctgagaacagtatcttctttgaagttgatgggccgtacttggctatg
atcctgcctgcctccaaagaagaaggaaaaaaactaaagaagaggtatgccgtgtttaac
gaggacgggtcgctggctgagctgaagggctttgaggtgaagagaagaggagaacttcaa
ctcataaagatcttccagtcatctgtgtttgaggccttcctgaaaggcacaactctagaa
gaggtttatgcctctgtggctaaagtggctgactactggcttgatgtgctctacagcaag
gctgctaacatgccagctgcagagttgtttgagctgatttcagaaaaccgctccatgtcc
cgtaagctggaagattatggtgaacagaagtccacctccatcagcacagccaagcgtctt
gccaagttccttggcgatcagatggtgaaggatgctggcctcagctgtcgcnntgtcatc
tcccgcaaaccggagggctcgcctgtcactgaaagggcggtccctctggccattcttcag
gctgaagagnnagttaaaaagcatttcctacgcaaatggctgaagatgcccagtctccat
gaccttgatattagatctattctggactggggttactatattgagaggttgggcagtgcc
atacagaagatcatcactatcatgatgatcataaatcaggtgaaaaatccagtacccgga
gtacggcatccagactggctgcataagaaacttctggaaaagaatgacatctacaagcag
aagaagatcagtgagctcttttccagtgagggtaagagacaggtggcccatcaaacatta
ccagcaggtgagactcctgatatggaggacttcggtgctcctcagcatcctgtgcagccc
gtcatactcatcagcacaaagaggaagaggatatctcaaggagaggacagccaggatgag
tctcaagagcaagaactcacaaactcacagtcttggagagaaatactggggccaccgcca
gttatgggcgccacccgggaggaacttcttgtctggttgtgctaccataagaaaaaatgg
gagctacagcttcgtcagaggaaagaacggcggaagcgacggcgtttgattggggaatct
cagccgactggcggtggtgtaatccgtggtggaccgacaacacggctaggcagcttcctg
cgaagaaccgcccgcagtattctagacatgccctggcaaattgtacagattgcagaaacc
agtcacctaggcttttataagctgtgggcggtcattggcagtgacctgcactgcatgaag
ctcaacatcccacgagtgttttatgtcaatcagaaagtgcccaagcaagaagagggagct
aattgcaaaaaggtgaaccggatacttccacgctctggtgtggtgtattatctgtaccag
tatgctgttcctgaggacatgtaccaggaacacatcaatgagatcaatgctgacctctca
gctcctgatattgagggtgtctatgagacacaggttccgctgctgttccgggctctggtc
cagttgggctgcatgtgtatggtcaataaacaggtggtcagagacctggctggcagagag
gctgataccttcgacctggagcacctagagatgagatccctggcccagttcagctacctc
gagccaggcagtgtaaggcacatctacctgtaccatcacagtcagggacataaggctctc
tttggcctcttcataccatcccaacgcaaagccagcatctttgttcttgacacggtgcgc
agtaatcagatgccgaaccttagctcgttgtacggagcagagcgcacagcactcctggag
aagaccacagaggagctgctgccacctgagaaacatctgtttgaagtgcgtgctgaaaac
gatatcaaagccatctaccgcgcactgcaatgcattctcctcaactacaaggaggagcgg
cgtggtccgaccctgattgctgttcagtctaactgggagctgcggcagctgacggctggc
atgactgtactggagnggttcccggtggtcccggttcatgttattgatgagatcatttac
aatgtactggactggcagcggcacggagctcgacgcatgataaaacactacctgaacctg
gacagctgtctctcacaggcttttgatatggccaggtattatcacctgcctgtgggaaat
ctgcctcaggacatttctatatttggatcagatctatttcttgcacgtcatctgagaaag
cacaaccacttgttgtggctgtcacctacgacacgtccggacctcggggggaaagaggct
gatgacagcagactggtgatggagagtgatgagagaggctccatggagatcaatagccat
ggctgctactcgacagtttgtgtggagttggatattcagagtttggcagtaaacaccatt
ctacagtcccagcatgttaacgacatggaaggcggggccagcatgggcgtcagctttgat
gtcattcagcatgcatctctggaggaaatgatgtcagggaatcagggggcaaacacagtg
gccagctatgacgagacggcgctctgctccaacacattcaggattctgaagagtatggtt
gtcggttgggtccgagagatcacgcagtatcataatgtctacgctgataaccaggtgatg
catttttaccggtggttgcgatcacccagttctctgctgtacgacccggcccttgcttgc
acactcctcaacatgatgaagaagatcttcctgcaacttgtggcagagtttaagcgcctg
ggatcatctgtgatctatggaaacttcaaccgtctcatcctctgcactaagaaacggcgc
attgatgacgccgttgcatacgtggagtacatcactaacagtattcattcaaaggagatc
ttccactctctgtccatcacattctcacgctgttgggagtttctgctgtggatggatcca
tctaactatggaggagtgaagggaaagctgccctctagccttctgtatggagagcatggc
aatgaaaagaagaaaaagaaggatgtagaggaggaggatggaagtgaggaggaggaagaa
gatgaagaaaaccaaggggacgatgaagaacaggatgtggaagatgatgtagaagacttg
attgaaagtaactggaacatcatgcagtaccttcctcagacagcatcctgtcagaaatac
tttctcatggtcatttcagcctacattgcagctgtctatcacagcatgaaacaagagctt
cggcgaaacgcccctggtgctactcccattaagagacgaggagcgacccaagtatcccag
cagccaactggggatgtcagtgcacttcctggtatgattacattctctcaggagtatgtg
tcaagtgaactcacacacaacttcttcaccatcactcagaagattcagaagaaggtgtca
agcactcgtagtgttacgctcccatctgagatgtttcctgttcttcctggttctcacttg
cccctcaacaacccagctctggagtttattaaatacgtctgccaggtgctctctctggac
gccaacattgtcaatcaggtgaacaaactgaaacgagatcttttgcgactggtggatgtt
ggagaattttcggaggatgcccagttccatgacccctgcaagtcctacatcctgccagag
gtcatctgccaccactgtaacttctgtcgtgaccttgacctctgcaaagaccctgcagtt
tcccaggatggttcagttcttcctcagtggttctgctctaactgtcaggcccaatacgac
acagagtccatagaaatggccctggtggaggcgctccagaagaagctcatgagttacaca
ctacaagacctggaatgttccaaatgcaaaggagtgaaggaagcaaacatgccgctgtac
tgtagctgtgctggagatttcaacctcagcttcaccacaaagagcttcactgagcaggtg
gaagtgttccggaacattgccgcccactataacatgaacttcctgctagagaacattgac
tgggtccttagtatgaacgcatag

  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 (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (22)   

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