KEGG   Oryzias latipes (Japanese medaka): 101170677
Entry
101170677         CDS       T02443                                 
Name
(RefSeq) serine/threonine-protein kinase WNK2 isoform X6
  KO
K08867  WNK lysine deficient protein kinase [EC:2.7.11.1]
Organism
ola  Oryzias latipes (Japanese medaka)
Brite
KEGG Orthology (KO) [BR:ola00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ola01001]
    101170677
   01009 Protein phosphatases and associated proteins [BR:ola01009]
    101170677
Enzymes [BR:ola01000]
 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
     101170677
Protein kinases [BR:ola01001]
 Serine/threonine kinases: Other
  Wnk family
   101170677
Protein phosphatases and associated proteins [BR:ola01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     101170677
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr OSR1_C VapE-like_dom
Other DBs
NCBI-GeneID: 101170677
NCBI-ProteinID: XP_011475582
Position
7:complement(17257269..17291823)
AA seq 2641 aa
MESEATRESKHASGPHFQCDPAVNRCDTMGEGNVKLVESVVRGGSDPSAYPSCSYHRSVH
HRFIRRSLWFSETDEQVFDAPDNSGSKIFNINLRTIVDRTLVTSCSTQESSSTESHGGQK
DSATESASADEDKERGGSALKLTSSDGCKAASEETEEEAEMKAVSTSPGGRFLKFDIELG
RGSFKTVYKGLDTETWVEVAWCELQDRKLSKVERQRFKEEAEMLKGLQHPNIVRFYDFWE
SPLKGKKCIVLVTELMTSGTLKTYLKRFKVMKPKVLRSWCRQILKGLHFLHTRTPPIIHR
DLKCDNIFITGPTGSVKIGDLGLATLKAASFAKSVIGTPEFMAPEMYEEHYDEAVDVYAF
GMCMLEMATSEYPYSECQNAAQIYRKVTSGVKPASYNKIMDPEIKEIIGECICQKKEERY
TIKDLLNHAFFAEDTGVRVELAEEDDGKKISIALKLWVEDHKKLKGKYKESGAIEFTFDL
EKEVPEVVAQEMVESGFFQESDVKTVGKSIRDRVALIKWRRGRTVSATVTVEQGEEGPKI
IKAPSENISSGQPHIGQPLLLEPEEPEADQHSRLHNLTGSTASVTSGGTLDSGMGSVVFS
DSYSGVPYPSLLEPIAMATQQCQSGNPFPTDRPRSCDNGRFLGATLSPNLRTRLGSGERR
GSAPVIDTQNHTDHFHALLAPRNAISPTPMVMENKFEPESETEVGFLSPTSPPRILVSPV
YSPSEFRRFSDVCVGAQSEACEELTPPVSHGRRHSDIGSLLSLTSNSKHHCVIHKTPMCQ
ACMSLLQLRSQEGNPWPFPAVLSAHHCPCDLRRHPSSGGKFSTSNGQPKCLNEYSDFSML
QQSLFNIIGYKAAPCNTTPLQASPLGSSIAPKQLGDRDGSLKSPTQCGSLFKNQETFQDS
EDKCYSRKQQATTAVGVTNTVCHQNQPSSVQGPPTSNTLMDTQQQNLQPGHCYPAALHPH
QANALAAPASLCSMNNKQQMQPAAAIATSIVSQNAAQNYQGHQLQDAVAVGSLTFPLQIQ
QTFQNSVVSSQQQSQSPSGYSTSVQPQIVASTLSAQQPAQSSSLATPAQSLANQVPCQPV
HPPCSSQQAQTSFQLLGQQSGQSCTTTGLYAQQMPIQQEHQQPIPNTKLGIHQALNAIQP
YPSQNLETLHSMQHQMEQPAIHSSQNTQCHIQQQLHASIPQQHYQQVPQPATPLQLPSHS
QPKSMATQVVQIAAEHPGYLMKSLPDSESQIDTHAVVQQTGQCQNKFISAQDDFPQSYDG
ASQMTTLNHFPASSQQTPQNFAQDQQSFGQNLSTSVSSATIQVLPPQTAVHQQVQPLQLP
SHQYPTVQVMTAVADCESSYLHTFNAPHPSVSPSYNPVFLSPGLTHSVTPSVSPISPVHH
ENIFVSPNPASLLPSPTPVLGGMEPTSSPHKLTASMQQTRLEAFHAQSTFLSAPTTHPSD
TRIPPCKNMHPPTSGSSHPQTQAAVLTLVTQNSMDLHKDTVAAQLDNMNSCQLPSQSQIP
LLQCSDSQRASPMSASSTAPQQKMLSSVAGAASQGPTENIKEDQAAEKHTGGQSYDSVNS
DATSGKEMSDGYEGTHGGKVDGKVRKHHRRSMRTRLRQEKIPRPKLSMLNVCNTGDKMVE
CQLETHNHKMVTFKFDLDGDAPEEIATYMVENDFILPLEKEVFIEQLKEIVEKAEDMLSE
DTEGERNSDYGCSPKQSEGAGVLSAELSEPSTPQLVYQQNVLHTGKRWFIICPVAETPIQ
NKEGTSSHTSTAQEYEHSSSTRSTDYTTAVAESVNTSQTSPPSSVSTSLQPSNQSISQSQ
VQQTQPCLTHRASASGSVAFDNSLPAEEPITSILPEMPCCTIVPPLSLDVQAVDKAVAAQ
TNPPNHKTSPSAEMPPQLQQSVVLQQPYPTSMQAGTVTSQPQSPAHQSSQSSSQQQSGGQ
GESDSEGPRRVEFVDRTIKTLDEKLRNLLYQEHTPSQSSNNPSEPQASSTEALSSPQVSD
GQNTEGPFEKKKMESLPQIPERTDGVGASNDSALAAPKSDFNRRDVSDSSSLFSSKSRFQ
IIPTPQDVIFPSEKSTSCNSPAPSSRSAGSHTQTRAKTDHDDVGTSKPHCRNRYSAPPNF
YQAASSSDATARLPPRAQSVDSYQQHQLSHVDSDSADEESSSLALPPFHSTHAAHALSEH
SGSDLMKRAVAFLRRSGRHKPDQSSESTSRKSVAINGHASSPQAGHTHSSYMSSDNDSEF
EDADMKKELQKLREKHMKEISELQAFQRSEIERLYKELGKTLPPNLSLLHAVPPSGRRRR
TSKHRLKAGKLLNPMVQHLRNNLNAASAEKKGESAAGSSSSPARSSLLSDRSAHSSGSSS
SSNQPNAVQEQVHTQQPCSLKGSFSSDNIYAGHHGDRTANPGQGWTVFHQTSERVTYKSS
SKPRTRFLSGPVSLSIWSTLKRLCLGKERSSRSSLNTNTAQTASSHPQAAVTSASPSPQQ
FTRLAQVQSNNSNNNRGTFTDDLHKLVDDWTKETVAAASQPRPSLNQMKQRLQQGPESKL
AAMGGIPPETKSQVVASKFQLPLSCPMTAALGSGLPTGTAHFHAMTPPNYNGSFGGMFPG
PLYPQQWPGMPSPGGSVVPVGLLGASRVMSYTTMANPGIQTFSSVAHKPENSTSSKTTRT
T
NT seq 7926 nt   +upstreamnt  +downstreamnt
atggagtcagaggcgacccgagagtccaagcatgcgtctggaccccattttcagtgcgat
cctgccgtaaataggtgtgacaccatgggggaaggaaacgtcaaacttgtggagtctgtg
gtgagaggagggagtgatcccagcgcatacccttcctgcagctaccacaggagtgtgcac
cacagatttataaggagaagtctatggttttcagagacagatgagcaggtcttcgacgcc
ccggacaacagtgggagtaaaatctttaacatcaacctgaggacaatagtggacagaaca
ctagtgaccagttgcagcacacaagagagttccagcactgaaagtcatggcggccaaaaa
gacagtgcaacagagagcgccagtgctgatgaagacaaggagagaggtggaagtgcttta
aaacttactagcagcgatggttgcaaagcagccagtgaggagactgaggaggaggcagag
atgaaggccgtttccacatctcctggaggacggttcttgaaatttgatattgaactcgga
cgaggatcgttcaaaacggtctacaaaggcttggatactgagacgtgggtggaggtggct
tggtgcgaactgcaggaccgaaagctgtctaaagtggaacgacagcgctttaaagaagag
gcagagatgttgaaaggccttcaacaccccaatattgttcgtttctatgacttctgggaa
tccccacttaaaggaaagaaatgcattgttttggtaacagagctcatgacatctggaacg
ctcaaaacgtaccttaagcgtttcaaggtaatgaagccgaaggttctgaggagctggtgc
aggcaaatcctcaaaggccttcacttcttgcacaccaggacccctcccattattcacaga
gacctcaaatgcgacaacatttttatcactggacctacaggatcagttaagattggcgat
ctaggactagcaactcttaaagcagcttcctttgcaaagagcgtcatcggtaccccagag
ttcatggccccagaaatgtatgaagagcactatgacgaggcagtggatgtgtacgctttt
gggatgtgtatgctagagatggctacttcagaatacccgtactctgagtgtcaaaacgca
gctcagatttaccgcaaagttaccagcggagtgaagccagctagctacaacaagataatg
gatcctgaaatcaaggagatcattggagagtgcatttgccaaaagaaggaagaacgatac
accatcaaggacctgttaaaccatgcattctttgctgaagacacaggtgtgagggtggag
ctagcagaggaggacgatgggaaaaagatctctatagctctgaaactgtgggttgaggac
cataagaaattaaaagggaagtacaaggaaagtggagccatcgagttcacatttgacttg
gaaaaggaggtccctgaagttgtggcacaagaaatggtggagtctggcttttttcaagag
agtgatgttaagaccgtgggaaagtcgatccgggaccgtgtggcactgataaaatggaga
agagggagaacagtgtctgctacagtgacagtggagcagggtgaagaaggacccaaaatc
ataaaggcaccttctgagaacatctcttctgggcagccccatattggacaacctctattg
ctggaaccagaggagccagaggcagaccagcatagtaggttgcataacctaacgggcagt
accgcctcagtgacatcaggtggcacacttgacagcggcatgggttctgtggtgttctca
gactcctacagcggtgtcccctacccatcacttctggagcctattgccatggcaacacag
cagtgccagagtggcaacccttttccaacagaccgacctcgctcatgtgacaatggcaga
ttcctaggagcaacactgagtccaaatctcaggactcgattgggaagtggagaacgcaga
ggaagtgctcctgttattgacacacagaaccacacggatcactttcacgctctcttagca
ccccggaatgcaatcagtcccactcccatggtaatggagaacaagtttgagccggagtca
gagactgaagttggatttctatccccaacttctcccccacggatcttggtttccccagta
tattccccctctgagttccgccgcttcagtgatgtctgtgttggagcacaatcagaggcc
tgtgaggaattgactcctcctgtctcacatggacgtagacattctgacattggtagtctc
ctgagtctgacttccaatagcaaacaccactgtgtaattcataaaacccccatgtgccag
gcctgcatgtctttgcttcagttacgttctcaagagggaaacccttggccctttcctgct
gtcctgtcggcacatcactgtccatgtgacctcaggcgccacccttcttccggtggaaaa
tttagtacaagtaatggacagccaaaatgtttgaatgaatattcagatttctccatgctg
cagcagtctctcttcaacatcatcggctataaagcagctccttgtaacactacacccctc
caagcttcacccctgggctcctcaatagccccaaagcaacttggtgacagagacggtagc
ctaaagagtccaacccagtgtggaagtctgtttaagaatcaagaaactttccaggactct
gaggacaaatgctattccagaaagcagcaagctaccactgctgtgggtgtgaccaataca
gtgtgtcaccagaatcagccatcatctgtccagggccctcccacttccaacacacttatg
gacacacagcagcagaatcttcagccaggtcattgctacccagctgctttacatcctcac
caagccaatgctctggcagctccagccagtctgtgctccatgaacaacaagcaacaaatg
cagcctgcagcagctattgcaacatctattgtttctcagaatgcagcacagaactaccaa
ggacaccaactgcaggatgcagtggctgtgggctccttgactttccctttgcaaattcag
caaacttttcagaactctgtggtttcgagccagcagcagtctcagtctccatcaggatat
tctacatcagtgcagcctcagatcgtagcaagcaccctgtcagcacagcagccagcacaa
agctcctctctcgcaacacctgctcaatctttagcaaaccaagtcccttgtcaacctgta
caccctccttgctcatcacagcaggcccaaacctcatttcagctgctcggtcagcagtct
ggtcagagctgtactacaacaggactttatgctcagcaaatgcccatccagcaggagcac
caacaacctataccaaacacaaaattagggattcaccaagcactaaatgctatacagccc
tatccttcacagaacctagaaactctgcattccatgcagcatcaaatggaacaaccagcc
attcactcgtctcaaaatactcagtgtcatatacagcaacaactgcacgcatctatacct
cagcaacactatcaacaggtcccacaacctgcaaccccactacagctgccatctcactct
cagcctaaatctatggcaactcaagtggtccaaattgctgcagaacacccaggttacctt
atgaaaagtctacctgactctgaatctcagatcgacacacatgctgttgttcagcagact
ggccaatgtcagaataagttcatttctgcacaagatgattttccacagagttatgatgga
gcaagccagatgacaactcttaaccactttccagcttcttcccagcaaacccctcagaat
tttgctcaagaccaacaaagctttggacaaaatctcagcacgtctgtttcaagtgcaaca
atccaggtgcttcctccacagactgctgttcaccaacaagttcaacctctgcagctccca
tcacatcagtatcccacagtccaggtgatgacggctgtggcagactgtgaatcctcctat
cttcacaccttcaatgctcctcacccttcagtttctccttcttataatcctgttttcctt
tctcctggacttacacattctgtaaccccctctgtctcccccatttcccctgtgcaccac
gaaaatatatttgtttcacccaaccctgcatctctcctaccatcccccacacctgtgctg
ggtggaatggaacccacatcctcaccacacaaactcaccgcctctatgcagcagactaga
ttggaggctttccatgctcaatccacattcctatcagcaccaaccacccacccctcagac
acacgcatacctccctgcaagaacatgcaccctcccacaagtggcagcagccaccctcag
acacaggctgcagtcttgaccttagttacgcagaacagcatggacctgcacaaagacact
gtggctgctcagctggacaacatgaactcatgccagcttccctcacagagccagattcct
ctgctgcagtgctctgactctcagagagcatcacccatgtctgccagctccactgctcct
caacagaagatgctcagcagtgtcgcaggagcggctagtcaaggaccaacagaaaacatc
aaagaggatcaagctgcagaaaaacacactggaggacagagctatgacagtgtaaactct
gacgccacatcaggcaaagagatgagtgatggctatgaagggacgcatggaggcaaagtc
gacggaaaagtccgaaaacatcaccgccggtccatgcgaacgcggttgcgacaggaaaaa
attcccagaccaaagctcagcatgctcaacgtgtgcaacactggagataagatggtggag
tgtcagctggagactcacaaccacaaaatggtcaccttcaaatttgatctggatggagat
gcacctgaagagattgcaacctacatggtggagaatgatttcattttgccccttgaaaaa
gaggtcttcattgaacagctcaaggaaatagtggagaaggctgaggacatgctcagtgag
gacacagagggggagaggaactctgactatggatgcagccctaaacagagtgaaggagct
ggagttctgtcagcagagctttcagaacccagcactccacagttggtgtaccagcaaaat
gtcctccacactggcaaacgctggtttatcatctgccctgtggctgaaacgcccatacaa
aacaaagaaggaacatcatcgcacacctctactgcccaggaatatgaacattcatcatca
accaggtcaactgactatacaactgcagtagctgagtctgtcaacacttcccaaacttca
cctccctcctctgtttccacctcacttcaaccatccaaccaaagtattagccaatcccag
gtccagcaaacccagccatgtctaacgcatcgtgcctctgcttctgggagcgtcgccttc
gacaattcccttcccgctgaagaaccaatcacgtctattttgccagagatgccgtgctgt
actattgtgccacccctctcgctggatgttcaggctgtcgacaaagcggtggccgctcaa
acaaatccaccaaatcacaagactagcccctctgcagaaatgcctccccagctccagcag
tcggtggtcctgcaacagccttatcccacttccatgcaggctggcacagtgacgtcccag
cctcagagccctgcacatcagagctcacagtcttccagccaacagcagagtgggggccaa
ggcgagtcggacagcgaggggccacgcagagtggaatttgtggaccgtaccatcaagact
ctggatgaaaagctcagaaacctgttatatcaggagcacactccctctcagtcctccaac
aatccctctgagccccaggcctccagcacagaagccctgagctcacctcaagtttcagat
ggccagaacacagagggaccttttgaaaagaaaaagatggagtcactgccacagattcct
gagcgcacagatggtgtgggtgcatcaaatgactctgctttggcagctcccaaaagtgat
ttcaacagaagagatgtgtctgacagttccagtttattcagctccaagagccgttttcaa
atcatccccactccacaagatgtcatattcccttcagaaaaaagtaccagctgcaactcc
cctgcaccctctagtcgttctgctggctcccatacccagaccagggccaaaactgaccat
gatgatgtaggaacatccaaaccccactgcagaaaccgttactctgctccaccaaacttc
taccaagctgcttccagttccgacgccaccgcacgcctcccacccagagcccagtccgtt
gacagctatcagcaacaccagttgtctcacgtggactctgactctgccgatgaggagagc
agcagcctggcgcttcctccttttcactccacccatgcagctcatgctctttctgagcac
agtggaagcgacctaatgaagagggcagttgccttcttaagacgctccggccgtcacaaa
ccagatcagagctcagagtccacgagcagaaagtctgtggcaataaacggccatgcatct
tcacctcaggcaggacacacccactcatcttacatgagcagtgacaatgactctgagttt
gaagatgcagatatgaagaaagaactacagaaacttcgagaaaaacacatgaaggagatc
tctgagcttcaggcgtttcaaaggagtgagattgagcgtctgtacaaggagcttggaaaa
actctgcctcctaatctcagcctgctacatgctgttccaccatctggtcgacgacggaga
acaagcaagcacaggctgaaagctggaaaactgctgaatcccatggtgcagcacctgaga
aataatctcaacgctgccagtgctgaaaagaaaggtgagagtgctgctggttcatccagc
tccccagctagaagttcacttctatcagatcgttctgctcattccagtggcagcagcagc
tccagcaatcagcctaatgctgttcaggaacaggtccacacccagcagccctgttccctg
aagggctcattttcctctgacaacatctatgctgggcatcatggagatagaacggctaac
cctggtcaaggctggacggttttccaccaaacatcagagagagtcacctataaatctagt
agcaaacctcgcactagattcctcagtggacctgtgtctctgtccatctggtccactctg
aaacgcctttgtctaggcaaagaacgcagtagtaggtcttctctcaacaccaacacagca
cagaccgcttctagtcacccacaggccgccgtcacatccgcctcgccatcgcctcagcaa
ttcacacgactcgctcaggtccagtccaacaacagcaacaacaaccgaggcacatttacg
gatgatcttcacaaactggtggatgactggacaaaggaaactgtagcagcagccagtcaa
cctcgaccctctctgaaccagatgaaacaaaggctccagcaaggtcccgagagcaagctg
gcagccatgggagggatcccacctgagacaaaatcccaagttgttgccagtaagttccaa
cttcctctctcatgcccaatgactgctgctttaggctcaggcctgcccacaggcacagca
catttccatgcaatgactcctcccaactacaacggctcctttggtgggatgtttcctggt
cctctctatccacagcagtggcccgggatgcccagtcctggaggctctgtggttcctgtg
ggcttgctaggtgcttcaagagtgatgtcctacaccacaatggcaaacccagggatccaa
accttctcttcggttgcacacaaacctgaaaatagcacttcttcaaaaaccacaaggact
acctga

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (86)   
   KEGG ORTHOLOGY (1)   
   RefGene (82)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (4)   
   Pfam (4)   
All databases (119)   

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