KEGG   Helianthus annuus (common sunflower): 110929290
Entry
110929290         CDS       T05101                                 
Name
(RefSeq) myb-binding protein 1A-like protein
  KO
K02331  DNA polymerase phi [EC:2.7.7.7]
Organism
han  Helianthus annuus (common sunflower)
Brite
KEGG Orthology (KO) [BR:han00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:han03036]
    110929290
   03400 DNA repair and recombination proteins [BR:han03400]
    110929290
Enzymes [BR:han01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     110929290
Chromosome and associated proteins [BR:han03036]
 Eukaryotic type
  Chromatin remodeling factors
   B-WICH complex
    110929290
DNA repair and recombination proteins [BR:han03400]
 Eukaryotic type
  Other factors with a suspected DNA repair function
   DNA polymerases
    110929290
SSDB
Motif
Pfam: DNA_pol_phi Peptidase_C98
Other DBs
NCBI-GeneID: 110929290
NCBI-ProteinID: XP_022028112
Position
3:complement(115434383..115440840)
AA seq 1315 aa
MGSKKRSSDSVEVDNHKSDTNVDELRKTMKKMKKSRKDDGEVTNPVNLSSDDEVDKVSSE
RSKKKLKKGKKSDGEVAVTNPKSNDNKSSADKPMERKKKRKALDKEKHRASSDDNGEVKA
KVESLEVKEVENRASNGLPEFHIGVFKDLGSADVSVREAAAERLVMELKEVQKAYDMLEK
KENVEGEGELKLEAEKNDGLNNCAPSVRYAVRRLIRGVSSSRECARQGFALGLTMLVGEV
SSISLDSLLKLIVDLLEVSSSMKGQEIKDCLLGRLFAYGSLARSGRLSQQSDDDSEHVKA
FTSSVISLATKKRYLQEPAVEIISQLSEKLPVEVVLKQVLEAPGLHEWFEGAIEAGNPDA
LLLALKLREKVAADDKLFGKLLPDSYSSSTLFSVDHLSSLANCFKESTFCQPRVHGVWPV
LVNILLPEISPQHADSATGLNSAKKHKKSRKSSSYDEDIQKNLQNFWDIIIERSLLLSSH
DRKHLVFDIILLVLPRLPVSCIPIVFSFKIIQCLVDILSTKDSWLYKFAEYFLKELLEWV
SHDDGRRVAVTMAMQKHSNGKFDSITRTKTVKDLMSGFSTKSGCMLFIQNLIDMFLDVTP
ASEEPSDQSQTTDDNSEIGSIEEKSSVEPRGTSDFLKSWVVDSVPSVLKHSKLDNEEKFC
VQKEILKFLAVQGLFSSSLGTEVTSFDLDEKFRWPKTATSSSLRGMCIEQLELLLANAQK
GEGPHAVASGREANDLGSYFMRFLSILRNIPSVSLFRSLSDDDEKAFRKLQAMETQLSRE
ERNCGMSADANKLHALRYLLIQLLLQLLLRPGEFSEAVSEITICCKKLFPSPDPLDSDDE
PDDNDDDEAPELMDVLVDTLLSLLPQSSAPMRSAIEQVFKYYSEDVTDNGLFRMLKVIKK
DLKPARHQETDSDDEDDDDDDDLLEIEEAEDSDSDDEAETGDNTSAGDDGDLIEQSEDSE
GGTIGKEPHEEEDSDESDGGMDDEAMFRMDSYLAQIFKEKRNQAGGETAHSQLVLFKLRV
LSLLEIYLHENRGKPQVLRVFTNLAQAFVNPHTTEGSEQLGDRICKIIEHEIFKAKHYPR
GESVQLSVLEPLLEKNLKLAAKPFKKKKSAVTPSKKKQSASFQRYRKIVNLAQNSTYWIL
KLIDSRSFSEDELERVYDILKNAMVRYFDDKNSQLKPQFLKEIFRRWPWVGQHFFGFLVD
KCAGAKSKFRQVEALDLILEILKPHVLVKDGNDEGKEMISVHLSRLSNLIKELVTNMPEK
QAKRAEVRKFCGKIFTCLTTYKLSTQFLESLDSEVHSSCESQIGKAFLDLKRQQA
NT seq 3948 nt   +upstreamnt  +downstreamnt
atgggtagtaagaaaagaagttctgatagtgtagaagtagataatcacaaaagtgacaca
aacgttgatgaattaaggaaaacaatgaaaaaaatgaaaaaaagtaggaaggatgatgga
gaggttacaaatcctgttaatttaagctctgatgatgaggttgataaggtttcgagtgag
cgttcgaagaagaaactgaaaaaggggaagaagagtgatggagaggtagcagtaacaaat
cctaagagtaatgataataagtctagtgcggataaaccgatggagcggaagaagaaacgg
aaggcgttggataaggaaaagcaccgggctagttcggatgataatggtgaagtgaaggcg
aaggtagagagtttggaggtgaaagaagttgagaatagagcgagtaacggtttgccggag
tttcatataggggtgtttaaggacttagggtccgctgatgtgtcggttagggaggctgct
gctgagaggttggtgatggagttgaaggaggttcagaaggcttatgatatgttggagaag
aaggaaaatgttgaaggtgaaggtgagttgaagttggaagctgagaaaaatgacgggttg
aataattgtgcaccgtctgtgagatatgctgttcgaaggcttattcgtggtgtttcatca
tctagagagtgtgcaaggcaaggatttgcattgggtttgactatgttagttggtgaggtt
tccagtatttcattagactcgctgctgaaactaattgttgacttattggaagtatcttct
tcaatgaagggtcaggaaatcaaagactgtcttttaggtcgtttgtttgcttatgggtct
cttgcacgatcaggaagactttctcaacaaagtgatgatgattcagagcatgtaaaagca
ttcactagctctgttatttcactagccactaagaaacgctatcttcaggagcctgctgtc
gagattatctcgcagttgagtgaaaagttgcctgttgaagttgtgttgaagcaagttcta
gaagctccgggtctccacgaatggtttgaaggagccatagaagctggaaatcccgatgcg
ttacttctagctcttaagctcagagaaaaagtagctgctgacgacaaattgtttgggaag
ctcttacccgattcatacagttctagcacattgttttctgttgaccatctatcctctctc
gcaaattgctttaaggagtctacattttgtcagcctcgagtccatggtgtatggccagta
ttggtgaatatcctgttacccgaaatttcaccacaacatgctgattcagcaacaggattg
aactctgcaaaaaagcacaaaaagagtcgcaaatccagctcttacgatgaagacattcag
aaaaacctgcagaatttctgggatattatcattgaaagatcacttcttttatcatcacat
gatcggaaacacttggtgttcgatattatacttcttgttctaccaaggctgcctgtatct
tgcattcccattgttttttctttcaagattattcaatgtctagtggatattctctccaca
aaggattcatggctgtacaaatttgcggaatactttttaaaagaattgttagagtgggtc
agccatgatgatggtagacgcgtggcggttactatggctatgcagaaacacagcaacggg
aaattcgatagcattacgaggactaaaaccgttaaagatttgatgtcgggtttcagcacc
aaatcaggctgcatgctttttatccaaaacctaatcgacatgtttcttgacgtgactcct
gcttcggaagaaccgtcggatcaaagtcaaacaaccgatgataattccgaaattggttca
atcgaggaaaagagttctgtcgaacctcgtggaacttctgattttcttaaaagctgggtt
gtagactccgtccctagtgtgttaaaacattcgaaactcgataacgaagagaagttttgt
gttcaaaaagaaatcttgaagtttttggctgttcagggtttgttttcttcttctctcggg
actgaagtgacttcattcgatttagatgaaaagtttagatggccgaaaactgctacttcg
agttctcttcgcgggatgtgtatcgagcaactggagttattgttggcgaatgctcaaaaa
ggagaagggccccacgctgttgcaagcggacgtgaagccaatgatcttggttcttatttc
atgcggtttcttagtattttacgtaatattccttcagtctctctgtttagatcattgagt
gatgacgatgaaaaggcgtttagaaaattgcaagcgatggaaactcagctttcaagagag
gaaaggaactgtgggatgagtgcggatgccaacaaattgcatgcattgaggtacttgctc
atccaattgctgctacaactcttactcagaccaggagagttttcggaagctgtatcggaa
ataacgatatgctgcaagaagctcttcccgtcacctgatccgcttgattcagatgacgaa
ccagatgataatgatgatgatgaagcgcctgaattaatggatgttttggttgatacactg
ctctccttgctccctcagtcttccgctcctatgcggtctgccattgagcaggttttcaaa
tactacagtgaagatgtgacagataatggtctgtttaggatgttaaaggttataaaaaag
gacttaaaaccagcaagacatcaagagacagacagtgacgatgaagatgatgacgatgat
gatgatcttttggaaattgaagaagcagaggattcagattctgatgatgaagcagaaaca
ggtgataatacttctgctggtgatgacggtgatcttatagaacagtctgaagactctgaa
ggaggaactataggaaaagaacctcatgaagaagaagattcggatgaatctgacggtgga
atggatgatgaagcgatgttcagaatggattcttatctcgcccaaatttttaaagaaaaa
cgtaaccaagccggtggtgaaaccgctcattctcaacttgttcttttcaaacttcgcgta
ctttctttgttggaaatttaccttcacgagaatcgaggtaaaccacaagtgctgagagta
ttcacgaatcttgcacaggcgtttgtgaacccacatacaaccgaaggcagtgagcagctt
ggtgaccgtatttgtaaaatcattgagcatgagatattcaaagcaaaacactacccgaga
ggagaatccgtgcaactatcagttctcgaaccacttttggaaaaaaatctgaaactagca
gcgaaaccgtttaagaaaaagaagtctgcagtcaccccatctaagaagaaacaatctgct
tctttccagcgataccgaaagatcgttaatctcgctcagaactcgacttattggattcta
aagcttattgattcaagaagtttctctgaagatgaattggaaagggtgtatgatatatta
aaaaacgctatggtgcgttattttgatgataaaaactctcaactgaaaccccaattcttg
aaagagatattcaggaggtggccgtgggttggtcaacattttttcgggtttcttgttgac
aaatgtgccggtgcaaagtcgaagtttaggcaagttgaagcactcgacttgatattggaa
atattgaagccacatgttttggttaaagatggaaatgatgaagggaaagagatgataagt
gttcatctttctcgacttagtaatttgatcaaggagctagtgacaaatatgcctgaaaag
caagcaaaacgggctgaggtgcgaaaattctgtggtaagatctttacttgtttgaccact
tataaactatcgacacagtttcttgaatctttggattccgaagttcattcgtcatgtgaa
agtcaaatcggtaaagcttttcttgatttgaaaaggcaacaggcatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (41)   

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