KEGG   Ceratina calcarata (carpenter bee): 108626107
Entry
108626107         CDS       T06061                                 
Name
(RefSeq) DNA polymerase alpha catalytic subunit
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
ccal  Ceratina calcarata (carpenter bee)
Pathway
ccal03030  DNA replication
Brite
KEGG Orthology (KO) [BR:ccal00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    108626107
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:ccal03032]
    108626107
Enzymes [BR:ccal01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     108626107
DNA replication proteins [BR:ccal03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    108626107
SSDB
Motif
Pfam: DNA_pol_B DNA_pol_B_exo1 zf-DNA_Pol DNA_pol_alpha_N
Other DBs
NCBI-GeneID: 108626107
NCBI-ProteinID: XP_017882054
Position
Unknown
AA seq 1456 aa
MSDPQPSRSRRQKTDKTGRLSALERLKQLKGSKNKYEVEELDNVYEEVDEKEYTKTVIER
QSNDWIVDDGESGYIEDGREIFDDDLDDESVQEARKNKVAGPRKHTKEKIKKKQNIQNML
MNMPSKSKSAVVVNDDNILGDLMSELKKDNTPKRPESRTVKNKFCTTPKLSEKKNQQEEI
QINDDDDNDLLIFDKPKANVSKPKVSSQSKDSGFDQSTSQIISQIDSCDTVECTILNDEA
VTQNTKNTSCSQVIEIESEDFVHFDESDFTMDFKIDENEKSALPISKKNVEKEVSTPIKA
CETEQEEFDIDSLNKVLEIEFETQMSDIEMSTDTTEELPLPLSSGANNEDVFRFYWWDAY
EDPYKQPGVVQIFGKVFVPSTKEYCSCCVTVKNIPRRVYLLPRLYVKTSSKENKEQQLNT
IEDVYKEFNQFANKLGIKEFRSAKVTKFYAFEDEGTPIKSEYLEVRYSAQYPAVPADYSG
PCIERVFGTTVNALELFLIERNIKGPCWLDVKSPLRNDIQNNWCKIKVNCMKMESISVSP
ESKVIPPLVTTTLNVRASSNSKSQQNEIIMVAILIHRKYHIDREPPKPPFQQHFCLITHP
RDTPWPRQIREMFSTLSYTKVMKFETETELLEELLTIIHGADPDILIGYDCGFQFDLLMH
RMTALKVSNWSRLGRLKRSVPPMIRGRIHMNQVLAGRPTCDIQVSAKELNLKVRSYDLQS
LCVAVLKKKENECREIKPGESALFYNTTTKLDNLIKITLTEALYILSIVFELNVLPLALQ
ITCIAGNIISRTLTAGRAERNEYLLMHAFHLKQYITPDKRDAKKKTSEENTGRKKAAYAG
GLVLEPQKGFYDTLILLMDFNSLYPSIIQEYNLCFTTVPGAAYALDLEVPESNLEPGVIP
TEIRKLVESRVEVKKLMKAPNISPELRMQYNIRQMALKLTANSMYGCLGATHCRFYAKGL
AALVTAKGREILQHTKSLVEKMNYQVIYGDTDSIMINTNLLDYDEVFAVGRKIKQEVNKY
YKRIELDIDGVFRYLLLLQKKKYAAVTMTKLPSGQIELAQEHKGLDIVRRDWCQLACEIG
KKILDRLFSGQADEDRIIEVFNILRDVSGNVRENKVPLSSLVITKQLSKNPNEYPDSKQA
HVQVALRLNKEGGRMWKAGDTVPYIICNDGTERSATERAYHIDEYKKSDTLKIDVDYYLL
SQVFPIVLRICEPIEGIDDVLIATHLGLQNIYKSKKVYDYEEEAVLNVDRFKYCLPLKFN
CKDRKCQSEIIVKDITVETPTGQQLALAACSNLNCGVKPWTYANAIQNIAELSIHESINE
YYQGTLECENPMCGEQVDGIPLRYSDNYLICPECNDGQLHKAYSEMRLYDQISFYVHIFD
VSHSSYKSLLSQHPQGLREAYDTLKEAMERILNRNAYSIVDMSSIFCGFKKDDQATYLQI
KDVYDNDEYLPFEDEG
NT seq 4371 nt   +upstreamnt  +downstreamnt
atgagcgatccgcagccgagtagaagtagacgtcagaagactgacaagactggacggttg
tcagccttagaaagattaaaacagttgaaaggtagtaagaataaatatgaggttgaagag
ttggacaatgtttatgaagaagtcgacgagaaagaatatacaaagaccgtgatagaaaga
cagagcaacgactggatcgttgacgatggtgaaagtgggtatatagaagatgggagagaa
atttttgacgatgacttggatgatgaaagtgtgcaagaagcaagaaagaataaagtagca
ggtcctagaaagcatacgaaggagaagattaagaagaaacaaaatatccaaaatatgtta
atgaacatgccttcgaaaagtaaatctgcagttgtagtaaacgacgacaacattctagga
gacctaatgtctgagttgaagaaagacaatacaccgaagaggccagagtcaagaactgtc
aaaaacaaattttgtactaccccaaaattaagtgagaagaaaaatcaacaagaggagata
caaattaatgatgatgatgataatgatttattgatatttgataaaccgaaagcaaatgta
tctaagccaaaagtgtcgtcccaatcgaaagattctggatttgatcaaagtactagccaa
ataatttcacagattgattcatgtgatactgttgaatgtacgatattaaatgatgaagca
gtgactcaaaatactaaaaatacaagttgcagtcaagtgatcgagattgaaagcgaagat
tttgtacactttgacgaatccgattttactatggacttcaaaattgatgaaaatgaaaaa
tctgcgctacctataagtaaaaaaaacgtggaaaaagaggtttctactccaattaaagct
tgtgaaaccgaacaggaagagtttgacatagatagtttgaacaaagtgttagagatagag
tttgaaacacaaatgtcagacatcgaaatgtcgaccgacacaacggaagaactgccttta
ccactttcatctggtgcgaacaacgaagacgtatttaggttttactggtgggacgcttac
gaagatccatacaaacaacccggcgttgtacagatattcggaaaagtcttcgtgccttct
acaaaagaatattgttcgtgctgtgtaacagtaaaaaacatcccaagaagagtttatctc
cttcctagattatacgtgaaaacatcgtctaaggagaataaggaacaacaattgaataca
atagaagacgtttacaaagaatttaatcagttcgcgaacaaattaggaataaaggagttc
cgtagcgctaaagtgaccaagttttatgctttcgaggatgaaggaactccgataaaatct
gagtatttggaagtaagatattccgcgcaatatcccgcggtgcctgccgattattctggc
ccgtgtatagaacgcgtgttcggtacgacagtaaacgctttagagttattcctaattgaa
agaaatatcaagggaccatgttggctcgacgttaaaagtccactgcgtaacgatattcaa
aataactggtgtaaaataaaggtgaactgcatgaagatggagagcatatctgtttcgcct
gaatctaaagtgattccaccgctcgtaacaacgactctcaacgtgcgagcaagctcgaat
tctaagtcgcaacaaaacgagataatcatggtcgcgattctgatacatcgcaagtaccac
attgacagagaaccaccaaagccaccgtttcaacaacatttctgcctgatcacacatccg
cgtgatacgccttggccgagacaaatacgagaaatgttctcaacgctttcatataccaaa
gtaatgaaattcgaaacggaaacggagttattagaggaattgttaacgataatacatggg
gcagatccagacatattgatcggttacgattgtggctttcaattcgatctcttgatgcat
aggatgactgcgttgaaagtttcaaattggagcagactcggaaggctgaaacgttcggtt
cctcctatgataagaggaaggattcatatgaatcaagtattagccggccgacctacttgc
gacatacaagtttcagctaaagagttgaatctgaaagtacgaagttacgatctgcaatct
ctttgcgtggcggtattaaagaagaaggagaatgagtgcagagaaataaagcccggtgaa
tccgcattattttacaacactaccactaagctggataatttaattaaaataacattgacg
gaagcgttgtacattttgtctatcgttttcgaactgaacgtgcttccgctcgctttacaa
atcacgtgcatcgctgggaatattatatctaggacgttgacagcaggccgcgcagaaaga
aatgaatatttattgatgcacgcgttccacttgaagcagtatataactcctgataaacgt
gacgcgaaaaagaagacgagtgaagaaaacactggtagaaagaaagcggcttacgctgga
ggtttggttctcgaacctcagaaaggattctacgatacacttattttactgatggatttc
aactcgttgtatcctagtataattcaggaatataatttgtgcttcactaccgtgcctggt
gctgcgtacgctttggatttagaagttcctgagtctaatttagaacccggtgtaatacca
acggaaattcggaagttagtcgaaagcagagtagaagtaaagaaattaatgaaagcaccg
aacatttcacccgaactgcggatgcaatacaacatcaggcaaatggctttgaagcttact
gcgaattctatgtacggttgtttgggtgcgacccattgcagattttatgctaaaggactc
gctgctctagtcacagccaaaggtcgagaaattttgcaacatacgaagagtttggttgag
aaaatgaactatcaagttatatacggggacacggactctataatgataaatactaatttg
ttagattacgatgaagtcttcgctgttggcagaaagatcaagcaagaagtgaacaaatat
tataagcgaatagagttagacatcgatggcgttttccgttacttgttacttctacaaaag
aaaaaatacgctgcggtcacgatgacaaaactacctagtggacaaatagagttggcgcaa
gaacacaaaggtctcgacatcgtgagaagagattggtgtcaattagcctgcgaaattgga
aaaaaaattttggatcgcctgttctccggtcaagcagatgaagatcgaataatagaagtg
tttaatattctacgagatgtttcagggaatgttagagaaaataaagttcccttgtcttca
ctggttattacgaaacagttatcgaaaaatccaaacgagtacccggactctaagcaagct
cacgtacaagtagctttaaggcttaacaaggaaggtggaagaatgtggaaggcaggagat
acagttccgtatatcatatgcaacgatgggacagaaagatctgcgaccgagagagcgtat
catatagacgagtataaaaagagcgatactttgaagatagacgttgattattatttatta
agccaagtttttcctattgttttacgaatttgcgaaccgatcgaagggatcgatgatgtt
ttaatagccacgcatctcggtttgcagaacatttataagtcaaagaaagtatatgattac
gaagaagaagcggtactaaatgtagatagatttaaatactgtctgcctctgaaattcaat
tgcaaagacagaaagtgccagtcagaaatcatagttaaagatatcacagttgaaacgcct
acaggacagcaattggcacttgccgcctgttcgaatctaaactgcggtgtaaaaccgtgg
acgtatgccaatgcaattcaaaatatagcagaactttctatacacgagtcgattaatgag
tattaccaaggaacgttagaatgtgaaaatccaatgtgcggtgaacaagtagacgggatt
ccattacgttactctgataattatctgatctgtcccgagtgcaacgatggccagttgcac
aaagcatattcagagatgagactttatgatcagatcagtttttatgttcacattttcgac
gtcagtcattcgtcgtacaaaagtttattatctcagcatccacaaggcttgagagaagcc
tatgatactttaaaagaggcgatggaaagaatattaaatcgaaatgcgtattctatcgtc
gatatgtcaagcattttctgtggctttaaaaaagatgatcaagctacgtacctacaaatt
aaagatgtatacgacaacgatgaatatttgccatttgaagacgaaggataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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