KEGG   Chenopodium quinoa (quinoa): 110708636
Entry
110708636         CDS       T05764                                 
Name
(RefSeq) DNA polymerase zeta catalytic subunit-like isoform X1
  KO
K02350  DNA polymerase zeta [EC:2.7.7.7]
Organism
cqi  Chenopodium quinoa (quinoa)
Brite
KEGG Orthology (KO) [BR:cqi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:cqi03400]
    110708636
Enzymes [BR:cqi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     110708636
DNA repair and recombination proteins [BR:cqi03400]
 Eukaryotic type
  TLS (translesion DNA synthesis) factors
   B-family DNA polymerases
    110708636
SSDB
Motif
Pfam: DNA_pol_B DNA_pol_B_exo1 zf-C4pol DZR_2 divDNApol OrfB_Zn_ribbon PHF5
Other DBs
NCBI-GeneID: 110708636
NCBI-ProteinID: XP_021742504
Position
Unknown
AA seq 1916 aa
MEEPPSQGDSKVFSVRIVSIDHYMAPPIPDFDISYSSFQGGGVKEVPVIRIFGSTPAGQK
ACVHVHRALPYLYVPCSDIPLHLNPEGSVYENAISFAVEKALKLKGNAGTKRQHVHSCNV
VRAKKFYGYHSSEELFVKINLYHPHDVSRAANLLLSGVVFEKCLQPYESHIPFLLQFLVD
YNLYGMGHMHVSKMKFRHPVPGDLRVENADHSNPETFVGKSSYSQADVASSSHPLPLVWR
SLTIPDEWMWQYPSVSGASLTPVNNFVNRQSICELEGDATVEDILNQQLKMYTSLSQTRS
DVRMVQSLVPIWEEEFERSGVHDAEILADPGRPPPQDVLKTLSNGVEYMDNLKGLYSKLE
SNLLDRSEDVNSMVPTQCPIEEESVMGTRNQNSNELVLRSSEDVNIKHCVTPKQSVPADA
IGALLRKSVEMDELDILQGTDSEDVALLKWLASSQAAVDMNSDDELHQETILNPLLPAAT
INKVLDIANTDYENESQQECQDILDSIVDVLNSDDKKGKRTSVGQDLSGSKIPQFDGAGD
DHQFTPAANLPEQIDTESVSSKHHTFPHCSSSFDDKQKKPKLQFGHQLTPAANLPEKMDT
ESVSSKRHTFPHCSSSFDDKQKKPKLQFGHQLTPAANLPEKMDTESVSSKRHTFPHSSSS
FHDKQNKSKLQFGPLPFSEGQQFTTNIHSDPSTKNADGSGCYVVDSRTQHSGSVRDLMRK
KRSFRVGSSSSEKSVGEGFVKENNVFYPRKLEFHTEPSEEQNLMAAEFSPSSHMQIDKQT
KVCEVIQSATDCLVGKEKQGIANSSVADPEVVKVDSVEQHASVSLPFAFGHVDETESVGY
ISMTFHKKPPLASWKNGTSENSSSIPVPSRWCSVKDDSDDEGTSVQGGVPEDVHPFFTDS
NKSVSQDSHGVGDFCQDSLIGVPTHYYNDGSYAYLLTPAVSPPSVDSVFKWLALEEKEHT
RAKPLPDDSSELTLLEPMNNQLDGENHRNLDMEGVLMKDELAPCLDKGSSLKEKNLTKLS
QDISQISGPSGQSKSTPLSQIGFRDPASVGAGQQLTLLSIEVQAESRGDLRPDPQHDSIN
IIVIAVQNDSSPSVDIYALLRGSTEGCGRNLDGISECRMLVYPEERDLLDKFISITCSID
PDILIGWDVQGNSLGFLAERASHLGLSLINKISRTPAERKAVNRDLDTSDKETAAAVSSD
SLMSDTVLDDNTIIEDEWGRTHASGVHVTGRIVLNVWRLVRSEVKLNMYSLEAVAEAVLR
RKVPSIHWNILNKWFSSGPGKARFRCIEYFVERVKLNFDIVNQLDMINRTSELARVFGID
FFSVLSRGSQYRVESMLVRLAHTQNYVLISPGYQQVASQPAMECIPLVMEPESGFYSDPV
VVLDFQSLYPSMIIAYNLCFSTCLGNVVPSKADCLGVSSYSPDLQILKDLNQQILVTPNG
VMYVPSEVRKGILPRLLEEILSTRVMVKQAMKSLAPSQQVLQRIFNARQLALKLIANVTY
GYTAAGFSGRMPCAELADSIVQCGRKTLEHAILFVNKHDQWNARVLYGDTDSMFVLLKGR
TLKEAFRIGNEIASTITAMNPNPVKLKMEKVYQSCFLLTKKRYVGYSYESLSQPAPMFDA
KGIETVRRDTCPAVAKTLEKSLRMFFECQDISKLKAYLQRQWSRILSGRISIQDFVFAKE
VRLGTYSTRASSSLPPAAIVASKAMRVDPRAEPRYAERILYVVVHGEPGARLVDMVVDPQ
ELLSMESPYRLNDLYYITKQIIPALQRVFGLIGADLRQWFQDMPRPVRDAPAKQHFSAVN
SLRARIDYYYSSKHCVLCGELVQTANYFCEKCSKKGPVTVAAMTGRTLKLERDIQHLVAI
CRHCGGGDWLVESGVKCTSLACSVYYERRKVQKELRAFSGIATEAGFYPKCMVEWF
NT seq 5751 nt   +upstreamnt  +downstreamnt
atggaagaaccgccatcgcagggagattccaaggttttcagcgttcgaatcgtttcgatt
gatcattacatggctcctccaattccagatttcgacatttcttacagcagcttccaaggt
ggaggtgtgaaggaagtgcctgttataagaatctttggctccactcctgctggtcagaaa
gcttgtgtgcatgttcatcgagctttaccatatttatacgtgccctgctcagatatacca
cttcatctaaatccagaaggtagtgtttatgagaatgccatatcttttgctgttgagaag
gctttgaagctcaagggcaatgctggtacaaaaaggcagcatgtgcatagttgcaatgta
gtccgtgcaaagaaattttatggttaccattcatcagaggagctatttgtaaagataaat
ctatatcatccccatgatgtctctcgtgctgctaatcttttgctgagcggtgttgtcttt
gagaagtgtctacagccctatgaatcacatattcccttccttctgcaatttctggttgac
tacaacttatatggcatgggccatatgcatgtttcaaaaatgaagtttcgtcatccagtg
cctggtgatctccgtgttgagaatgctgatcattctaatccagaaacttttgttgggaag
tcttcttattctcaggcagatgtggcttctagttcacatccattgccactagtttggagg
tctttaacaattccagatgaatggatgtggcaatatccttccgtaagtggtgcttcatta
actcctgtcaacaattttgtaaatcgtcaaagtatttgtgaacttgagggggatgccact
gtagaagacattttgaatcagcagttgaaaatgtatacatccctctcacaaactcgttca
gatgtgagaatggttcagtcgcttgttcctatatgggaggaagagtttgaaaggagtgga
gttcatgatgcagaaatactggctgatcctggtcggccacctcctcaagatgttttgaaa
accttgtcaaatggtgtcgagtacatggacaaccttaagggtttgtatagcaaattagaa
agcaatttgttagatagatctgaagatgtgaattctatggtgccaacacaatgtccaata
gaagaggagagtgtaatgggaacaagaaaccaaaactcaaatgagctagtattgagatcc
tctgaagatgtaaatatcaagcattgtgtgacaccaaagcaatcagtgcccgctgacgct
ataggtgcattattgagaaaatcagttgaaatggatgaattggatattcttcagggtaca
gattcagaggatgtagcattattgaagtggctagcttcctcacaggctgcagtagatatg
aactcagatgacgaacttcaccaggagaccattctaaatcccctgttgccagcagcaacc
attaataaagtgttggatatagctaatacagattatgagaatgaatctcagcaagagtgt
caggacatacttgattcaattgtagatgtgttaaattctgatgataaaaaaggaaaaaga
acttctgttggtcaagatttatctggctcaaaaattccacagtttgatggtgctggagat
gatcatcaatttactcctgctgctaatttacctgaacaaatagacactgaatcagtgtct
tccaagcatcatacatttccccattgcagctctagctttgatgacaagcaaaaaaagccc
aaattacagtttggtcaccaattaactcctgctgctaatttacctgagaaaatggacact
gaatcagtgtcttccaagcgtcatacatttccccattgcagctctagctttgatgacaag
caaaaaaaacccaaattacagtttggtcaccaattaactcctgctgctaatttacctgag
aaaatggacactgaatcagtgtcttccaagcgccacacttttccccatagcagttctagc
tttcatgacaagcaaaacaagtccaaattacaatttggtcctctacctttttctgaaggc
caacaatttactaccaatatacattctgatccttcaactaagaatgcagatggtagtggc
tgctatgtagttgactcaagaacacaacacagcggttctgtacgagacttgatgaggaaa
aagcgaagcttccgagttggatcatccagttcagaaaaaagtgtgggagaaggttttgta
aaggaaaataatgtattctatccgaggaagttggaatttcatacagagccatcagaagaa
caaaatttgatggctgctgaattttctccttctagtcatatgcagatagacaaacaaaca
aaagtgtgtgaagttatacaatctgctactgattgtcttgttggaaaagagaagcaaggt
attgcaaactcatctgtagctgatccagaagttgtcaaagttgactctgtagaacagcat
gcgtctgtgagcctaccatttgcatttggccacgtggatgagacagagtccgtaggatat
atcagcatgactttccacaagaaacctccgttagctagctggaaaaatggcacatctgaa
aattcatcatcaatacctgttccctcccgttggtgttctgtcaaagatgacagtgacgat
gaaggaacatcagtgcagggtggagttccagaagatgttcatccattttttactgactcc
aataaaagtgtctcccaggattcacatggtgttggtgacttctgtcaggattctctcata
ggagttcctactcattattataatgatggttcttatgcttatttattgaccccagcagtt
tcacctccatcagttgattctgtttttaaatggctagcgcttgaagaaaaagaacataca
cgtgcaaagcccttacctgatgattcctctgaattaacacttttggagcccatgaataat
cagctagatggtgaaaatcatagaaatttagacatggaaggagttctaatgaaagatgag
cttgccccatgccttgataaagggagttctttgaaagaaaaaaatttgacaaagttatca
caagacatctctcagatctcaggacccagtgggcagtcaaagtctactcctctcagtcaa
atcggctttagagaccctgccagtgttggcgctggccaacaactgacactgttgagtata
gaggtccaagcagaatccaggggagatcttcgtcctgatccacagcatgatagtataaat
attattgttatagcagtccaaaatgatagtagtccatctgtcgacatctatgcacttctg
cgtggttcaactgaaggttgtggaagaaacttggatggaatatcagaatgcaggatgctt
gtttatcctgaagagagggatttgcttgacaaatttataagtataacatgctcaattgat
ccagatatcttaattggatgggacgtccaaggcaactcacttggatttttagctgaaagg
gcttctcacttaggtcttagcttgattaacaagatctctcgtacaccagcagaaagaaag
gcagtcaacagagacctggatacttctgacaaggaaactgctgcagctgtatcttctgat
tctctgatgtctgatactgttctcgatgataatactataattgaggatgaatggggtagg
acccatgcaagcggtgtccatgtaactggaagaatagtcctcaatgtttggagactcgtg
cgtagtgaagttaaattaaatatgtattcactagaggctgtggcagaagctgttttgaga
cgaaaagttccgtcgattcattggaacatattgaacaaatggttctcaagtggtcctggg
aaagcaagattccgttgcattgagtattttgtggagagagtaaagttgaactttgatatt
gtgaaccagcttgatatgataaaccgcacatcagagctagctcgtgtttttggaatcgac
tttttctctgttttgtctcgtggctctcagtatcgtgttgaatccatgcttgtaaggttg
gctcatacacagaactatgttcttatttctccagggtatcaacaggtagcctctcaacct
gcaatggagtgcatacctcttgtaatggagccagaatctggtttctactcagatccagtt
gttgttttggattttcagtcactctatccgtccatgattattgcatacaacctttgcttt
tctacctgccttggcaatgttgtcccatcaaaagccgattgccttggggtcagctcatac
tccccagatttgcaaattttgaaggatttaaatcaacagatactggttacccctaatggt
gtaatgtatgtgccgtctgaggtgcgtaaaggaattctacctcggctgttggaagaaatt
ttatccactagggttatggtgaagcaagcaatgaagtcattggcaccttcacagcaagtt
cttcagaggatatttaatgccagacagcttgcattaaagctaattgctaatgtaacttac
ggatacacagctgctggatttagtggtcgcatgccttgtgcagagctggcagacagcatt
gttcagtgtggtcgtaaaacacttgaacatgctatcttatttgtcaacaaacatgatcaa
tggaatgctagggttctgtatggtgatactgacagtatgtttgttcttcttaaagggcgc
actttaaaagaggcttttcgaattggaaatgagatagcttccacaattacagcaatgaat
ccaaatcctgtcaaattgaagatggagaaggtctaccagtcctgctttcttcttactaaa
aagcgatatgtaggatacagttatgagagcctcagtcaaccagcacctatgtttgatgct
aaaggtattgagacagttcgtagagacacttgtcctgctgttgcaaagaccttggagaag
tcgttgagaatgttttttgaatgccaggacatttccaagcttaaagcttatcttcagcgc
caatggtccagaatcctttcaggaaggatttcaattcaagattttgtctttgcaaaagag
gtccgattggggacttacagcacaagggcttcatcatcactgcctccagcagcaattgtt
gcttctaaagcaatgagagttgatccaagagctgaacctcgatatgctgagcgtatcctt
tatgttgttgtccatggagaaccaggtgctcgattggttgacatggttgttgacccacag
gaactcttgtctatggagtctccctatagactgaatgatttgtattacatcacaaagcag
ataataccagctttacagcgggtatttgggcttataggtgctgatttaaggcagtggttt
caggatatgccacggcctgttagggatgctcctgcaaagcaacacttcagtgctgtaaat
tctctccgagctagaattgattattactattcctcaaaacattgtgtactctgcggagaa
cttgtccaaacagctaattatttttgtgaaaaatgttccaagaagggccctgttaccgtt
gccgctatgactggaagaactttaaaattggagagagacatccaacaccttgttgctatt
tgtcggcattgtggtggtggagattggctggtggaaagtggcgtcaagtgtacttctcta
gcatgctcggtatattatgagaggcggaaagttcagaaagaactgcgggctttctctggt
attgctactgaagcaggtttttatcctaagtgtatggtggagtggttctga

  All links  
Ontology (3)   
   KEGG BRITE (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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (19)   

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