KEGG   Olea europaea var. sylvestris (wild olive): 111381974
Entry
111381974         CDS       T05244                                 
Name
(RefSeq) dual specificity protein kinase YAK1 homolog
  KO
K18670  dual specificity protein kinase YAK1 [EC:2.7.12.1]
Organism
oeu  Olea europaea var. sylvestris (wild olive)
Brite
KEGG Orthology (KO) [BR:oeu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:oeu01001]
    111381974
Enzymes [BR:oeu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.12  Dual-specificity kinases (those acting on Ser/Thr and Tyr residues)
    2.7.12.1  dual-specificity kinase
     111381974
Protein kinases [BR:oeu01001]
 Serine/threonine kinases: CMGC group
  DYRK family [OT]
   111381974
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr APH RIO1 Kdo Phage_TAC_1
Other DBs
NCBI-GeneID: 111381974
NCBI-ProteinID: XP_022861584
Position
Unknown
AA seq 961 aa
MDAVNSSSKEGDSQPLEQAVDESSTSFSSASVLMPWRPRQLAFGPYSPSVNTDTRPQSLR
VVVRRPLVARLTKDIVEIYQICNPQFGYSEEFIPKRFLTSPSTGVLNDGCDNANSDLILT
VNLPLVNLETQRRYIIKDMLGHGTFGQVAKCWVAETNSFVAVKIIKNLPAYYQQALVEVS
ILTTLNKKFDPEDKNHIVRIYDYFVHQRHLCIAFELLDTNLYELIKLNHFRGLSLSIVQL
FSKQILRGLALMKDAGIIHCDLKPENILLCTSVKPAEIKIIDFGSACMEDRTVYSYIQSR
YYRSPEVLLGYQYTTAIDMWSFGCIVAELFLGLPLFPGASEFDLLRRMIKILGGQPPDSM
LRKAKSTSKFFKFVGSIKHEESGQIPTSSSSMYQVLSEEEYEARESKKPSIGKEYFSHMN
LEAIVTKYPYRKNLAEEDIVKESQIRLALIDFLRGLVEFDPAKRWSPLQASKHPFVTGEP
FTSPYKPTPETPRVPVSQNVKVDHHPAGGHWFAAGLSPNISGRNQVMMPNSPHYHVMSYV
HAGSYGSLGSHGSYNDGMGLGSSYGSYGDNSDLPAFYSPVGPSGMNIYAQNGASILGSSP
DARRIMHLPHGNGVGFSPGTFVPMSLGSSPSQFTPPSSYSQISAGSPGHYGPTSPVRGNC
HGSPLRKVAAGSHYNRRKSWAYPGSVQSLDNTSPSSCQGRISDTTVSGHAEGNSHAFSVP
SHLQPNSNTAAWRLQQGGSSITPGYSSHSIVNSSTLGAHMPPAKGRGNDRSEASTSLPDP
GDWDPNYSEELLLQEDSSDVNGTVTEFKEMHLGQPLVSTEPQIGVSRFNRVTDPSFSIQR
PSGPSVQPLSLGNVGSTSGNHDMHGGYVHHMTKQPHFTPQNSPSRLGQLANQRNNQGRST
GFRGSEWNHFNVQPPQSSYNSGAPHSPRGSGLQWGRRGNYPFSNIPPASHSHGRKEYGRT
T
NT seq 2886 nt   +upstreamnt  +downstreamnt
atggatgcggttaacagtagtagcaaggaaggtgactcccagccattggaacaggcagtg
gatgagagttcaacatcattttcgtcagcatcagtgctgatgccatggcgtcctaggcag
cttgcatttggtccttattcgccttctgtaaacactgatacaaggccccaatctttgaga
gttgttgttagaaggcctttggtggcacgattgactaaggacattgttgagatatatcaa
atatgcaaccctcaatttggttattcagaagaatttattccgaagaggttcctgacgtct
ccatccactggggtgttgaatgatggctgtgataatgcgaactcagacctgattcttact
gtaaatttaccgttggttaatttagagacacagcgaagatacattatcaaggatatgctt
ggccatggaacatttgggcaggttgctaagtgctgggttgctgaaacaaatagctttgtt
gctgttaaaataattaagaatctacctgcttactatcagcaagcacttgttgaagtttca
attttaacaacattaaataagaagtttgatcccgaagataagaaccatattgttcgaata
tatgattattttgtgcatcaacgacacttgtgcatcgcttttgagctgcttgacaccaat
ctgtatgagcttataaagttaaatcattttaggggactgtcattgagcattgtgcagcta
ttctcaaaacagatattgcgtggactggctctgatgaaagatgctggcataattcattgt
gatttaaaaccggaaaacattcttttatgtacaagtgtaaagccggcagaaatcaagatt
atagactttggatcagcatgtatggaagatcgtacagtttattcttatattcagagtcgc
tactatagatctcctgaggttcttcttggatatcaatatactacggcgattgacatgtgg
tcatttgggtgcatagtcgcggaattgtttctagggcttccattgttcccaggagcttcg
gagtttgatcttctaaggagaatgattaagatattagggggccaacctcctgacagtatg
ctacggaaggccaaaagcactagcaagttctttaaattcgtagggagcatcaagcatgaa
gagagtggccaaattcctacaagtagtagtagcatgtaccaagtcttgtcagaagaagaa
tatgaagctagggagtcaaaaaaaccatcaattgggaaggagtactttagtcacatgaac
cttgaagctattgtcacaaagtacccttataggaagaatttggcagaggaagatattgtt
aaagaaagtcaaatacgattagctctgattgatttcttaagggggcttgttgagtttgat
ccagcaaaacggtggtcaccattgcaggcatcaaaacatcctttcgtgactggagaacct
tttacaagtccttacaaacctactccagagactcctcgtgtgcccgtctctcaaaatgtc
aaggtggaccatcatccagctggtgggcattggtttgctgctggtctctcccctaatatt
tcaggcaggaaccaagttatgatgccaaatagcccgcattatcatgtaatgtcatatgtg
catgctggtagttatggtagtctgggaagccatggtagctacaatgatggcatggggcta
ggaagcagttatgggagctatggtgataatagtgatttgcctgcattttattctccagtg
ggtccatctggaatgaatatctatgcacaaaatggtgcgtcaattcttgggagtagtcct
gatgcgaggcggatcatgcatttaccacacgggaatggggttggtttcagccctggaact
tttgtgcccatgtccctcggctctagtccttcacaatttactcctcctagctcatatagt
cagatttctgctggttcacctggacattatggtcctacttcccctgtacgaggcaattgt
catggatcacctttgagaaaagttgctgctggtagccattataacagaagaaagagctgg
gcatatcctgggagtgtacaatctctagataacacgtcaccttctagctgccaagggcgc
atttcagataccaccgtctctggccatgctgagggaaactctcatgccttcagtgttcca
tcacatttacagcctaattcaaatacggcagcctggaggctacaacaaggaggcagtagt
ataacccctggttactcttctcacagtattgtgaattcctcgacacttggtgcccacatg
ccacctgccaaagggcgtggaaatgacaggtctgaagctagtacctcattgcctgatcca
ggagattgggatcccaattacagtgaagaactacttttgcaagaggatagttcggatgtg
aatggcacagtgacagaattcaaggagatgcatcttggtcagcctctagtttctacagaa
ccacaaattggagtctcaagattcaaccgggtcacagatcctagtttttcaattcaaagg
ccaagtgggcccagtgttcagccattatcacttggcaacgtaggtagcacttctggaaac
cacgatatgcatggtggctatgtccaccacatgacgaagcaaccccattttactccacaa
aattctcctagccgtttgggccagctagctaatcagcgaaataaccaagggagatccact
ggtttccgtggcagtgaatggaatcattttaacgtccagccacctcaatcaagctataat
tctggcgctcctcattctcctcgtggcagtggcttgcaatggggacgtagaggcaattac
ccgttctccaatattccaccagcttcccattctcatggaagaaaagagtatggaagaact
acttaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (45)   

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