KEGG   Exaiptasia diaphana (Aiptasia): 110231158
Entry
110231158         CDS       T05080                                 
Name
(RefSeq) dual serine/threonine and tyrosine protein kinase
  KO
K16288  dual serine/threonine and tyrosine protein kinase [EC:2.7.12.1]
Organism
epa  Exaiptasia diaphana (Aiptasia)
Brite
KEGG Orthology (KO) [BR:epa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:epa01001]
    110231158
Enzymes [BR:epa01000]
 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
     110231158
Protein kinases [BR:epa01001]
 Serine/threonine kinases: Other
  Other
   110231158
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr Dynamin_N MMR_HSR1 Kdo Pkinase_fungal APH SRPRB AAA_16 AIG1 RsgA_GTPase FtsK_SpoIIIE Drc1-Sld2 Kinase-like
Other DBs
NCBI-GeneID: 110231158
NCBI-ProteinID: XP_020891805
Position
Unknown
AA seq 954 aa
MDNMDLQLRASFDEFRRNKNAMEQIHKDTLVCFQNIEKALGSHKLGKELAHEIVTEMTMA
KQGSVDASMILVELEGTDATTLTSSLSDILYTKEEQEEVSALFAQSPALIVVGQTNSGKS
SIINEILRSRIVSTSDQPCTSRIVKLTYSKEDYVRLVDRRGKTIEEFKPNDKKIPREMIE
LREGDRASENRVTAKIEAGFDIPFLKSGVDIIDSPGRDENEALDELVRVQLKNILPFIVY
VIDGHNLFTALDKSVLDEINERKSDLDIFFVVSKIEPQEEDSSDEEEEEDDEDDDYESVQ
DNKKRRVFEQLVKNGLLTDDKEIKDQEYFHGLSAWKLSEYRRKKRKNPDWNDPHKSYKEY
IDAFERFQSCLKNFSDTSLKASTRRSCQTLISVLQRCLYFFIEKANSLKQNRDSVIAMLN
RIEEEEKLVHDNVAQQVEKHKSEIVDVMVQAIDDLKGTVPQEARTFQYGEEFSLPIRDGF
VKSKEAVSQCRKQIQQLVFNAVFKRIEVTLMKMFSTRDNFFEELEQRVKTIEEEAALDET
TTYEASAALHNNLVKCYQVNPDIRSNGFSWEKLFKKFREILVAFLKHPRATITGKVKVGD
PEWKSKTALETISEINVPQVATELIKSLKSHFESCHNQFIEQLKNILRVLRRGGTLKDEQ
RKVILDFAPDVASLEMLCHSVNDHARFGRPQPGEMIGAGAQGNVFTCRNIVTPEGKPCVV
KVVPVGSESLLKDLTLELHTTRTISHPNILPIVCTTIEPNPSTGIRVSIVTERMKCDLQN
ALKEIPSLRIRLMILLDVALALQYLHHKGLMHRDIKLQNVLVDENNRGYLTDFGLCKPEG
LASGSLVGTPIAMAPEMIAQCYSKSVDVYAFGILMWRVCEGQGNQPQNIFLFPVPLIMLA
INAKEKRKPEHKDCFLPSCWKLMEKCWGDDPEARPSFDDIVKDLKQILDDKCII
NT seq 2865 nt   +upstreamnt  +downstreamnt
atggataacatggatctacagctgcgtgcttccttcgacgagttcagacgaaataaaaat
gcaatggagcaaattcacaaggacacactcgtttgctttcaaaacattgagaaagcacta
ggttcacacaaacttggcaaggaactagctcatgaaatagtcacagaaatgaccatggcc
aaacaagggtcagtagatgcaagtatgattctagtcgagctagaaggtacggatgctacc
acactaacatcatcactctctgacatcctctacaccaaagaggaacaggaagaagtatct
gcattattcgctcagagccctgcacttatagtggttgggcaaaccaacagtggcaaaagc
tcgataattaatgagattttacgtagtcggatcgtctcgacatcagaccagccgtgtaca
tcccggattgtaaagctgacatattccaaagaagactacgttcgtcttgtcgacagaagg
ggcaagacaatagaggaattcaaaccaaacgacaagaagataccgagggaaatgatcgag
ctaagagaaggagatcgagcaagtgaaaaccgtgtcacggctaagattgaagcaggcttc
gacattccattcctgaagtcgggtgttgatataattgattctcctggccgtgacgaaaac
gaagcactcgatgaattagttagagtgcaactcaagaatattttaccgtttatagtatat
gttattgatggtcataacttgtttacagccctggacaaatccgtcttggacgaaataaac
gaaagaaaaagtgatttggatatcttctttgtcgtaagtaaaatcgaaccacaggaggaa
gacagttcagacgaagaggaggaagaagatgatgaagatgacgattacgaaagtgttcaa
gacaataaaaaacgacgcgtatttgaacagctagtaaagaatggtcttctgacagatgac
aaagaaatcaaagaccaggagtactttcatggtctgtctgcctggaaactgtctgaatac
cgacgcaagaagaggaaaaaccctgactggaatgaccctcataagtcgtacaaggagtac
atagatgcatttgaacgcttccagtcatgcctgaagaacttttccgatacaagtctcaag
gcaagcaccagaaggtcctgccagacattgatctccgtccttcagaggtgtttgtatttc
tttattgaaaaagctaacagcttgaagcaaaaccgagattctgttattgctatgctcaat
agaatcgaagaggaagagaaactggtacatgataacgtggctcaacaagttgagaagcac
aaatcggagattgttgatgtgatggttcaagctattgatgatctcaaaggtactgttccg
caagaagccagaacatttcaatacggtgaagagttttcactgccgattcgcgatggtttt
gttaagagtaaggaagcagttagtcaatgtcgaaagcagatccaacaactggtctttaat
gccgtcttcaaacgtatagaggttacgttaatgaagatgttcagcactcgtgataatttc
ttcgaggaactcgagcagagagtgaagacgattgaggaggaagcggctttagatgaaact
accacttatgaagcttccgctgctttgcacaataaccttgtcaaatgttaccaagtgaat
ccagatattcgcagtaatggctttagttgggagaaattgttcaaaaaatttcgtgaaatc
ttggtagcatttttgaagcacccaagagcaacaatcacaggcaaagttaaagttggtgat
cctgagtggaaaagcaagactgcccttgagacgatctccgaaattaatgttccccaagtt
gccaccgaactgatcaaaagcctgaaaagccatttcgaaagttgccacaaccagttcatc
gagcagctgaaaaacattctgcgggtgttaagacgtgggggaacactgaaagatgaacaa
agaaaagttatcctcgattttgcaccagacgtcgccagtcttgagatgctgtgtcacagt
gtgaacgaccatgcaaggtttggtcgaccccaaccaggagaaatgattggtgcaggagct
cagggaaacgtcttcacgtgcaggaatatcgtgacacctgagggaaagccttgtgttgtg
aaagtggttcctgtgggcagtgaaagtcttctaaaggatttgacacttgaactccatacc
acaaggacaataagtcatccgaacattcttcccattgtctgtactacgatagaacccaac
ccctcgaccggtatacgagtatcaatcgtcactgaaagaatgaaatgcgatcttcaaaat
gctttgaaagagattccatcactaagaatacgtctgatgattctcctggacgtcgcattg
gccttgcaatacctgcaccacaaaggactcatgcatcgagatatcaagctacaaaatgtt
ctggtggatgagaataaccgaggatatctaacagactttggcctatgtaaaccagagggt
cttgcatctgggtccttagtgggtacacctattgcaatggctcctgagatgatcgcacag
tgctatagcaaatccgtcgacgtgtacgcttttgggatcctaatgtggcgagtatgcgaa
ggacaaggcaatcaacctcagaacatttttctctttccagttccgcttattatgctggca
atcaatgcaaaagaaaaacgaaaaccggaacataaagattgcttccttccatcttgttgg
aagttgatggaaaagtgctggggagatgacccagaagcacgaccatcttttgacgacata
gtcaaggacttaaaacaaattctagatgacaaatgtataatatag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (14)   
   Pfam (14)   
All databases (52)   

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