KEGG   Polistes canadensis: 106792548
Entry
106792548         CDS       T05611                                 
Name
(RefSeq) DNA polymerase alpha catalytic subunit isoform X1
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
pcf  Polistes canadensis
Pathway
pcf03030  DNA replication
Brite
KEGG Orthology (KO) [BR:pcf00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    106792548
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:pcf03032]
    106792548
Enzymes [BR:pcf01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     106792548
DNA replication proteins [BR:pcf03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    106792548
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N PP2
Other DBs
NCBI-GeneID: 106792548
NCBI-ProteinID: XP_014614500
Position
Unknown
AA seq 1510 aa
MSEAQEFPSGRARRQKPEKSACALALQKLKQLKGSKNKYEIDELENVYEEVDEQEYSKTV
RKRQNDDWIVDDGGIGYIEDGREVFDDDLDDSSIQNAMKYSTSGPRKKRKIVTKSKRSIQ
DMIMQMPSNSKSKNTFDDDILGDLMSELKKEDTKKVPVIKNSKNKLCKTYFLNNNSNQDM
EKKKKVTTGDNDVLSMIDIITISDDEPMFDTLNKNGSTKELPGIKTSNNGACVQSTSQEI
TNDVSDESQTVSIEKYSNMNEVSGTQIIEDGSIDISAYIGDLSEIDFENSSLNENEHLKE
SVPTTSRAENHSKIKSPTLCKDSDILEENQEIFNEIWNDDFGIQTTNVEVSAENSDVSIP
FIKNSAGEEIFRFYWWDAYEDFFKQPGTVFLFGKVYIPSTKTYCSCCLTVKNIPRRIYLL
PREYIKNSSDSEQKRTSMHDVYQEFNEFANKVGIKEFKSSQVSKYYAFEQEDVPKFSDYL
EVRYSTYYPLIDSAYSGPAIEKVFGTTVKSLELLLIERNIKGPCWLDVKCVIPTGVKSSW
CKLNVTCMKMENISVSSESQNLSIPPMTIATLNVRVSSHSKSQQNEVVMVGILLRRKYNI
DKERPKPPNLFEQSFCVITKPRDLLWPRQAQETLSKIKYTTIIKCDNEHDLLEEVLKIIE
NVNPDLCIGYDCGFQFDVLLHRIFNLRVLNWSRIGKLRRSTHPIIKGKINIGQAFAGRSV
CDIQSSAKELNLKVRSYDLESLCIAVLKQNENEYKELKPGECPLFYESIEKMENLIKRTL
MEASYILSITFELDILPLALQITSIAGNTLSRTLSAGRSERNEYLLLHAFYLKNYITPDK
LQGKINKNTEGDNPRRKKAAYAGGLVLTAQKGFYDTLILLMDFNSLYPSIIQEYNLCFTT
VPGAAYANYEDLEIPDSSLEPGIVPTEIRKLVESRVEIKKLMNKPNISSELKMQYNIRQM
ALKLTANSMYGCLGAAHCRFYAKGLAALITSKGREILQDTKRMVEKLNYDVIYGDTDSIM
IKTNILDYDEVFSIGKKIKQEVNKLYKKVELDIDGVFRYLLLLQKKKYAAVTMVKLPNGQ
IKLNQEHKGLDIVRRDWCQLACETGKKILNQLFSEQTNDTRIEEIFTILQNVSQKVRENK
VPLSSLIVTKQLSKNPHEYPDRKQPHVLVALRLNKDGGRMWKVGDTISYIICEDGTDKSA
TERAYHIDEFKKKDNLKIDINYYLMNQILPIVLRICEPIEGIDDVLLARNLGLENVYKSK
ATVSEDNHKALISINDEKFKYCLPFKFNCINEKCGAEITINGVISAFPEGDRLSLSKCSN
LECTMPPWKYIKVIQNILQLALRSFIDTYYECWIECENPLCSYRTRKMPLSFQGKYPKCT
KCPNAFMHKVYSDIQLYNQLFYYHHIFEINQPQYKSILSSYSREIISAYDTLRETVDKFL
YSSAYSNINLNAIFSSKESDNRKLSDKYFVQDKGLFEETYNFTCSMMDELDDESDILNLS
NKTLSTNTGT
NT seq 4533 nt   +upstreamnt  +downstreamnt
atgagcgaggcacaagaattcccttctggtagagctagaaggcaaaaacctgaaaaaagt
gcatgtgccttagcattacaaaagttgaaacaattgaaaggtagtaagaacaaatatgag
attgatgaattggaaaatgtttatgaggaagtcgatgaacaggaatattctaagactgtt
cgtaaacggcaaaatgatgattggattgttgatgatggtggaattggttatatagaagat
ggtagagaagtcttcgacgatgatttagatgacagtagtattcagaatgcgatgaagtat
agtacttcaggacctagaaagaagagaaaaattgttactaaaagcaaaaggagtattcaa
gatatgattatgcaaatgccctctaattcgaaaagtaaaaatacttttgatgatgatatt
ttaggagatttaatgagcgaacttaaaaaagaagataccaaaaaagtacctgttataaaa
aatagtaaaaataaattatgtaaaacatattttttaaataataatagcaatcaagacatg
gagaaaaagaaaaaagtaacaacaggtgacaacgatgtgctttcaatgattgacattatt
actattagtgatgatgaaccaatgtttgatacattaaataaaaacggttctacaaaagaa
ttaccaggtatcaaaacatcaaataatggtgcatgtgttcaaagtacaagtcaagaaatt
actaacgatgtcagcgatgagtctcagactgtaagcatagaaaaatatagtaatatgaat
gaagtatcgggtactcaaataattgaagatggaagtatagacatcagtgcatatatcgga
gatttgtctgaaatagattttgagaattcaagtttaaacgaaaatgaacatttgaaagaa
tcagtgccaacgacttcgagagctgagaatcattctaagattaaatctccaacactctgc
aaagattctgatatattggaggaaaatcaggaaatttttaatgaaatatggaacgatgat
tttggaatacaaacaacaaatgttgaagtttctgcagagaattcagatgtgtctatacca
tttattaaaaattctgctggagaagaaatatttcgtttttattggtgggatgcatatgaa
gatttttttaagcagccaggcaccgtattcttatttggaaaagtttatattccatctacc
aaaacgtactgttcttgctgtcttacagtaaaaaatattccaagaaggatttatctttta
cctcgagaatatataaaaaattcttccgattctgaacaaaaacgaactagcatgcatgat
gtgtatcaggagttcaatgaatttgctaacaaagtaggaattaaagaattcaaatctagt
caagtttcaaagtattatgcttttgagcaagaagatgtaccgaaattttcagactactta
gaagttagatattctacatattatccacttattgattcagcgtattcggggcctgctata
gaaaaagtttttggaacaacagttaaaagtttagagcttctacttatagaaagaaatatc
aaaggtccttgctggttggatgtcaaatgtgtaattcctacaggagtaaaatctagttgg
tgtaaattgaatgttacgtgcatgaaaatggaaaatatttcagttagttcagaatctcaa
aacttatcaatacctccaatgacaatagcaacattaaacgttcgtgtatcctcacattcc
aaatcgcaacaaaatgaagtagtaatggttggaattcttcttcgtcgtaaatataatatt
gacaaggaacggccaaaaccaccaaatttatttgaacaaagtttttgtgttataactaaa
ccacgagatcttttatggccaagacaagcacaagaaacactatcaaaaataaaatatact
acaataataaaatgtgataatgaacatgatctactcgaagaagtacttaaaataatagaa
aatgtaaatccagatttatgtattggttatgattgtggatttcaatttgatgttttgtta
catagaatttttaatcttcgagtattaaactggagtagaattggaaaattaagacgtagt
acacatcctattattaaaggaaaaatcaatataggtcaagcatttgctggccgttctgtt
tgtgacatacaaagttcagccaaagaattaaatttaaaagttaggagttatgatttggaa
tctctttgtatagcagtattaaaacaaaatgaaaatgaatacaaagaattaaaacctgga
gaatgtcctttgttttatgaatcgatagaaaaaatggaaaatctcataaaacgtacatta
atggaagcatcgtatattttgtctataacatttgaacttgatatattaccacttgcattg
caaattacgtctatagctggtaatactttatcaagaacactatcagctggccgttctgaa
agaaatgaataccttttattacatgctttttatttaaaaaattacataacaccagataaa
ttgcaaggaaaaataaataaaaataccgagggtgataatcctagaaggaaaaaagcagct
tatgcgggtggtttagtcttaactgcacaaaaagggttttatgatacgttgattttatta
atggattttaactctttataccccagtataatacaagagtacaatttatgttttaccacg
gtaccaggtgcagcatatgctaattatgaggatttagaaataccagattcgagtttagaa
ccaggtatcgttcctacagaaatacgtaaactcgtggaaagtagagttgaaataaaaaaa
ttaatgaacaagcctaatatttcttccgagttaaaaatgcaatataatatacgacaaatg
gctttgaaactcactgcgaattcaatgtatggatgtttaggtgcagcccattgtagattt
tatgctaagggattagctgctctaataacatcaaagggtagagaaatattgcaagataca
aaacgtatggtggaaaaattaaattatgatgttatttatggcgatactgattctataatg
ataaaaactaatattcttgattatgatgaagttttttctattggaaaaaagataaaacaa
gaggttaacaagttatataaaaaagtagaattagatattgatggtgtatttcgttattta
ttacttctacaaaagaaaaaatatgctgctgttactatggttaaattaccaaatggacag
attaaactaaaccaagaacataaaggtttggatattgttagaagagattggtgtcagtta
gcctgtgaaactggaaagaaaattttgaatcaactattttccgaacaaaccaacgacaca
cgaatagaagaaattttcactattttacaaaacgtttcacaaaaagttagagaaaataaa
gtgcctttatcttcattaattgttactaaacaactttccaaaaatccccatgaatatcct
gatagaaaacagcctcatgttttggttgcattgagattaaacaaggatggtggaaggatg
tggaaagttggtgacactatatcttatattatatgcgaggatggaacagataagtcggct
acggaaagagcttatcatattgatgaatttaaaaaaaaggataatttaaaaattgatatt
aattattatttgatgaatcaaatacttccaattgtattaagaatttgtgaaccaatagaa
ggaatagatgatgtattattagccaggaatttaggtttagaaaacgtttataagtcgaaa
gcaacagtcagcgaagacaaccataaagcactcatttcaataaatgatgaaaagtttaag
tactgcttaccttttaagtttaattgcataaatgaaaaatgtggagctgaaatcacaatt
aatggtgttatatctgcatttcctgaaggtgatcgtctatcattaagcaagtgttctaat
ctagaatgtacaatgcctccatggaaatatatcaaagtcatacaaaacattttacaactt
gctttgagatcttttatagatacttattatgaatgttggatagagtgtgaaaatcctctt
tgttcatacagaactagaaaaatgccattatcttttcagggaaagtatcctaaatgtact
aaatgcccaaatgcttttatgcataaagtttactcggatattcaactgtataatcaactt
ttttactatcatcatatttttgaaataaatcaacctcaatacaagtctatactaagcagt
tattcgcgggaaataatatcagcatatgacactttaagggagactgttgacaaattctta
tattctagcgcatattcaaatataaatttaaatgcaatattttcaagcaaggaatcagac
aatcgtaaattatccgataaatattttgtacaagataaaggccttttcgaagaaacatat
aattttacttgttcaatgatggatgaattagatgatgagagtgatatattgaatttaagt
aacaaaacactttcaacgaacacgggcacttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (21)   

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