PhosphoNET

           
Protein Info 
   
Short Name:  ITPR1
Full Name:  Inositol 1,4,5-trisphosphate receptor type 1
Alias:  Type 1 inositol 1,4,5-trisphosphate receptor; Type 1 inositol 1;4;5-trisphosphate receptor;Type 1 InsP3 receptor;IP3 receptor isoform 1;InsP3R1;IP3R
Type:  Channel protein
Mass (Da):  313945
Number AA:  2758
UniProt ID:  Q14643
International Prot ID:  IPI00333753
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021  GO:0031088  GO:0031095 Uniprot OncoNet
Molecular Function:  GO:0005509  GO:0015085  GO:0005220 PhosphoSite+ KinaseNET
Biological Process:  GO:0006816  GO:0008219  GO:0001666 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 1Y18IGDICSLYAEGSTNG
Site 2S22CSLYAEGSTNGFIST
Site 3T84KPGANSTTDAVLLNK
Site 4T113ENRKLLGTVIQYGNV
Site 5S128IQLLHLKSNKYLTVN
Site 6Y131LHLKSNKYLTVNKRL
Site 7T133LKSNKYLTVNKRLPA
Site 8T150EKNAMRVTLDEAGNE
Site 9Y162GNEGSWFYIQPFYKL
Site 10Y167WFYIQPFYKLRSIGD
Site 11S196AGQPLHASSHQLVDN
Site 12T252AEQEKFLTCDEHRKK
Site 13T267QHVFLRTTGRQSATS
Site 14S271LRTTGRQSATSATSS
Site 15T273TTGRQSATSATSSKA
Site 16S274TGRQSATSATSSKAL
Site 17S278SATSATSSKALWEVE
Site 18Y298PCRGGAGYWNSLFRF
Site 19S332ECLEFQPSVDPDQDA
Site 20Y353NAQEKMVYSLVSVPE
Site 21S354AQEKMVYSLVSVPEG
Site 22S365VPEGNDISSIFELDP
Site 23S366PEGNDISSIFELDPT
Site 24T373SIFELDPTTLRGGDS
Site 25T374IFELDPTTLRGGDSL
Site 26S380TTLRGGDSLVPRNSY
Site 27S386DSLVPRNSYVRLRHL
Site 28Y387SLVPRNSYVRLRHLC
Site 29T420PVMLKIGTSPVKEDK
Site 30S421VMLKIGTSPVKEDKE
Site 31S436AFAIVPVSPAEVRDL
Site 32S472ITQNERRSVTKLLED
Site 33T474QNERRSVTKLLEDLV
Site 34S500DVLEVVFSKPNRERQ
Site 35T528KLLQAPFTDCGDGPM
Site 36Y557RHICRLCYRVLRHSQ
Site 37Y567LRHSQQDYRKNQEYI
Site 38Y573DYRKNQEYIAKQFGF
Site 39Y587FMQKQIGYDVLAEDT
Site 40T611KLLEKHITAAEIDTF
Site 41S620AEIDTFVSLVRKNRE
Site 42Y633REPRFLDYLSDLCVS
Site 43S682FEFEGVSSTGENALE
Site 44S704VWLFWRDSNKEIRSK
Site 45S712NKEIRSKSVRELAQD
Site 46S732KEDRDVLSYYRYQLN
Site 47Y733EDRDVLSYYRYQLNL
Site 48Y734DRDVLSYYRYQLNLF
Site 49Y736DVLSYYRYQLNLFAR
Site 50Y750RMCLDRQYLAINEIS
Site 51S770DLILRCMSDENLPYD
Site 52Y776MSDENLPYDLRASFC
Site 53T800RDPQEQVTPVKYARL
Site 54Y804EQVTPVKYARLWSEI
Site 55S809VKYARLWSEIPSEIA
Site 56S813RLWSEIPSEIAIDDY
Site 57Y820SEIAIDDYDSSGASK
Site 58S822IAIDDYDSSGASKDE
Site 59S823AIDDYDSSGASKDEI
Site 60S826DYDSSGASKDEIKER
Site 61Y844TMEFVEEYLRDVVCQ
Site 62S856VCQRFPFSDKEKNKL
Site 63T864DKEKNKLTFEVVNLA
Site 64S883YFGFYNFSDLLRLTK
Site 65S908VTTIFPISKMAKGEE
Site 66S927NDVEKLKSSNVMRSI
Site 67T955GGGFLPMTPMAAAPE
Site 68S1014FKREFDESNSQTSET
Site 69S1016REFDESNSQTSETSS
Site 70T1018FDESNSQTSETSSGN
Site 71S1019DESNSQTSETSSGNS
Site 72T1021SNSQTSETSSGNSSQ
Site 73S1022NSQTSETSSGNSSQE
Site 74S1023SQTSETSSGNSSQEG
Site 75S1026SETSSGNSSQEGPSN
Site 76S1027ETSSGNSSQEGPSNV
Site 77S1032NSSQEGPSNVPGALD
Site 78S1054AEGIFGGSEENTPLD
Site 79T1058FGGSEENTPLDLDDH
Site 80T1069LDDHGGRTFLRVLLH
Site 81S1098QLLFRHFSQRQEVLQ
Site 82S1116QVQLLVTSQDVDNYK
Site 83Y1122TSQDVDNYKQIKQDL
Site 84S1134QDLDQLRSIVEKSEL
Site 85Y1144EKSELWVYKGQGPDE
Site 86T1152KGQGPDETMDGASGE
Site 87T1165GENEHKKTEEGNNKP
Site 88S1177NKPQKHESTSSYNYR
Site 89S1180QKHESTSSYNYRVVK
Site 90Y1181KHESTSSYNYRVVKE
Site 91Y1183ESTSSYNYRVVKEIL
Site 92S1201SKLCVQESASVRKSR
Site 93S1203LCVQESASVRKSRKQ
Site 94S1207ESASVRKSRKQQQRL
Site 95T1238PYEKAEDTKMQEIMR
Site 96Y1355GEDVLVFYNDRASFQ
Site 97T1363NDRASFQTLIQMMRS
Site 98S1370TLIQMMRSERDRMDE
Site 99Y1383DENSPLMYHIHLVEL
Site 100S1408YTEIKCNSLLPLDDI
Site 101T1420DDIVRVVTHEDCIPE
Site 102Y1451EVEMKEIYTSNHMWK
Site 103S1482SDRKHADSILEKYVT
Site 104S1501SIVTTFFSSPFSDQS
Site 105S1502IVTTFFSSPFSDQST
Site 106S1505TFFSSPFSDQSTTLQ
Site 107S1508SSPFSDQSTTLQTRQ
Site 108T1509SPFSDQSTTLQTRQP
Site 109S1544SQKASVESCIRVLSD
Site 110S1550ESCIRVLSDVAKSRA
Site 111S1575VNNLFLKSHSIVQKT
Site 112S1577NLFLKSHSIVQKTAM
Site 113S1589TAMNWRLSARNAARR
Site 114S1598RNAARRDSVLAASRD
Site 115Y1606VLAASRDYRNIIERL
Site 116S1618ERLQDIVSALEDRLR
Site 117T1650ELLFPENTDARRKCE
Site 118S1658DARRKCESGGFICKL
Site 119T1687LCIKVLQTLREMMTK
Site 120Y1698MMTKDRGYGEKLISI
Site 121S1704GYGEKLISIDELDNA
Site 122S1719ELPPAPDSENSTEEL
Site 123T1723APDSENSTEELEPSP
Site 124S1729STEELEPSPPLRQLE
Site 125Y1753QVLVNRYYGNVRPSG
Site 126S1759YYGNVRPSGRRESLT
Site 127S1764RPSGRRESLTSFGNG
Site 128T1766SGRRESLTSFGNGPL
Site 129S1767GRRESLTSFGNGPLS
Site 130S1774SFGNGPLSAGGPGKP
Site 131S1788PGGGGGGSGSSSMSR
Site 132S1790GGGGGSGSSSMSRGE
Site 133S1791GGGGSGSSSMSRGEM
Site 134S1792GGGSGSSSMSRGEMS
Site 135S1794GSGSSSMSRGEMSLA
Site 136S1799SMSRGEMSLAEVQCH
Site 137S1824IDLIMNASSDRVFHE
Site 138S1825DLIMNASSDRVFHES
Site 139T1856HSFFCRLTEDKKSEK
Site 140S1861RLTEDKKSEKFFKVF
Site 141Y1869EKFFKVFYDRMKVAQ
Site 142T1882AQQEIKATVTVNTSD
Site 143T1884QEIKATVTVNTSDLG
Site 144S1928RDQLLEASAATRKAF
Site 145T1937ATRKAFTTFRREADP
Site 146Y1948EADPDDHYQPGEGTQ
Site 147S2047LINQTLESLTEYCQG
Site 148Y2051TLESLTEYCQGPCHE
Site 149S2110LLLAIMESRHDSENA
Site 150S2114IMESRHDSENAERIL
Site 151Y2122ENAERILYNMRPKEL
Site 152S2156NGEDGAASPRNVGHN
Site 153Y2165RNVGHNIYILAHQLA
Site 154S2180RHNKELQSMLKPGGQ
Site 155T2228PSICEFLTKESKLRI
Site 156Y2236KESKLRIYYTTERDE
Site 157Y2237ESKLRIYYTTERDEQ
Site 158T2238SKLRIYYTTERDEQG
Site 159T2239KLRIYYTTERDEQGS
Site 160S2246TERDEQGSKINDFFL
Site 161Y2275LRAQPVLYWCARNMS
Site 162T2312FKGVRGGTLEPHWSG
Site 163T2386SFVGNCGTFTRGYRA
Site 164T2434DLVYREETLLNVIKS
Site 165S2441TLLNVIKSVTRNGRS
Site 166T2486VDRLPNETAVPETGE
Site 167S2497ETGESLASEFLFSDV
Site 168S2509SDVCRVESGENCSSP
Site 169S2515ESGENCSSPAPREEL
Site 170S2565GDVLRKPSKEEPLFA
Site 171T2633RDKFDNKTVTFEEHI
Site 172T2635KFDNKTVTFEEHIKE
Site 173Y2649EEHNMWHYLCFIVLV
Site 174S2661VLVKVKDSTEYTGPE
Site 175T2662LVKVKDSTEYTGPES
Site 176Y2664KVKDSTEYTGPESYV
Site 177T2665VKDSTEYTGPESYVA
Site 178S2669TEYTGPESYVAEMIK
Site 179Y2670EYTGPESYVAEMIKE
Site 180S2690FPRMRAMSLVSSDSE
Site 181S2694RAMSLVSSDSEGEQN
Site 182S2696MSLVSSDSEGEQNEL
Site 183T2718ESTMKLVTNLSGQLS
Site 184S2721MKLVTNLSGQLSELK
Site 185S2725TNLSGQLSELKDQMT
Site 186T2732SELKDQMTEQRKQKQ
 
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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