KEGG   Saccharomyces cerevisiae (budding yeast): YPL167C
Entry
YPL167C           CDS       T00005                                 
Symbol
REV3, PSO1
Name
(RefSeq) DNA-directed DNA polymerase
  KO
K02350  DNA polymerase zeta [EC:2.7.7.7]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:sce00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    YPL167C (REV3)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:sce03400]
    YPL167C (REV3)
Enzymes [BR:sce01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     YPL167C (REV3)
DNA repair and recombination proteins [BR:sce03400]
 Eukaryotic type
  TLS (translesion DNA synthesis) factors
   B-family DNA polymerases
    YPL167C (REV3)
SSDB
Motif
Pfam: DNA_pol_B POL3_N DNA_pol_B_exo1 zf-C4pol REV3_N divDNApol
Other DBs
NCBI-GeneID: 855936
NCBI-ProteinID: NP_015158
SGD: S000006088
UniProt: P14284
Structure
Position
XVI:complement(232593..237107)
AA seq 1504 aa
MSRESNDTIQSDTVRSSSKSDYFRIQLNNQDYYMSKPTFLDPSHGESLPLNQFSQVPNIR
VFGALPTGHQVLCHVHGILPYMFIKYDGQITDTSTLRHQRCAQVHKTLEVKIRASFKRKK
DDKHDLAGDKLGNLNFVADVSVVKGIPFYGYHVGWNLFYKISLLNPSCLSRISELIRDGK
IFGKKFEIYESHIPYLLQWTADFNLFGCSWINVDRCYFRSPVLNSILDIDKLTINDDLQL
LLDRFCDFKCNVLSRRDFPRVGNGLIEIDILPQFIKNREKLQHRDIHHDFLEKLGDISDI
PVKPYVSSARDMINELTMQREELSLKEYKEPPETKRHVSGHQWQSSGEFEAFYKKAQHKT
STFDGQIPNFENFIDKNQKFSAINTPYEALPQLWPRLPQIEINNNSMQDKKNDDQVNASF
TEYEICGVDNENEGVKGSNIKSRSYSWLPESIASPKDSTILLDHQTKYHNTINFSMDCAM
TQNMASKRKLRSSVSANKTSLLSRKRKKVMAAGLRYGKRAFVYGEPPFGYQDILNKLEDE
GFPKIDYKDPFFSNPVDLENKPYAYAGKRFEISSTHVSTRIPVQFGGETVSVYNKPTFDM
FSSWKYALKPPTYDAVQKWYNKVPSMGNKKTESQISMHTPHSKFLYKFASDVSGKQKRKK
SSVHDSLTHLTLEIHANTRSDKIPDPAIDEVSMIIWCLEEETFPLDLDIAYEGIMIVHKA
SEDSTFPTKIQHCINEIPVMFYESEFEMFEALTDLVLLLDPDILSGFEIHNFSWGYIIER
CQKIHQFDIVRELARVKCQIKTKLSDTWGYAHSSGIMITGRHMINIWRALRSDVNLTQYT
IESAAFNILHKRLPHFSFESLTNMWNAKKSTTELKTVLNYWLSRAQINIQLLRKQDYIAR
NIEQARLIGIDFHSVYYRGSQFKVESFLIRICKSESFILLSPGKKDVRKQKALECVPLVM
EPESAFYKSPLIVLDFQSLYPSIMIGYNYCYSTMIGRVREINLTENNLGVSKFSLPRNIL
ALLKNDVTIAPNGVVYAKTSVRKSTLSKMLTDILDVRVMIKKTMNEIGDDNTTLKRLLNN
KQLALKLLANVTYGYTSASFSGRMPCSDLADSIVQTGRETLEKAIDIIEKDETWNAKVVY
GDTDSLFVYLPGKTAIEAFSIGHAMAERVTQNNPKPIFLKFEKVYHPSILISKKRYVGFS
YESPSQTLPIFDAKGIETVRRDGIPAQQKIIEKCIRLLFQTKDLSKIKKYLQNEFFKIQI
GKVSAQDFCFAKEVKLGAYKSEKTAPAGAVVVKRRINEDHRAEPQYKERIPYLVVKGKQG
QLLRERCVSPEEFLEGENLELDSEYYINKILIPPLDRLFNLIGINVGNWAQEIVKSKRAS
TTTTKVENITRVGTSATCCNCGEELTKICSLQLCDDCLEKRSTTTLSFLIKKLKRQKEYQ
TLKTVCRTCSYRYTSDAGIENDHIASKCNSYDCPVFYSRVKAERYLRDNQSVQREEALIS
LNDW
NT seq 4515 nt   +upstreamnt  +downstreamnt
atgtcgagggagtcgaacgacacaatacagagcgatacggttagatcatcctctaaatca
gactattttagaatccagctaaataatcaagactactatatgtcaaaacccacctttttg
gacccatcgcacggtgaaagcctgcccttaaaccagttttcacaggtcccaaacatcagg
gtgtttggtgctttacccacagggcatcaagtattgtgccacgtccatggcattctacct
tacatgttcatcaagtatgatggacaaataactgacacgagtacattgagacaccaaaga
tgtgcccaagttcataaaacgctggaagtaaaaattagggcatcctttaaaaggaaaaaa
gatgataaacacgatttagccggcgacaaacttggaaatctcaattttgtcgctgatgtc
tctgttgtaaagggtataccattttatggttaccacgttggctggaatctgttttacaaa
atttctttgcttaatccttcttgtctaagtaggatttcggaattgattagagatggcaag
attttcggaaagaaattcgaaatttatgaatcacatattccttacttgctacaatggacc
gcagattttaacttatttggatgttcatggataaacgtggataggtgttattttcgctct
cctgttttaaatagtatactggacatagataagctgacaattaatgatgatcttcagttg
ttactagatcgattttgtgacttcaagtgtaacgtactcagtagaagggattttccacgg
gttggaaatggattgattgagatagatatactaccgcaattcatcaaaaatagagaaaag
ttacagcatagagatatacatcacgactttttggaaaaactgggagatatttctgacata
cctgtcaaaccatatgtatcctctgctagggacatgataaatgaacttaccatgcaacga
gaggagttgtccttgaaggaatataaagaaccaccagaaacaaagcgccatgtgagtggt
catcaatggcaatcttctggagagttcgaagcgttttataagaaagcacaacataaaaca
agtacttttgatggtcaaataccaaattttgagaactttatagataagaatcaaaaattc
tcagccataaatacgccctatgaagcattaccgcaattgtggccaaggcttccacagatt
gaaataaacaataatagtatgcaagataaaaagaacgacgaccaagttaatgcatcgttc
accgaatacgagatatgtggtgttgataatgagaacgaaggtgtaaaaggaagcaatata
aagtctcggtcttattcatggttaccggaaagcattgcgtctccgaaagattctactata
ctattagatcatcaaacaaaatatcacaatacgataaatttttcaatggattgtgctatg
acgcaaaatatggcaagtaaacgaaaacttagatcatctgtttctgctaataaaacatcg
ttgctgtctcggaaaagaaagaaggttatggctgcgggattacgctatggaaaaagagcc
tttgtttatggtgagcctcctttcggttatcaagatattctgaataaattggaagacgag
ggattcccaaaaatagactataaggaccctttcttttcgaatccagttgatctagaaaat
aaaccttacgcgtacgcaggtaagaggtttgaaataagctcgacacatgtatcaacgaga
atacccgtccaatttgggggagagaccgtatcagtttataacaagccaactttcgacatg
ttttcctcctggaaatatgcgttaaaaccacctacgtatgatgctgttcaaaaatggtac
aataaagtaccctcgatgggaaacaaaaaaactgagtctcagataagcatgcacacccct
catagtaagtttttatacaaatttgctagtgacgtttctggaaaacaaaaaagaaaaaaa
agtagcgttcacgattctcttactcatctgacacttgagattcatgcaaacacgagaagt
gataaaattccagaccctgcaatagatgaagtttccatgattatatggtgtcttgaagaa
gaaactttccctttagatttggatatcgcttacgaagggattatgatagtccacaaagct
tctgaggatagtacatttcctactaaaattcaacattgtattaacgaaattcccgtgatg
ttctatgaaagtgaatttgaaatgtttgaggctctaactgatttggtattacttcttgat
cctgatattctttccggtttcgaaatacataatttttcgtggggttatataattgaaagg
tgtcaaaaaatacatcaatttgacattgtcagggaacttgccagagtcaaatgccaaatt
aagacgaagttgtcagatacttggggatatgcccattcctcaggaattatgattaccgga
agacatatgattaatatatggagagcgttgaggtccgacgtaaatttaacgcaatatact
attgaaagtgctgcgttcaatatcctccataaacgattacctcacttttcatttgagtca
ttaactaatatgtggaacgctaaaaagagcacaaccgaattaaagactgtgttaaattat
tggttatcaagagctcagataaatatacaactattaagaaagcaggattacattgctcga
aatatcgaacaggcaagattgataggaatagatttccattctgtatattacagaggatca
caatttaaagttgagtcttttttaatccgaatatgcaagtccgaaagttttatccttctt
tctccaggcaaaaaggatgttcgtaagcaaaaagcacttgaatgtgtgcctttggttatg
gagccagaatctgctttctacaaaagtcctttaattgtgctggatttccaatcattgtat
ccatccattatgattggatacaactattgctattcgactatgataggaagagtgcgagaa
ataaacttaacggaaaataaccttggagtatctaagttttcattaccaagaaacatttta
gctttattaaaaaatgatgtaactatcgctccaaatggtgttgtttatgccaagacctct
gttagaaaatcaacgttatccaaaatgttaacagatatccttgatgtcagagtgatgata
aagaaaacaatgaacgaaataggtgatgacaacactaccctaaaaaggcttttgaataac
aaacagttagcactaaaattattggcgaatgtcacctacggttatacatcagcttcattt
tctggacgaatgccatgctctgatttagctgatagcattgtacaaacaggcagagaaaca
ttggagaaagcaatagatattattgagaaagatgaaacttggaacgccaaagttgtctat
ggagacacagatagtttatttgtatatctacctggaaaaactgctattgaggctttttct
ataggacatgctatggcagaaagagttactcaaaacaatccaaaaccaatctttttgaag
tttgaaaaagtataccatccctccatattaattagcaaaaaaaggtacgtaggattttcc
tatgaaagtccttcgcagacccttcctatttttgatgctaagggtattgaaactgttaga
agggatggtatcccagcccagcagaagattattgaaaaatgtattcgattactttttcaa
accaaagacctgtcaaaaataaaaaagtatcttcaaaatgaattttttaagattcaaata
ggaaaggtatctgcccaagatttttgttttgcaaaagaagttaaattaggagcgtataaa
agcgaaaagacagcccctgcaggtgccgtggttgtaaaaagaagaataaatgaagaccat
agagcagaaccccaatacaaggagcgtataccttaccttgttgttaaaggaaagcaagga
caactgcttcgggaaagatgcgtatcaccagaagagttcttagaaggtgagaatttagag
ttagattcggagtattatataaacaaaattctgatacctcctcttgatagattgttcaat
ttgattggtataaatgttggcaactgggctcaggaaatagtaaaatccaaaagggcgagc
acaactactacaaaagtggaaaacataacaagagtaggaacttctgcaacatgttgtaat
tgtggtgaagaattgactaaaatatgttcacttcagttatgtgatgactgtttagagaaa
agaagcaccacaaccttatcatttctcataaagaaattaaagagacaaaaagaataccaa
acactaaagaccgtgtgcaggacgtgcagttatcgttacacttccgatgcaggcatcgaa
aatgaccatatagctagtaaatgcaattcatatgactgtccagtattttactctcgtgtc
aaagcagaaagatacttgagagataatcaatctgttcaaagggaagaagcattaatatct
ctaaatgattggtaa

  All links  
Gene (27)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
3D Structure (6)   
   PDB (6)   
Protein domain (6)   
   Pfam (6)   
All databases (43)   

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