KEGG   Saccharomyces cerevisiae (budding yeast): YNL102W
Entry
YNL102W           CDS       T00005                                 
Symbol
POL1, CDC17, CRT5, HPR3
Name
(RefSeq) DNA-directed DNA polymerase alpha catalytic subunit POL1
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce03030  DNA replication
Brite
KEGG Orthology (KO) [BR:sce00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    YNL102W (POL1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:sce03032]
    YNL102W (POL1)
Enzymes [BR:sce01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     YNL102W (POL1)
DNA replication proteins [BR:sce03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    YNL102W (POL1)
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N
Other DBs
NCBI-GeneID: 855621
NCBI-ProteinID: NP_014297
SGD: S000005046
UniProt: P13382
Structure
Position
XIV:430087..434493
AA seq 1468 aa
MSSKSEKLEKLRKLQAARNGTSIDDYEGDESDGDRIYDEIDEKEYRARKRQELLHDDFVV
DDDGVGYVDRGVEEDWREVDNSSSDEDTGNLASKDSKRKKNIKREKDHQITDMLRTQHSK
STLLAHAKKSQKKSIPIDNFDDILGEFESGEVEKPNILLPSKLRENLNSSPTSEFKSSIK
RVNGNDESSHDAGISKKVKIDPDSSTDKYLEIESSPLKLQSRKLRYANDVQDLLDDVENS
PVVATKRQNVLQDTLLANPPSAQSLADEEDDEDSDEDIILKRRTMRSVTTTRRVNIDSRS
NPSTSPFVTAPGTPIGIKGLTPSKSLQSNTDVATLAVNVKKEDVVDPETDTFQMFWLDYC
EVNNTLILFGKVKLKDDNCVSAMVQINGLCRELFFLPREGKTPTDIHEEIIPLLMDKYGL
DNIRAKPQKMKYSFELPDIPSESDYLKVLLPYQTPKSSRDTIPSDLSSDTFYHVFGGNSN
IFESFVIQNRIMGPCWLDIKGADFNSIRNASHCAVEVSVDKPQNITPTTTKTMPNLRCLS
LSIQTLMNPKENKQEIVSITLSAYRNISLDSPIPENIKPDDLCTLVRPPQSTSFPLGLAA
LAKQKLPGRVRLFNNEKAMLSCFCAMLKVEDPDVIIGHRLQNVYLDVLAHRMHDLNIPTF
SSIGRRLRRTWPEKFGRGNSNMNHFFISDICSGRLICDIANEMGQSLTPKCQSWDLSEMY
QVTCEKEHKPLDIDYQNPQYQNDVNSMTMALQENITNCMISAEVSYRIQLLTLTKQLTNL
AGNAWAQTLGGTRAGRNEYILLHEFSRNGFIVPDKEGNRSRAQKQRQNEENADAPVNSKK
AKYQGGLVFEPEKGLHKNYVLVMDFNSLYPSIIQEFNICFTTVDRNKEDIDELPSVPPSE
VDQGVLPRLLANLVDRRREVKKVMKTETDPHKRVQCDIRQQALKLTANSMYGCLGYVNSR
FYAKPLAMLVTNKGREILMNTRQLAESMNLLVVYGDTDSVMIDTGCDNYADAIKIGLGFK
RLVNERYRLLEIDIDNVFKKLLLHAKKKYAALTVNLDKNGNGTTVLEVKGLDMKRREFCP
LSRDVSIHVLNTILSDKDPEEALQEVYDYLEDIRIKVETNNIRIDKYKINMKLSKDPKAY
PGGKNMPAVQVALRMRKAGRVVKAGSVITFVITKQDEIDNAADTPALSVAERAHALNEVM
IKSNNLIPDPQYYLEKQIFAPVERLLERIDSFNVVRLSEALGLDSKKYFRREGGNNNGED
INNLQPLETTITDVERFKDTVTLELSCPSCDKRFPFGGIVSSNYYRVSYNGLQCKHCEQL
FTPLQLTSQIEHSIRAHISLYYAGWLQCDDSTCGIVTRQVSVFGKRCLNDGCTGVMRYKY
SDKQLYNQLLYFDSLFDCEKNKKQELKPIYLPDDLDYPKEQLTESSIKALTEQNRELMET
GRSVVQKYLNDCGRRYVDMTSIFDFMLN
NT seq 4407 nt   +upstreamnt  +downstreamnt
atgtcttctaaaagtgaaaaattagaaaaattgagaaagctgcaagccgctcgaaatggt
acatccatcgatgattacgaaggtgacgaatcagatggtgacagaatatacgacgaaatc
gacgaaaaagaatacagggccagaaagcgccaggaattgctgcatgacgattttgttgta
gatgacgatggtgtaggctacgtcgatcgtggtgtcgaagaagattggagggaagttgat
aacagttcaagtgatgaagacactggaaaccttgctagcaaggattctaaaaggaagaag
aatataaaaagggagaaagaccaccagattacagatatgctgcgaactcaacattccaaa
tcaacactgctagcacatgcaaaaaaatcccaaaaaaaaagtatccccatcgataatttt
gatgacattcttggtgagtttgaatctggtgaagtagaaaaacccaatattttactgcca
tccaaattaagggaaaatttaaattcttcgccgactagtgaatttaaatcgtcaataaag
agagttaacggaaacgatgagtcaagtcatgatgccggtatttctaaaaaagtcaagatt
gatccagattcaagtactgataaatatttagaaatcgaatcatcaccgttaaaattacaa
agcaggaaactgcgctacgcaaatgatgtacaggatttattggatgatgtggaaaattcc
ccagtagtagccacaaagagacagaatgtacttcaagatacgttactagcaaatccacca
tccgctcaaagtttggctgatgaagaagatgatgaagatagtgatgaagatattattctg
aaaagaagaactatgagaagtgtgacaacaactagacgcgtgaatatagactcaagaagt
aacccttcaacttcaccgtttgtcacagcacccggaacgccaatcggtattaaaggacta
actccaagtaaatctttgcagagcaacaccgatgttgctacacttgcggttaatgtcaaa
aaggaagatgtggtagatccggaaactgatactttccaaatgttttggttggattactgt
gaagtgaacaacactttgattttatttggtaaggttaaactaaaggatgataattgtgtg
tcagccatggttcaaatcaacggtctctgtagagagctatttttccttccaagagagggt
aaaacacctaccgatatacacgaggaaataattccgttactgatggataaatatggactg
gataatatccgcgctaaacctcaaaaaatgaaatattcgtttgagcttcctgacattcca
tctgaaagtgattatttgaaagtcttacttccataccaaacaccgaagtccagtcgagac
accattccatcggatttatctagcgataccttttatcatgtttttggtgggaattccaat
atttttgaaagttttgttattcaaaataggattatgggaccatgctggttagatataaag
ggagcagatttcaattcaattcgtaatgcttctcactgtgcggttgaagtttcggtagat
aagcctcagaatatcacgcctactacaacaaagacaatgcctaatctgagatgtctatct
ttatcgattcagacgttaatgaatcccaaggaaaataagcaagagattgtttcgataacg
ttatcagcatatagaaatatctcgttggattcaccgatacctgaaaatataaaaccagac
gacttgtgtactttagtaaggccgcctcagtcaactagtttcccattaggtttagctgca
ctggcaaaacagaaactacccggtagagtcaggttgttcaacaacgaaaaggccatgcta
tcttgtttttgtgctatgttaaaagtggaagacccagatgttatcataggccatcgtttg
caaaatgtctacttagatgttttagctcatagaatgcatgatctcaacattccaacgttc
agctctattggccgtcgtttaagaaggacttggcctgaaaaattcggtagaggaaattcg
aatatgaaccatttttttattagtgacatttgctctggtaggctgatatgtgatatcgcc
aatgaaatgggtcaatcattaacacccaaatgtcaaagttgggatctttcagagatgtat
caagttacatgtgaaaaggagcataagccgttagatattgattatcaaaatccacaatac
caaaatgatgtaaatagtatgacaatggccctacaagagaatattactaattgtatgatt
tctgctgaggtgtcttatagaattcaattattaaccttgactaaacagttgacaaatttg
gctggtaatgcatgggcccaaacgctaggcggtacaagagctggtagaaatgagtatatc
ttactacatgaattttcaagaaatggttttattgttcctgacaaagaaggcaatagaagt
agagctcagaaacaaagacaaaatgaagaaaatgctgatgcaccagttaattctaaaaag
gcaaaatatcagggtggtttagtttttgaacctgagaaaggtcttcataagaattacgtt
ttagtcatggactttaattctttgtatccatctattatccaggaatttaatatatgtttt
accaccgttgatagaaataaggaagatatcgatgagttaccaagcgtacctccttcagag
gtggatcagggtgttttaccaaggttattagctaatctggtggatcgtcgacgtgaagtt
aagaaggtgatgaaaactgaaactgatccccataagcgagttcaatgtgatattcgtcaa
caagctctaaaattgactgccaattctatgtatggttgtttgggttatgttaacagtaga
ttttacgcaaagccgctcgccatgttagtcactaataagggtcgtgagattttaatgaat
acaagacaactagctgaaagtatgaatcttcttgtagtttatggtgatacagattcggtc
atgatagataccggttgtgataattatgcggatgcaattaaaattggcttgggatttaaa
aggctagtaaatgagcgctatagattattggagattgatattgataatgtttttaagaag
ttactattacatgccaagaaaaagtacgctgctttgactgtaaatttggacaaaaatggt
aatggaactactgttctagaagttaaagggttggacatgaagcgtcgtgaattttgtcca
ctttcgagggacgtttctatacatgttttaaacaccatcctgtcagataaggacccagaa
gaagcattgcaagaagtgtatgattacttagaagacatcagaataaaagtggaaaccaat
aacattagaattgataaatataagatcaatatgaagctttcaaaagatcccaaggcctac
ccaggtggtaaaaacatgcctgcagtccaagtagctctaagaatgcgtaaggctggtaga
gttgttaaagctggctctgtcatcacttttgtgatcacaaagcaggatgaaatagacaat
gcagcggatacgccggctctttctgtggctgaacgtgcccatgcattgaatgaggtaatg
attaaaagtaacaatttgatacctgatccacaatattatctcgagaaacaaatattcgcg
ccggtagaaaggttgttagaaagaattgatagcttcaacgtggtgcgtttgagtgaagcg
cttggtttagatagtaaaaagtattttagaagagagggcggtaataacaatggagaagat
attaataatttgcaacccttagaaacaacaattacagacgttgaaaggtttaaggatact
gtaacattagaattaagttgcccatcatgcgataaaaggtttccatttggtggtattgta
tcttcaaattactatcgcgtgtcatataatggtttacagtgcaagcattgtgagcaactt
tttactcctcttcaattaactagccaaatagagcattctataagggcacacatttcctta
tattacgcagggtggttacagtgtgatgacagcacatgcggtatagttacaagacaagtc
tccgtttttggtaagcgttgtttgaatgacggctgcacgggtgtcatgagatacaaatac
agtgacaagcaattgtacaatcaacttttatatttcgattctttattcgattgtgaaaaa
aataaaaagcaagaattgaagccaatatatctacccgatgatctcgactaccccaaggaa
cagctgacagaatcatctattaaggctttaacagaacaaaacagagaactaatggaaacc
ggccggagcgttgttcaaaaatatttgaacgattgtggacgtcgctacgttgatatgact
agcatatttgatttcatgctaaattag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (40)   
   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 (10)   
   PDB (10)   
Protein domain (4)   
   Pfam (4)   
All databases (69)   

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