PhosphoNET

           
Protein Info 
   
Short Name:  HIPK1
Full Name:  Homeodomain-interacting protein kinase 1
Alias:  HIK1; homeodomain interacting protein kinase 1; KIAA0630; MGC26642; MGC33446; MGC33548; Myak; Nbak2
Type:  EC 2.7.1.; Protein kinase, Ser/Thr (non-receptor); EC 2.7.11.1; CMGC group; DYRK family; HIPK subfamily
Mass (Da):  130843
Number AA:  1210
UniProt ID:  Q86Z02
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005813     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0005515  GO:0004674 PhosphoSite+ KinaseNET
Biological Process:  GO:0006468  GO:0045449  GO:0006350 Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S9ASQLQVFSPPSVSSS
Site 2S15FSPPSVSSSAFCSAK
Site 3S16SPPSVSSSAFCSAKK
Site 4S20VSSSAFCSAKKLKIE
Site 5S29KKLKIEPSGWDVSGQ
Site 6S34EPSGWDVSGQSSNDK
Site 7Y42GQSSNDKYYTHSKTL
Site 8Y43QSSNDKYYTHSKTLP
Site 9T44SSNDKYYTHSKTLPA
Site 10T48KYYTHSKTLPATQGQ
Site 11S98SSGSAATSTFQSSQT
Site 12T99SGSAATSTFQSSQTL
Site 13S102AATSTFQSSQTLTHR
Site 14S103ATSTFQSSQTLTHRS
Site 15T105STFQSSQTLTHRSNV
Site 16T107FQSSQTLTHRSNVSL
Site 17S110SQTLTHRSNVSLLEP
Site 18Y118NVSLLEPYQKCGLKR
Site 19S127KCGLKRKSEEVDSNG
Site 20S132RKSEEVDSNGSVQII
Site 21S135EEVDSNGSVQIIEEH
Site 22T161GAAATTTTVTTKSSS
Site 23T163AATTTTVTTKSSSSS
Site 24T164ATTTTVTTKSSSSSG
Site 25S166TTTVTTKSSSSSGEG
Site 26S168TVTTKSSSSSGEGDY
Site 27S170TTKSSSSSGEGDYQL
Site 28Y175SSSGEGDYQLVQHEI
Site 29T212AKCWKRSTKEIVAIK
Site 30S226KILKNHPSYARQGQI
Site 31Y227ILKNHPSYARQGQIE
Site 32S236RQGQIEVSILSRLSS
Site 33S239QIEVSILSRLSSENA
Site 34S242VSILSRLSSENADEY
Site 35S243SILSRLSSENADEYN
Site 36Y249SSENADEYNFVRSYE
Site 37Y255EYNFVRSYECFQHKN
Site 38Y276EMLEQNLYDFLKQNK
Site 39S285FLKQNKFSPLPLKYI
Site 40Y291FSPLPLKYIRPILQQ
Site 41Y331VDPVRQPYRVKVIDF
Site 42S350HVSKAVCSTYLQSRY
Site 43T351VSKAVCSTYLQSRYY
Site 44Y352SKAVCSTYLQSRYYR
Site 45S355VCSTYLQSRYYRAPE
Site 46Y357STYLQSRYYRAPEII
Site 47Y358TYLQSRYYRAPEIIL
Site 48Y392LFLGWPLYPGASEYD
Site 49Y398LYPGASEYDQIRYIS
Site 50Y403SEYDQIRYISQTQGL
Site 51S405YDQIRYISQTQGLPA
Site 52T407QIRYISQTQGLPAEY
Site 53Y414TQGLPAEYLLSAGTK
Site 54S417LPAEYLLSAGTKTTR
Site 55T422LLSAGTKTTRFFNRD
Site 56Y434NRDPNLGYPLWRLKT
Site 57T441YPLWRLKTPEEHELE
Site 58Y459KSKEARKYIFNCLDD
Site 59Y491EKADRREYIDLLKKM
Site 60T508IDADKRITPLKTLNH
Site 61T512KRITPLKTLNHQFVT
Site 62Y549CKRRVHMYDTVSQIK
Site 63T551RRVHMYDTVSQIKSP
Site 64S553VHMYDTVSQIKSPFT
Site 65S557DTVSQIKSPFTTHVA
Site 66T560SQIKSPFTTHVAPNT
Site 67T561QIKSPFTTHVAPNTS
Site 68S568THVAPNTSTNLTMSF
Site 69T572PNTSTNLTMSFSNQL
Site 70S574TSTNLTMSFSNQLNT
Site 71S576TNLTMSFSNQLNTVH
Site 72T581SFSNQLNTVHNQASV
Site 73S587NTVHNQASVLASSST
Site 74S608SLANSDVSLLNYQSA
Site 75Y612SDVSLLNYQSALYPS
Site 76Y617LNYQSALYPSSAAPV
Site 77T651QTDPFQQTFIVCPPA
Site 78S696AQPLQIQSGVLTQGS
Site 79T761QQILLPSTWQQLPGV
Site 80S786MIPEAMGSGQQLADW
Site 81T805SHGNQYSTIMQQPSL
Site 82S838HVVRQQQSSSLPSKK
Site 83S839VVRQQQSSSLPSKKN
Site 84S840VRQQQSSSLPSKKNK
Site 85S843QQSSSLPSKKNKQSA
Site 86S849PSKKNKQSAPVSSKS
Site 87S853NKQSAPVSSKSSLDV
Site 88S854KQSAPVSSKSSLDVL
Site 89S856SAPVSSKSSLDVLPS
Site 90S857APVSSKSSLDVLPSQ
Site 91S871QVYSLVGSSPLRTTS
Site 92S872VYSLVGSSPLRTTSS
Site 93T876VGSSPLRTTSSYNSL
Site 94T877GSSPLRTTSSYNSLV
Site 95S878SSPLRTTSSYNSLVP
Site 96S879SPLRTTSSYNSLVPV
Site 97Y880PLRTTSSYNSLVPVQ
Site 98S882RTTSSYNSLVPVQDQ
Site 99S904DTPSPPVSVITIRSD
Site 100S910VSVITIRSDTDEEED
Site 101T912VITIRSDTDEEEDNK
Site 102Y920DEEEDNKYKPSSSGL
Site 103S923EDNKYKPSSSGLKPR
Site 104S924DNKYKPSSSGLKPRS
Site 105S925NKYKPSSSGLKPRSN
Site 106S931SSGLKPRSNVISYVT
Site 107S935KPRSNVISYVTVNDS
Site 108Y936PRSNVISYVTVNDSP
Site 109T938SNVISYVTVNDSPDS
Site 110S942SYVTVNDSPDSDSSL
Site 111S945TVNDSPDSDSSLSSP
Site 112S947NDSPDSDSSLSSPYS
Site 113S948DSPDSDSSLSSPYST
Site 114S950PDSDSSLSSPYSTDT
Site 115S951DSDSSLSSPYSTDTL
Site 116S954SSLSSPYSTDTLSAL
Site 117T955SLSSPYSTDTLSALR
Site 118T957SSPYSTDTLSALRGN
Site 119S959PYSTDTLSALRGNSG
Site 120S965LSALRGNSGSVLEGP
Site 121S967ALRGNSGSVLEGPGR
Site 122T984ADGTGTRTIIVPPLK
Site 123T998KTQLGDCTVATQASG
Site 124T1001LGDCTVATQASGLLS
Site 125S1008TQASGLLSNKTKPVA
Site 126T1011SGLLSNKTKPVASVS
Site 127S1016NKTKPVASVSGQSSG
Site 128S1018TKPVASVSGQSSGCC
Site 129T1027QSSGCCITPTGYRAQ
Site 130T1029SGCCITPTGYRAQRG
Site 131Y1031CCITPTGYRAQRGGT
Site 132T1038YRAQRGGTSAAQPLN
Site 133S1047AAQPLNLSQNQQSSA
Site 134S1053LSQNQQSSAAPTSQE
Site 135T1057QQSSAAPTSQERSSN
Site 136S1058QSSAAPTSQERSSNP
Site 137S1062APTSQERSSNPAPRR
Site 138S1063PTSQERSSNPAPRRQ
Site 139Y1082APLSQAPYTFQHGSP
Site 140T1083PLSQAPYTFQHGSPL
Site 141S1088PYTFQHGSPLHSTGH
Site 142S1092QHGSPLHSTGHPHLA
Site 143T1093HGSPLHSTGHPHLAP
Site 144S1107PAPAHLPSQAHLYTY
Site 145Y1112LPSQAHLYTYAAPTS
Site 146Y1114SQAHLYTYAAPTSAA
Site 147S1134SSIAHLFSPQGSSRH
Site 148S1138HLFSPQGSSRHAAAY
Site 149Y1145SSRHAAAYTTHPSTL
Site 150T1146SRHAAAYTTHPSTLV
Site 151T1151AYTTHPSTLVHQVPV
Site 152S1169PSLLTSASVAPAQYQ
Site 153T1181QYQHQFATQSYIGSS
Site 154S1183QHQFATQSYIGSSRG
Site 155S1187ATQSYIGSSRGSTIY
Site 156S1191YIGSSRGSTIYTGYP
Site 157T1192IGSSRGSTIYTGYPL
Site 158Y1194SSRGSTIYTGYPLSP
Site 159T1195SRGSTIYTGYPLSPT
Site 160Y1197GSTIYTGYPLSPTKI
Site 161S1200IYTGYPLSPTKISQY
Site 162T1202TGYPLSPTKISQYSY
Site 163S1205PLSPTKISQYSYL__
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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