KEGG   Strongylocentrotus purpuratus (purple sea urchin): 754534
Entry
754534            CDS       T01019                                 
Name
(RefSeq) serine/threonine-protein kinase WNK2 isoform X1
  KO
K08867  WNK lysine deficient protein kinase [EC:2.7.11.1]
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Brite
KEGG Orthology (KO) [BR:spu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:spu01001]
    754534
   01009 Protein phosphatases and associated proteins [BR:spu01009]
    754534
Enzymes [BR:spu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     754534
Protein kinases [BR:spu01001]
 Serine/threonine kinases: Other
  Wnk family
   754534
Protein phosphatases and associated proteins [BR:spu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     754534
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr OSR1_C DUF3876
Other DBs
NCBI-GeneID: 754534
NCBI-ProteinID: XP_030828728
Position
Unknown
AA seq 2622 aa
MSKSESHNSGSSLSNGVASLEERDTDVPLKSHSSESVTKQGSKGKSGDTQTEEAEAADAS
HSGVNGESSMGNSVVISNRRSPNFSDTDVNVESFHNDKVTENSESAADTKHTVISDESST
TGYSSRLDSIGDKELLKEKVPDTSVHLANSHPNGTALKSARKDSNMKPERGRIASGNGKK
QKSVVIMAPVKDITENGHIEVHKEEKVEPLQIHEMHDSERRLLIETEEAEPEAVEEKAIA
KSADGRFMKYDVAVGQGSFKTVFRGLDTETGVAVAWCELQERKLSRSERQRFKEEAEMLK
GLSHPNIVSFYDYWEEVSPRGKKHIVLVTELMTSGTLKTYLKRFKGVKNRVLRSWCRQIL
KGLHFLHTRQPPIIHRDLKCDNIFITGTSGAVKIGDLGLATLKKSSFAKSVIGTPEFMAP
EMYEEHYDEAVDVYAFGMCLLEMATSEYPYAECSNAAQIYRRVTTGVKPQSFEKVNDNKI
KEIIDGCTKTNNTERYLIQELLKHTFFEDTAFRVDIVHDDNKDQIQLQLRVEDPKKRRER
HRDNEALQFEIDLNKDEPDQVAKEMVRIGFVSEEDSKAVTKVIRDRIGTVWKNREKREKE
RQEKGKLEEDKDSKADAGTSTTDSGMGFSGLSLTGMSNASEGSTRLVSSQVQNSSSTQQP
ISQQPHSQSQIQQQQVPSHPQQTQQPSSQQSVATPQVQQQQGQPQQPQPPQQQQQPQQVQ
SQPVMQPPQSVQQPLPPQVHSQTHSQPQLVSQSSQQPSTTAVLPQQDQAQQQPMQPSAQQ
PPISNVQQQPTIPAQQQSQPQQIQQQPPQQQQLQQHQIQQQQQHQAQHQQQQQQPQSTPH
SQSQLQPQPQQSVQQPVQTQAQVQVPTQLPQSLPSQQQQQQQQAQTQQSPSSSMNGQHSS
LSWFVPMSPPVFYQQPQFVQQTANYTQFPQGQAYQQSVSQGQLPQQPIQQPLQQPIQQPL
QQPSQVPSTPQRTASDQHAKVTRTVSGGSQHAPQPQVQPQATQSQPIQQQMQLLPPSQSA
QQQQHASVTNTTSVLKQSIPATQQSGQPSHVPQVCQNSVQQTQQQQIQQVGQGQPQQQQQ
QQQQQQQQQQQQQQQLQQLQQQQQQPQHHPIQPGTTLGQPHMMSAPSYVSIAASSAAAVA
TAVPVSLATTTSNASAPAWHLAQDNRPQTVDASKVGSDGQAWSSPGLERKDVLTDAASAY
PSGTGEESGAEGSQNVEKRQGKKKHSKTSKKRPKLSIISVDEDQVIECSLETHRGDTIVF
KFSEDDQLDGIVSNLTVAKWVHEQHAGLFKEQLLKVMEDAKRLGPGLHLQPGPSSSTVGD
DTGTITSQQLQEGVVPPSPGTAVNSSDASPPSGDESQQQLNAPQQSFEMAVGKHLTAESQ
QGEQQLRPVENQHLPLSRKGSSPLIVNQPQQMGSEDSDQTRPKPNQSPPAAIENMPSQVP
VQQSHHLQMELRTPQPVYPSQAGVPDQGMMQGMPMMGAYSMMPMLSSQGNVVFVPMATQA
GAPQMYMHPQQAQQMYMQQQMPMQQHLSQQPPMQQHQQPPMQQLQQQPPIMQHQQQPPMQ
QQQQPQQQLPMHQQQPPMQQQPLPSVQDQVQPLLQQQPTQPIQQGGQQAQIPPQQLQQVQ
PTQPGQQVATSVQGQAHAQPHQQPQTTAALSTAAPTQSVAGGAQPQQSQAKAAQVAGVAR
LKELDHKLSQLHKKPNPHQQQTPAKVPSQPPTMLQQQISQGQSNVPYHNQVSVSVAQLTT
PNNSQSSANIVLTPQPVSNMLAPVFHPIQDERKASLMDAQSLPIHNYLPRPASEPVPDFQ
TTPYVDPQQDSVQVVPEKSEENQIQIEQPARPVSPKPASSPTKKSRFSVSSVEDKKDAAA
VTEEKPKEEISEGNAGSKTETVGDKSSREPAIGMDKDQEPARKEEKKGRFTVAPAPCTVG
DAVKSDLVKSGETATQDVKDVVSDLVSQTEKNIDKEGADVAETAKPSAGSPVKLSRFQVN
KVSDKTSVVEGKTSAEQSVPETASIETNKDDQTDIEKQPEAEQPPLPSATASLAIKEADR
EPSPHPQQGNEPAVDISVGPAIKPERKSSLIGSERDTPDSIASDGSSLPSFPPEGPTLQQ
SAGLPGQPFGPGQGVFAQPESQSTPPLSDVGSASPGPIANADLGQVQPSQAEAARELQEL
LKRQDEERAKILHRHRSEMQEFIAHYPQTTPPQSPLLLYQPNMYSMVPFPMQENFAPPGN
FAPQGNFAPQGMWHPSSNLIPYNHFQGVPFTHAPGSAFGGFRQGTTSPPTVPGMSSMGVP
VQGGMVTYRPVAGVEMPGQGAMPGAAPAMTGAQYQVPTTMHPRFSASNEMIPQQTYTNSQ
GLKRSVSYQSVVPQPNTGFQPAFFPNPNQPMGPPNPEAFMPRPGAGNAWMSSAGGAMQIM
DMKDQPSIQNGINRSPEQLPRGIDNAGVTFPTQQVHPYPSHVRTGSGTEKIDFTKRMVPM
NSEATEAVTSKGYQAQTDLGQVERRLEEARPGGLSQPNYQSENTELHGQIDNRVAVDHPT
TDPRPADNNTDVIPTDQTVAAQLQTPASQQQQQQQAGKRKGTFADDKFKNLADLSKPTAA
RPALDERKVSLNDLKRAQQQQDLHASAARPPSGTTKADVPKT
NT seq 7869 nt   +upstreamnt  +downstreamnt
atgagtaagtcagagagccacaacagcggcagctcgctgtcaaacggagttgcgtcgttg
gaggaaagagacacggacgtcccactaaagagtcatagcagtgagagtgtgactaagcaa
ggcagcaaaggcaagtctggtgacacacagacagaggaggcagaagctgccgatgcgagt
cactcgggtgtaaatggcgagtccagtatgggaaacagcgtcgtgatttctaatcgcaga
tctcctaacttttctgatactgatgtgaatgttgagtccttccacaacgacaaggttaca
gaaaactctgaaagtgcagctgatacaaaacacacagtaatcagtgatgaaagtagcacc
actggatatagcagtagattagatagcatcggtgataaagaactattaaaagaaaaagtg
cctgatacatctgttcacttagcaaattcacatccaaatggaactgctctgaagagcgcc
agaaaagacagtaatatgaagccagaaaggggtagaatagcttccggaaatggaaagaaa
caaaagtcagttgtaattatggctcctgtaaaggatatcactgaaaatggtcacatagag
gtacacaaagaagagaaggttgagcctttacagatacatgaaatgcatgattctgaaaga
cgtctcctaatagaaactgaggaagcagaaccagaagcagtggaagaaaaagccattgct
aagtctgctgatggccgcttcatgaagtatgatgtagcagtaggacaaggttccttcaag
actgtgttcagagggttggatacagagactggagttgcagtggcatggtgtgaattgcag
gagcgcaagctgagtcgttctgagcggcagagattcaaagaagaggccgagatgctgaag
ggactcagtcatccaaatattgttagcttctatgactactgggaagaagtcagccccaga
ggaaagaaacatatagtacttgtcaccgaacttatgacatctggaaccttgaaaacatat
ctcaaacgcttcaagggcgtgaagaaccgtgtgctgcgaagctggtgccgtcagatcctg
aagggcctgcacttcctccatacaagacaaccccccatcatacaccgtgatctcaaatgt
gacaacatcttcatcacaggcacttctggtgctgtcaagattggtgatctgggtctggcc
accctcaaaaagagctcctttgccaaaagtgtaataggtacacccgagtttatggctccg
gagatgtacgaggagcactatgacgaggctgtcgatgtgtatgcgtttggcatgtgcttg
ctggagatggccacatccgagtatccgtacgcagagtgctccaatgctgcacagatctac
cgaagagttaccacgggagtgaaaccacaaagctttgaaaaagtcaatgacaacaagatc
aaagaaatcattgatggctgcaccaaaacaaacaacacagagaggtatcttatccaggag
cttctgaagcacacattctttgaggatactgctttccgagtggatatcgtccatgatgac
aacaaagatcagatacagctccagctgcgtgtggaagaccccaagaagagaagagagagg
cacagagacaatgaagctctccagtttgagattgatttgaataaagatgaacctgaccaa
gttgctaaagaaatggtacggattggctttgtgagtgaagaggactcgaaggctgttacc
aaggtgattagagaccgcatcggtaccgtatggaagaacagagaaaagcgagagaaggag
aggcaagagaagggcaagctggaagaagacaaagatagcaaagcagatgctggaacctca
accacagatagtggaatgggtttttcagggttgtctttaactggaatgtcgaatgcttct
gaaggttctacaagactggtgtccagtcaagtacagaattcatcatcaacacaacaaccc
atcagccaacaacctcatagccaatctcaaattcagcaacaacaggttccatctcaccca
caacaaactcaacagccctcttcccaacagtccgtagcaactccgcaagtccaacagcag
cagggccaaccacagcagccacagccgccacagcaacagcagcaacctcaacaggttcag
tctcaacctgtgatgcagccacctcaatctgtccagcagcctttaccaccacaagtccac
tctcaaacccattctcaaccccaactagtatctcagtctagtcagcaaccgtctaccact
gctgttctaccacagcaggatcaagctcagcaacaacccatgcagccatcagctcagcaa
cctcctatttccaatgtgcagcagcaacctacaattccagcccaacaacagagtcagcct
caacaaatacagcagcagcctccacagcaacaacaattacaacaacatcaaatacaacaa
cagcagcaacaccaagcacagcatcaacagcagcagcagcaaccacaatcaacccctcac
tctcaatctcagctgcagccacaaccacagcaatctgttcagcaaccagtacaaacccag
gcccaggtgcaggtgccaacccagctgccacagtccctaccatcccaacagcaacagcag
cagcaacaagctcaaacccaacagagcccctcgagttccatgaatggtcaacattcatcc
ctgtcgtggtttgttccgatgtctcctcctgtgttttatcagcaaccccagtttgtgcag
cagacagcaaactatacccaattcccccaaggccaagcttatcagcaatctgtaagccag
ggacaactcccacaacaacctatccagcaacctttgcagcaacctatacaacagccattg
cagcaaccgtcccaagtacctagcacccctcagaggacagcttctgatcaacatgctaag
gttacaagaacagtgtctggtggcagccagcatgcaccacaaccacaagtgcagccacaa
gcaactcagtcacaacccatacaacaacagatgcagctgctgccaccatcacagtcagcc
cagcagcagcaacacgcgtcagtcaccaatacaacatctgtacttaagcagagcattcct
gctactcaacagtctggacaaccatcccatgtccctcaagtgtgtcagaacagcgtgcaa
caaacccaacagcagcaaatacaacaggtcggccaagggcaacctcagcagcagcagcaa
caacaacagcagcaacagcagcagcagcaacaacaacagcaacaattacaacaactacaa
cagcaacaacaacaaccacaacaccatccaatccaacctggcaccaccctcggccagccc
catatgatgtctgcaccctcctacgtatccatagctgcctcctcagcagcagccgttgca
accgcagtaccggtatcgctagctactaccacctccaacgcgtccgccccagcatggcac
cttgcacaggacaacaggccacaaactgtggatgcatctaaggttggtagtgatggccag
gcatggagttcacctggtcttgagaggaaggatgttttaactgatgcagccagcgcctac
ccctctgggacaggagaagaaagtggagcagaaggcagtcagaatgttgagaagaggcag
ggtaaaaagaagcatagtaaaacgagcaagaagaggcctaagcttagcatcatatctgtt
gacgaggatcaagtgatcgaatgctccttggagacgcataggggagacactatcgtcttc
aagttcagtgaagatgatcagttggatggcattgtctcaaacctgacggtagccaagtgg
gttcatgagcagcatgcaggcctcttcaaggagcagcttctcaaggtgatggaggatgcc
aaacgtttaggaccaggcctccacctccagccaggtccctcatcctctaccgtgggagac
gataccggtaccatcaccagtcagcagcttcaggaaggggtggttccaccaagccccggc
acagccgtcaactcgtcggatgcctcccctcccagtggggacgagtctcagcagcaattg
aatgctccccaacaaagctttgagatggcagttggtaagcatctgactgcagagtcacag
cagggtgagcagcaactgagacctgttgaaaaccagcacctacccctcagtaggaagggt
agtagtcctctaatcgtcaatcagcctcagcagatgggtagtgaagacagtgaccagact
cgtcctaagcccaaccagtctcctccagcagccatagagaacatgcctagccaagtgcca
gtccagcagagtcatcatcttcaaatggagctgagaacaccacaacctgtctatccaagc
caagcaggtgtcccagatcaaggcatgatgcagggaatgcctatgatgggtgcgtacagc
atgatgcctatgctatcttcacaaggaaatgttgttttcgtgcccatggcaacacaggct
ggtgctccccagatgtacatgcacccccaacaggctcaacaaatgtacatgcagcaacag
atgccaatgcagcagcacctctcgcagcaaccaccaatgcagcaacaccaacaaccacca
atgcaacagctccagcagcaacctcctattatgcaacatcagcagcaacccccaatgcag
caacaacaacaaccacaacaacagcttccaatgcaccaacaacaaccaccaatgcagcaa
caacctctaccatcagtccaggaccaagttcagccactgctgcaacaacaaccaactcaa
cctattcagcaaggagggcaacaagcacagattccaccacagcagttgcaacaagttcaa
ccaacacaacctggtcaacaagttgcaacatctgtgcaaggtcaggctcatgcacaacct
catcaacaaccacaaactacagctgctctttcaactgcagcacccacccagagtgtcgca
ggaggggcacagccacagcagtctcaagctaaagctgctcaggttgcaggtgtagctcgt
cttaaagagcttgatcacaaactatctcagctacacaaaaagcctaacccacaccagcaa
caaacaccagctaaagttccttcacaaccaccaacaatgctccagcagcaaatatcacag
ggtcagtcaaatgtaccctatcacaatcaagtcagtgtgagtgttgcccagctgaccaca
ccaaacaacagccagagctctgcaaatattgtcctgactccacagcctgtttcaaatatg
ttagcacctgtctttcatccaatccaagatgaaaggaaagcatccttgatggatgcccag
agtttacccattcataactacctgccacgtccagcaagtgaacctgttccagattttcaa
acaacaccttatgtagatccccaacaggattctgtgcaggttgtgcctgagaaatcagaa
gaaaatcaaattcaaatcgaacaaccagctagacctgtgtcccctaagccagcctctagc
ccaacaaagaagtcccgtttttctgtgtcatctgtagaagacaagaaggatgcagcagca
gtgactgaggaaaaaccaaaggaggagatcagtgaaggaaatgcaggcagcaaaacagaa
acagttggagataagtcttccagagaacctgccattggtatggacaaagaccaggagcct
gcacgaaaggaagaaaagaaaggtagatttacagtagcacctgctccatgtactgtggga
gacgctgtaaaaagtgacctggtgaaatctggtgagacagcaacacaggatgtgaaagat
gtggtctcagatttggtatcccagactgaaaaaaatattgacaaggagggagcagatgta
gcagaaactgcaaaaccatcggcaggttctcccgttaagcttagtcgtttccaagttaac
aaggtttcagacaagacttcggttgttgaaggaaaaacctctgccgaacagtctgttcct
gagacagcttcaattgaaactaataaggatgatcagactgatattgagaaacaacctgag
gcagaacagcctccattaccgtcagccactgcatcacttgccataaaagaggcagatcgg
gaaccatctcctcatcctcagcaaggaaatgaacccgctgttgatatatcagttggaccg
gccatcaagcctgagcgtaagagcagcctgattggcagtgaacgggatactccagacagc
atcgcatcagatggaagctcgcttccttcattcccaccagaaggtccaactttgcagcaa
tcagcaggtcttcctggacaaccatttgggccaggccagggtgtgtttgcccagcccgaa
tctcaaagtacaccccctttgtcagatgttggatcagcttctccaggacccattgctaat
gctgatctaggtcaagtccagccatctcaagctgaagctgcaagggaactccaggagctt
ctaaagaggcaagatgaagagagggctaagatactccatagacatcgtagtgaaatgcag
gagtttatagctcactatccgcagacaacaccgccccagagtcccttgcttctctatcaa
cccaacatgtacagcatggtacccttccccatgcaagaaaactttgctcctccaggcaac
tttgctcctcaaggcaactttgctccccaaggcatgtggcatcccagtagcaatcttatt
ccctataaccacttccagggagttcctttcactcatgcgccaggctctgcatttggggga
ttccgtcagggtaccaccagcccacctaccgtaccaggcatgtcttccatgggggttcct
gtgcagggagggatggtaacctatagacctgtagctggtgtggagatgcctggccaagga
gccatgccaggtgctgcacctgcaatgacaggtgctcagtatcaagtgcctaccaccatg
cacccccgtttctctgccagcaatgagatgatcccacagcagacctataccaatagtcaa
ggactcaaaaggagtgtcagttaccagtctgttgttcctcaacccaacactgggtttcag
ccagcatttttccccaatcccaaccagccaatgggaccccctaatcctgaggcattcatg
ccaagaccaggagctggtaatgcgtggatgagttcagcaggaggtgcaatgcagattatg
gacatgaaggaccagccgtcaatacagaatggaatcaacaggtctccagagcagctccct
cgtgggatagacaatgcaggtgtaacgtttcctacgcaacaagttcatccttatccatcc
catgtaaggaccggctctggtactgagaaaatagacttcaccaagagaatggtaccaatg
aatagtgaggcaactgaggcggtaacttcaaaaggctaccaagctcagacagacttgggt
caggtggaaaggagactggaggaagccaggcctggtgggctaagccagccaaattaccaa
agtgaaaatacagaactgcatgggcagattgacaatagggtagcagttgatcacccgacc
acagaccccaggccagctgataataatacagatgtgattcctaccgaccaaactgtggca
gcacagcttcaaacacctgcatcccagcaacagcagcagcaacaggcaggcaagcgaaaa
ggcacctttgctgatgacaagttcaagaatcttgcagatttgagtaagccaacagcggca
agacctgctttggatgaaaggaaagttagcctgaatgacttgaagcgtgcccaacagcag
caggacttgcatgccagtgcagcaagaccaccttctggaactaccaaagctgatgttccc
aagacatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (116)   
   KEGG ORTHOLOGY (1)   
   RefGene (112)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (138)   

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