PhosphoNET

           
Protein Info 
   
Short Name:  HISPPD2A
Full Name:  Inositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 1
Alias:  EC 2.7.4.21; EC 2.7.4.24; Inositol hexakisphosphate and diphosphoinositol-pentakisphosphate kinase 1; IP6K; IPS1; KIAA0377; VIP1
Type:  EC 2.7.4.24; EC 2.7.4.21; Phosphatase (non-protein); Kinase (non-protein)
Mass (Da):  159521
Number AA:  1433
UniProt ID:  Q6PFW1
International Prot ID:  IPI00398511
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 1S7_MWSLTASEGESTTA
Site 2T12TASEGESTTAHFFLG
Site 3T27AGDEGLGTRGIGMRP
Site 4S37IGMRPEESDSELLED
Site 5S39MRPEESDSELLEDEE
Site 6S68AMTKKSKSKPMTQIL
Site 7T72KSKSKPMTQILERLC
Site 8S113HCLISFHSKGFPLDK
Site 9S125LDKAVAYSKLRNPFL
Site 10Y141NDLAMQYYIQDRREV
Site 11Y149IQDRREVYRILQEEG
Site 12Y162EGIDLPRYAVLNRDP
Site 13S201PFVEKPVSAEDHNVY
Site 14Y208SAEDHNVYIYYPSSA
Site 15Y210EDHNVYIYYPSSAGG
Site 16Y211DHNVYIYYPSSAGGG
Site 17S213NVYIYYPSSAGGGSQ
Site 18S214VYIYYPSSAGGGSQR
Site 19S219PSSAGGGSQRLFRKI
Site 20S228RLFRKIGSRSSVYSP
Site 21S230FRKIGSRSSVYSPES
Site 22S231RKIGSRSSVYSPESS
Site 23Y233IGSRSSVYSPESSVR
Site 24S234GSRSSVYSPESSVRK
Site 25S237SSVYSPESSVRKTGS
Site 26S238SVYSPESSVRKTGSY
Site 27T242PESSVRKTGSYIYEE
Site 28Y245SVRKTGSYIYEEFMP
Site 29Y247RKTGSYIYEEFMPTD
Site 30T253IYEEFMPTDGTDVKV
Site 31T256EFMPTDGTDVKVYTV
Site 32Y261DGTDVKVYTVGPDYA
Site 33T262GTDVKVYTVGPDYAH
Site 34Y267VYTVGPDYAHAEARK
Site 35S275AHAEARKSPALDGKV
Site 36S286DGKVERDSEGKEIRY
Site 37Y293SEGKEIRYPVMLTAM
Site 38Y346VKNSMKYYDDCAKIL
Site 39S370PQFQIPWSIPTEAED
Site 40T404IIRHGDRTPKQKMKM
Site 41T430EKHGGYKTGKLKLKR
Site 42S475GKLEQLKSVLEMYGH
Site 43T493INRKVQLTYYPHGVK
Site 44Y495RKVQLTYYPHGVKAS
Site 45T512GQDPQRETLAPSLLL
Site 46T528LKWGGELTPAGRVQA
Site 47Y546GRAFRCMYPGGQGDY
Site 48Y553YPGGQGDYAGFPGCG
Site 49S566CGLLRLHSTFRHDLK
Site 50T567GLLRLHSTFRHDLKI
Site 51Y575FRHDLKIYASDEGRV
Site 52S577HDLKIYASDEGRVQM
Site 53T585DEGRVQMTAAAFAKG
Site 54S619NMNGLLDSDGDSLSS
Site 55S623LLDSDGDSLSSCQHR
Site 56S625DSDGDSLSSCQHRVK
Site 57Y650APFGPEDYDQLAPTR
Site 58T656DYDQLAPTRSTSLLN
Site 59S658DQLAPTRSTSLLNSM
Site 60T659QLAPTRSTSLLNSMT
Site 61S664RSTSLLNSMTIIQNP
Site 62S698ERMQDPRSVDLQLYH
Site 63Y704RSVDLQLYHSETLEL
Site 64T708LQLYHSETLELMLQR
Site 65S717ELMLQRWSKLERDFR
Site 66S727ERDFRQKSGRYDISK
Site 67Y730FRQKSGRYDISKIPD
Site 68S733KSGRYDISKIPDIYD
Site 69Y739ISKIPDIYDCVKYDV
Site 70Y744DIYDCVKYDVQHNGS
Site 71S751YDVQHNGSLGLQGTA
Site 72S764TAELLRLSKALADVV
Site 73Y776DVVIPQEYGISREEK
Site 74S779IPQEYGISREEKLEI
Site 75S810QRTHEDESVNKLHPL
Site 76Y819NKLHPLCYLRYSRGV
Site 77Y822HPLCYLRYSRGVLSP
Site 78S823PLCYLRYSRGVLSPG
Site 79S828RYSRGVLSPGRHVRT
Site 80Y838RHVRTRLYFTSESHV
Site 81S841RTRLYFTSESHVHSL
Site 82S843RLYFTSESHVHSLLS
Site 83S847TSESHVHSLLSVFRY
Site 84T861YGGLLDETQDAQWQR
Site 85Y872QWQRALDYLSAISEL
Site 86S874QRALDYLSAISELNY
Site 87Y890TQIVIMLYEDNTQDP
Site 88T894IMLYEDNTQDPLSEE
Site 89S899DNTQDPLSEERFHVE
Site 90S921KGVEEEGSAPAGCGF
Site 91S932GCGFRPASSENEEMK
Site 92S933CGFRPASSENEEMKT
Site 93T940SENEEMKTNQGSMEN
Site 94S944EMKTNQGSMENLCPG
Site 95S954NLCPGKASDEPDRAL
Site 96T963EPDRALQTSPQPPEG
Site 97S964PDRALQTSPQPPEGP
Site 98S977GPGLPRRSPLIRNRK
Site 99S987IRNRKAGSMEVLSET
Site 100S992AGSMEVLSETSSSRP
Site 101T994SMEVLSETSSSRPGG
Site 102S995MEVLSETSSSRPGGY
Site 103S996EVLSETSSSRPGGYR
Site 104S997VLSETSSSRPGGYRL
Site 105Y1002SSSRPGGYRLFSSSR
Site 106S1006PGGYRLFSSSRPPTE
Site 107S1007GGYRLFSSSRPPTEM
Site 108S1008GYRLFSSSRPPTEMK
Site 109T1012FSSSRPPTEMKQSGL
Site 110S1017PPTEMKQSGLGSQCT
Site 111S1021MKQSGLGSQCTGLFS
Site 112S1037TVLGGSSSAPNLQDY
Site 113Y1044SAPNLQDYARSHGKK
Site 114S1056GKKLPPASLKHRDEL
Site 115S1073VPAVKRFSVSFAKHP
Site 116S1075AVKRFSVSFAKHPTN
Site 117S1104ETLHNALSLRQVSEF
Site 118S1113RQVSEFLSRVCQRHT
Site 119T1120SRVCQRHTDAQAQAS
Site 120S1133ASAALFDSMHSSQAS
Site 121S1136ALFDSMHSSQASDNP
Site 122S1137LFDSMHSSQASDNPF
Site 123S1140SMHSSQASDNPFSPP
Site 124S1145QASDNPFSPPRTLHS
Site 125T1149NPFSPPRTLHSPPLQ
Site 126S1152SPPRTLHSPPLQLQQ
Site 127S1161PLQLQQRSEKPPWYS
Site 128Y1167RSEKPPWYSSGPSST
Site 129S1168SEKPPWYSSGPSSTV
Site 130S1169EKPPWYSSGPSSTVS
Site 131S1172PWYSSGPSSTVSSAG
Site 132S1173WYSSGPSSTVSSAGP
Site 133T1174YSSGPSSTVSSAGPS
Site 134S1176SGPSSTVSSAGPSSP
Site 135S1177GPSSTVSSAGPSSPT
Site 136S1181TVSSAGPSSPTTVDG
Site 137S1182VSSAGPSSPTTVDGN
Site 138T1185AGPSSPTTVDGNSQF
Site 139S1190PTTVDGNSQFGFSDQ
Site 140S1195GNSQFGFSDQPSLNS
Site 141S1199FGFSDQPSLNSHVAE
Site 142S1202SDQPSLNSHVAEEHQ
Site 143T1217GLGLLQETPGSGAQE
Site 144S1220LLQETPGSGAQELSI
Site 145S1226GSGAQELSIEGEQEL
Site 146S1239ELFEPNQSPQVPPME
Site 147S1248QVPPMETSQPYEEVS
Site 148Y1251PMETSQPYEEVSQPC
Site 149S1255SQPYEEVSQPCQEVP
Site 150S1265CQEVPDISQPCQDIS
Site 151S1272SQPCQDISEALSQPC
Site 152S1276QDISEALSQPCQKVP
Site 153S1307CQEVPHISQPCQKSS
Site 154S1314SQPCQKSSQLCQKVS
Site 155S1332CQLCLENSEEVSQPC
Site 156S1336LENSEEVSQPCQGVS
Site 157S1370ETLVEVGSPAEEIPE
Site 158Y1383PEEVIQPYQEFSVEV
Site 159S1398GRLAQETSAINLLSQ
Site 160S1414IPEIDKPSQEFPEEI
 
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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