PhosphoNET

           
Protein Info 
   
Short Name:  HISPPD1
Full Name:  Inositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 2
Alias:  EC 2.7.4.21; EC 2.7.4.24; FLJ21506; KIAA0433; VIP2
Type:  Kinase, lipid; EC 2.7.4.24; EC 2.7.4.21
Mass (Da):  140407
Number AA:  1243
UniProt ID:  O43314
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003993  GO:0033857 PhosphoSite+ KinaseNET
Biological Process:  GO:0006020     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 1T14FFVGPEDTEINPGNY
Site 2Y21TEINPGNYRHFFHHA
Site 3S38DDEEEDDSPPERQIV
Site 4S50DDEEEDDSPPERQIV
Site 5S55ICSMAKKSKSKPMKE
Site 6S57SMAKKSKSKPMKEIL
Site 7S102DCLISFHSKGFPLDK
Site 8Y138IQDRREVYSILQAEG
Site 9S139QDRREVYSILQAEGI
Site 10Y151EGILLPRYAILNRDP
Site 11S190PFVEKPVSAEDHNVY
Site 12Y197SAEDHNVYIYYPTSA
Site 13Y199EDHNVYIYYPTSAGG
Site 14Y200DHNVYIYYPTSAGGG
Site 15S203VYIYYPTSAGGGSQR
Site 16S208PTSAGGGSQRLFRKI
Site 17S217RLFRKIGSRSSVYSP
Site 18S219FRKIGSRSSVYSPES
Site 19S220RKIGSRSSVYSPESN
Site 20Y222IGSRSSVYSPESNVR
Site 21S223GSRSSVYSPESNVRK
Site 22S226SSVYSPESNVRKTGS
Site 23T231PESNVRKTGSYIYEE
Site 24Y234NVRKTGSYIYEEFMP
Site 25Y236RKTGSYIYEEFMPTD
Site 26T242IYEEFMPTDGTDVKV
Site 27T245EFMPTDGTDVKVYTV
Site 28Y250DGTDVKVYTVGPDYA
Site 29T251GTDVKVYTVGPDYAH
Site 30Y256VYTVGPDYAHAEARK
Site 31S264AHAEARKSPALDGKV
Site 32S275DGKVERDSEGKEVRY
Site 33Y282SEGKEVRYPVILNAR
Site 34S317LLRANGQSYVCDVNG
Site 35Y318LRANGQSYVCDVNGF
Site 36Y334FVKNSMKYYDDCAKI
Site 37Y335VKNSMKYYDDCAKIL
Site 38S359PQFHIPWSIPLEAED
Site 39T393VIRHGDRTPKQKMKM
Site 40Y417LFEKCDGYKSGKLKL
Site 41S419EKCDGYKSGKLKLKK
Site 42S450ELGQNNDSEIEENKP
Site 43T464PKLEQLKTVLEMYGH
Site 44T482INRKVQLTYLPHGCP
Site 45Y483NRKVQLTYLPHGCPK
Site 46T491LPHGCPKTSSEEEDS
Site 47S492PHGCPKTSSEEEDSR
Site 48S493HGCPKTSSEEEDSRR
Site 49S498TSSEEEDSRREEPSL
Site 50S504DSRREEPSLLLVLKW
Site 51T516LKWGGELTPAGRVQA
Site 52Y534GRAFRCMYPGGQGDY
Site 53Y541YPGGQGDYAGFPGCG
Site 54S554CGLLRLHSTYRHDLK
Site 55T555GLLRLHSTYRHDLKI
Site 56Y556LLRLHSTYRHDLKIY
Site 57Y563YRHDLKIYASDEGRV
Site 58S565HDLKIYASDEGRVQM
Site 59T573DEGRVQMTAAAFAKG
Site 60S607NMNGLLDSDSDSLSS
Site 61S609NGLLDSDSDSLSSCQ
Site 62S611LLDSDSDSLSSCQQR
Site 63S613DSDSDSLSSCQQRVK
Site 64T634LQKDRDFTAEDYEKL
Site 65Y638RDFTAEDYEKLTPSG
Site 66T642AEDYEKLTPSGSISL
Site 67S644DYEKLTPSGSISLIK
Site 68S646EKLTPSGSISLIKSM
Site 69T662LIKNPVKTCDKVYSL
Site 70S668KTCDKVYSLIQSLTS
Site 71S672KVYSLIQSLTSQIRH
Site 72T674YSLIQSLTSQIRHRM
Site 73S675SLIQSLTSQIRHRME
Site 74S686HRMEDPKSSDIQLYH
Site 75S687RMEDPKSSDIQLYHS
Site 76Y692KSSDIQLYHSETLEL
Site 77S694SDIQLYHSETLELML
Site 78T696IQLYHSETLELMLRR
Site 79S705ELMLRRWSKLEKDFK
Site 80T713KLEKDFKTKNGRYDI
Site 81S721KNGRYDISKIPDIYD
Site 82Y727ISKIPDIYDCIKYDV
Site 83Y732DIYDCIKYDVQHNGS
Site 84T745GSLKLENTMELYRLS
Site 85T767IPQEYGITKAEKLEI
Site 86Y778KLEIAKGYCTPLVRK
Site 87T780EIAKGYCTPLVRKIR
Site 88T798QRTQDDDTVNKLHPV
Site 89Y806VNKLHPVYSRGVLSP
Site 90S807NKLHPVYSRGVLSPE
Site 91S812VYSRGVLSPERHVRT
Site 92Y822RHVRTRLYFTSESHV
Site 93S825RTRLYFTSESHVHSL
Site 94S827RLYFTSESHVHSLLS
Site 95S831TSESHVHSLLSILRY
Site 96Y856QWKRAMDYLNVVNEL
Site 97Y874TQIVIMLYEDPNKDL
Site 98S882EDPNKDLSSEERFHV
Site 99S883DPNKDLSSEERFHVE
Site 100S894FHVELHFSPGAKGCE
Site 101S908EEDKNLPSGYGYRPA
Site 102Y912NLPSGYGYRPASREN
Site 103S916GYGYRPASRENEGRR
Site 104S936NDDEPHTSKRDEVDR
Site 105S962PIHIHRKSPLPRSRK
Site 106S967RKSPLPRSRKTATND
Site 107T970PLPRSRKTATNDEES
Site 108T972PRSRKTATNDEESPL
Site 109S977TATNDEESPLSVSSP
Site 110S980NDEESPLSVSSPEGT
Site 111S982EESPLSVSSPEGTGT
Site 112S983ESPLSVSSPEGTGTW
Site 113T987SVSSPEGTGTWLHYT
Site 114T989SSPEGTGTWLHYTSG
Site 115Y993GTGTWLHYTSGVGTG
Site 116T994TGTWLHYTSGVGTGR
Site 117S995GTWLHYTSGVGTGRR
Site 118T999HYTSGVGTGRRRRRS
Site 119S1006TGRRRRRSGEQITSS
Site 120T1011RRSGEQITSSPVSPK
Site 121S1012RSGEQITSSPVSPKS
Site 122S1013SGEQITSSPVSPKSL
Site 123S1016QITSSPVSPKSLAFT
Site 124S1019SSPVSPKSLAFTSSI
Site 125T1023RRSGEQITSSPVSPK
Site 126S1024RSGEQITSSPVSPKS
Site 127S1025KSLAFTSSIFGSWQQ
Site 128S1029FTSSIFGSWQQVVSE
Site 129Y1040VVSENANYLRTPRTL
Site 130T1043ENANYLRTPRTLVEQ
Site 131T1046NYLRTPRTLVEQKQN
Site 132T1055VEQKQNPTVGSHCAG
Site 133S1058KQNPTVGSHCAGLFS
Site 134S1073TSVLGGSSSAPNLQD
Site 135S1074SVLGGSSSAPNLQDY
Site 136Y1081SAPNLQDYARTHRKK
Site 137T1084NLQDYARTHRKKLTS
Site 138T1090RTHRKKLTSSGCIDD
Site 139S1091THRKKLTSSGCIDDA
Site 140S1092HRKKLTSSGCIDDAT
Site 141T1099SGCIDDATRGSAVKR
Site 142S1102IDDATRGSAVKRFSI
Site 143S1108GSAVKRFSISFARHP
Site 144S1110AVKRFSISFARHPTN
Site 145T1116ISFARHPTNGFELYS
Site 146S1139ETLHNALSLKQVDEF
Site 147S1149QVDEFLASIASPSSD
Site 148S1152EFLASIASPSSDVPR
Site 149S1155ASIASPSSDVPRKTA
Site 150T1161SSDVPRKTAEISSTA
Site 151S1165PRKTAEISSTALRSS
Site 152S1166RKTAEISSTALRSSP
Site 153T1167KTAEISSTALRSSPI
Site 154S1171ISSTALRSSPIMRKK
Site 155S1172SSTALRSSPIMRKKV
Site 156S1180PIMRKKVSLNTYTPA
Site 157T1183RKKVSLNTYTPAKIL
Site 158Y1184KKVSLNTYTPAKILP
Site 159T1185KVSLNTYTPAKILPT
Site 160T1192TPAKILPTPPATLKS
Site 161T1196KVSLNTYTPAKILPT
Site 162S1199TPPATLKSTKASSKP
Site 163S1203TLKSTKASSKPATSG
Site 164S1204LKSTKASSKPATSGP
Site 165T1208KASSKPATSGPSSAV
Site 166S1209ASSKPATSGPSSAVV
Site 167S1213PATSGPSSAVVPNTS
Site 168T1219SSAVVPNTSSRKKNI
Site 169S1220SAVVPNTSSRKKNIT
Site 170T1227SSRKKNITSKTETHE
Site 171T1230KKNITSKTETHEHKK
 
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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