KEGG   Vigna angularis (adzuki bean): 108335998
Entry
108335998         CDS       T04660                                 
Name
(RefSeq) DNA polymerase alpha catalytic subunit
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
var  Vigna angularis (adzuki bean)
Pathway
var03030  DNA replication
Brite
KEGG Orthology (KO) [BR:var00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    108335998
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:var03032]
    108335998
Enzymes [BR:var01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     108335998
DNA replication proteins [BR:var03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    108335998
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N DNA_pol_B_2 DNA_pol_B_exo2
Other DBs
NCBI-GeneID: 108335998
NCBI-ProteinID: XP_017427757
UniProt: A0A0L9UR18
Position
6:complement(3102946..3115312)
AA seq 1534 aa
MADEEPVSGRRRPRGPESTARSEALERLKARLRGGRRSDGTGPQIRLENPVYDTVPEDEY
NALVAKRREQARSFIVDDEGIGYGDEGEEEDWSQAGFTLSSDESEGESERPKRKKVEKKD
PQPKRPSSSLSAAAAMMGGQRLSSMFTSSVFKKSRDDKVCESIVDDVIAEYAADETDRLR
RRRAKGNSSSTSDANNVLRVNTAFRDKPSVCMIQDSSSLPEHGNPDSVKVFVESGGFDSG
FEPKSVVVSEVQDFGRGSSENGQTPTVVANDSQVKECMVEVKADAKKEVFTLNAKVKEAD
DTALSATAGWKEAIRGAGGVDVTDSKDALENLHLEFDLEEDGSLPFYILDSYEEFYGENR
GTIYLFGKVKTGDLYQSCCVIVKSMQRCVYAVPSRPLLRTEEMMSLERDVQESRISSADF
FKKLQDAVADVKNEIAQHLVNLDVSNFSMAPVKRKYAFDRFEVPTGENYVVKINYSFKDP
VLPADLKGESFCALLGTSCSALELFLIKRKIKGPSWLQVSKFATSSSSRRVSWCKFEVTV
DSPKHIKTSAPSKITYNIPPVVVAAINLKTTINEKQNINEIVSASVVCCNMVKIDAPMMA
SEWRRPGRLTHFTVVRKLDGSIFPMGFNKEVTDRNLKAGSNILCAESSERALLNRLMLEL
HKLDCDVLVGHNISGFDLDVLLHRSQACKVASSMWSKLGRLNRSTMPKLGRRSKVFGSGA
DPGIMSCIAGRLLCDTYLCSRDLLKEVSYSLSHLAKSHLNKFRKEVAPHEVPKMFQSAES
LMELIEYGETDAWLSMELMFYLSILPLTRQLTNISGNLWGKTLQGARAQRVEYLLLHTFH
AVKYMVPDKFSNYSKETKLTKRRVTHDAEDSNYDVDVDDVNYDNDASEADNKKSKKGPSY
AGGLVLEPKKGLYDKYILLLDFNSLYPSIIQEYNICFTTVEKSLDGSFPRLPSSKTTGVL
PEVLKNLVDRRKKVKSWIKNEKKKNEKADPIRVQQLDIQQQALKLTANSMYGCLGFSNSR
FYAKPLAELITLQGREILQSTVDLVQNALNLEVIYGDTDSIMIYSGLDDIEEANKIAVKV
IQEVNKKYKCLEIDLDGLYKRMLLLKKKKYAAVKLLFKDGTPYEVIERKGLDIVRRDWSL
LAKELGDFCLTQILSGGSCEDVVESIHNSLMKVQEEMRNGQVPLEKYVITKTLTKPPEAY
PDAKNQPHVLVAQRLKQQGYSSGCSVGDTIPYIICYEQGGSSGSAGGIAQRARHPEELKR
EQGTWLIDIDYYLSQQIHPVVSRLCASIQGTSPERLADCLGLDSSKFHHKSSEAFNDDSS
SLLLSAANDEERYRGCEPLVLSCPSCSGTFDCPPVSKSICCFLGSGMTTSVSTEESDFNF
WRKLCCPKCPEDVKISPAMIANQVKRQADMFVLMYYKGLLTCDDETCKHTTRSISLRLVG
DSERGTVCPNYPRCNGRLLRKYTEADLYKQLSYFCHVFDTVSCIEKMEAKSRITIEKELI
KIRPMIDPAASTAQKIRDRCAFGWVRLEDLVISV
NT seq 4605 nt   +upstreamnt  +downstreamnt
atggcggacgaggagccagtaagcggaaggagaaggcccaggggaccggagtccaccgct
cgcagcgaagcgttggagcgtctcaaggcccgcctccgcggtggtcgtcgatccgatggc
actgggcctcaaatcaggttagaaaaccctgtctacgacactgtccctgaggacgagtac
aatgccctcgtcgccaagcgccgtgaacaggcgcgctcctttatagtcgacgacgaagga
atcggatacggcgatgagggcgaggaagaggactggtctcaggccggattcactctctcc
tctgatgaatccgaaggcgagtcggagaggccgaaacggaagaaggtcgagaagaaggat
cctcagccgaaacggccttcttcatcgctctccgccgctgcggccatgatgggagggcag
aggttgtcctccatgttcacttcctccgttttcaagaagagcagagacgacaaagtctgc
gagagcatcgtcgacgatgttatcgcggagtacgctgcggacgagactgatagactgagg
cgtagaagggcgaaagggaattcctcttccacttctgacgcaaacaatgttttgcgtgtt
aataccgcgtttagggataagccttctgtttgtatgatacaagattcttcttcattgccg
gaacatggtaaccccgactctgttaaggtatttgttgagagtggtggttttgactcgggg
tttgagccaaagagcgtggtggttagtgaagtccaagatttcgggcgtggtagttctgag
aatgggcagacaccgacggtggtagccaatgattctcaagttaaagaatgtatggttgaa
gtgaaagcggatgcaaagaaggaggtgttcactttgaacgcgaaggttaaagaagcggac
gacactgcattgtctgctactgctggttggaaggaagcaatacgcggtgctggtggggtt
gatgttactgattcaaaggatgctttggagaacttacacttagagtttgatctggaggaa
gatggatcactgcctttctacatattagactcctacgaggagttttatggggaaaacagg
ggcaccatttatctctttgggaaggttaagactggggatttgtatcagagttgttgtgtt
attgtcaagagcatgcagaggtgtgtctatgcagttcctagccgacccttgcttcgcact
gaagagatgatgagtctcgagagagatgtccaggagtctcgaatttcttctgcggatttc
tttaaaaagctgcaagatgcagtagctgatgttaagaatgagatagcacaacatctggtg
aatttggatgtttcgaactttagtatggcacctgttaagaggaaatatgcatttgatcga
tttgaagttcctacaggggaaaattatgtggtgaaaataaattattcattcaaggatcct
gtacttccagcagatctcaaaggagaaagtttctgtgctctcttaggaactagttgcagt
gcccttgagctttttctgattaaacggaagataaaggggccttcatggctacaggtttca
aagtttgctacaagctcatcttcccgaagggttagctggtgcaaatttgaagtaactgtt
gactctcctaaacacataaaaacatcagctccttcaaaaatcacttataatattcctcca
gtggttgttgcagcaataaacttgaaaaccaccataaatgaaaagcagaatataaatgag
attgtatcagcatccgttgtctgttgtaacatggttaagattgatgcccctatgatggct
tcagagtggaggagacccggaaggctgacccattttactgttgttcgtaaacttgatggg
agtatatttccaatgggattcaacaaggaggttacggacagaaacttaaaagctggttca
aatattctgtgtgctgaaagcagtgaaagagctttattgaaccgcttgatgttagaattg
cacaagttggattgcgatgttctggttggacataatatatctggatttgacctggatgtt
cttctccacagatcccaggcctgcaaagtggcaagcagcatgtggtctaaactaggccgc
ctcaacagatcgactatgcctaaacttggaagaagaagtaaggtttttggttctggagca
gatcctggtatcatgtcatgcattgctggcaggcttctttgtgatacatacttgtgttcc
cgtgacctattaaaggaggttagttactctttaagtcaccttgcaaaatcacacctgaac
aagtttcggaaggaagttgctccacatgaagttccaaaaatgttccagtcagcagaatcg
ctaatggagcttattgaatacggtgaaacagatgcatggttgtctatggaactaatgttt
tatttaagtattcttccactcacccgtcagctgactaatataagtggtaatctgtggggg
aaaactcttcagggtgctcgagcacagagggttgaatatcttttgctgcatactttccat
gcagtgaaatatatggtgccagacaagttctcaaactattctaaagaaacgaaattgacg
aaacgtagagtaacccacgatgctgaagatagcaactacgatgtagatgttgacgatgta
aactatgacaatgacgcttctgaagctgataataagaaaagcaaaaagggtccttcttat
gctgggggactggttttggagccaaagaagggtctatatgacaaatatatactgcttctg
gatttcaacagtctttatccttctattattcaggaatacaatatttgctttacaactgtt
gaaaaatctttggatggatcttttccacgtctaccatctagtaaaacaactggagtcttg
ccagaggtgctgaaaaatctggtagataggaggaagaaggtaaagtcgtggataaagaat
gaaaaaaagaagaatgaaaaagctgatcctataagggttcagcaactggatattcagcag
caagcactaaagcttactgctaacagtatgtatgggtgcctgggattttccaattcaaga
ttttatgctaagccgttggctgagcttattactttacaaggaagggagatactgcagagt
actgttgatttagttcagaatgccttgaatttagaggtgatctatggcgacacggattca
ataatgatttacagtgggctggatgatattgaggaagctaataaaattgctgtaaaagtt
attcaagaggtcaataagaaatataaatgtttggaaattgatcttgatggtttatataaa
agaatgctgcttctcaagaaaaagaagtatgcagctgtaaagttgctgtttaaagatggc
accccatatgaggtgattgaacgtaaaggtcttgacattgttcgtcgtgactggagctta
ttagctaaagaattaggagatttttgcttgactcaaattttgtctggagggtcatgtgaa
gatgtagtggagtcaatccacaactcgctcatgaaggtacaagaagaaatgaggaacgga
caagtaccattagagaaatatgtcattacgaagacattgactaaacctcctgaagcttat
cctgatgccaagaaccagccacatgttcttgtggcacaaagattgaagcaacaaggttac
tcttctggctgttctgttggtgatacaatcccgtatataatttgttatgaacagggtggc
agttcaggcagtgctggaggcattgctcaacgtgctagacatcctgaagaacttaaacgg
gaacaagggacatggctgattgacattgattactatttatcacaacagatccatcccgta
gtatcacgcctctgtgcatcaattcagggaacaagcccagaaagactggctgattgctta
ggtcttgactcctcaaagtttcatcataaatcaagtgaagcttttaatgatgattctagc
agtttactcttgtctgctgctaatgatgaagagaggtatcggggatgtgagccgttggtg
ttgtcatgccccagctgctctggtacatttgactgcccacccgtctctaaatctatttgc
tgcttcttgggaagtggaatgacaaccagcgtatccaccgaggaatctgacttcaatttc
tggcgtaagctgtgttgtcctaaatgccccgaagatgtcaaaatttctccagcgatgata
gcgaatcaggtcaaaaggcaagcagatatgtttgttttgatgtactataaaggtttacta
acgtgtgatgatgaaacgtgtaagcatacaacgcgaagtatcagccttcggttggttggt
gattccgagagaggaactgtttgtccaaattatcctcgctgcaatggtcgtctgcttaga
aagtacactgaagcagacttgtacaagcagctctcgtatttttgccacgtgtttgacact
gtttcttgtatagaaaagatggaggccaaatctagaataactatagagaaagagttgata
aaaattaggccgatgattgatccagcagcttcaacagcgcagaagatcagggaccgttgt
gcctttggatgggtgagactggaggatctggtcatatcagtttaa

  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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (19)   

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