PhosphoNET

           
Protein Info 
   
Short Name:  ITPR2
Full Name:  Inositol 1,4,5-trisphosphate receptor type 2
Alias:  Inositol 1,4,5-triphosphate receptor, type 2; InsP3R2; IP3 receptor isoform 2; IP3R2; Type 2 inositol 1,4,5- trisphosphate receptor; Type 2 inositol 1,4,5-trisphosphate receptor; Type 2 InsP3 receptor
Type:  Receptor, misc.; Channel, calcium; Channel, ligand-gated
Mass (Da):  308064
Number AA:  2701
UniProt ID:  Q14571
International Prot ID:  IPI00031545
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021  GO:0001950  GO:0031095 Uniprot OncoNet
Molecular Function:  GO:0005509  GO:0015085  GO:0005220 PhosphoSite+ KinaseNET
Biological Process:  GO:0006816  GO:0001666  GO:0007165 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 1S105LEQKQNESENKKLLG
Site 2Y117LLGEIVKYSNVIQLL
Site 3S118LGEIVKYSNVIQLLH
Site 4Y131LHIKSNKYLTVNKRL
Site 5T133IKSNKYLTVNKRLPA
Site 6S150EKNAMRVSLDAAGNE
Site 7Y226KITLFMKYSSYREDV
Site 8S227ITLFMKYSSYREDVL
Site 9S228TLFMKYSSYREDVLK
Site 10Y229LFMKYSSYREDVLKG
Site 11T252AEQEKFLTCDEYEKK
Site 12Y256KFLTCDEYEKKQHIF
Site 13T267QHIFLRTTLRQSATS
Site 14S271LRTTLRQSATSATSS
Site 15T273TTLRQSATSATSSKA
Site 16S274TLRQSATSATSSKAL
Site 17S277QSATSATSSKALWEI
Site 18S278SATSATSSKALWEIE
Site 19S301GGAGQWNSLFRFKHL
Site 20Y313KHLATGNYLAAELNP
Site 21Y322AAELNPDYRDAQNEG
Site 22S340RDGVPPTSKKKRQAG
Site 23Y352QAGEKIMYTLVSVPH
Site 24S365PHGNDIASLFELDAT
Site 25T372SLFELDATTLQRADC
Site 26S385DCLVPRNSYVRLRHL
Site 27Y386CLVPRNSYVRLRHLC
Site 28T394VRLRHLCTNTWVTST
Site 29S402NTWVTSTSIPIDTDE
Site 30T407STSIPIDTDEERPVM
Site 31T473QNERRFVTKLLEDLI
Site 32Y546EDLGDQRYAPYKYML
Site 33Y549GDQRYAPYKYMLRLC
Site 34Y551QRYAPYKYMLRLCYR
Site 35Y557KYMLRLCYRVLRHSQ
Site 36Y567LRHSQQDYRKNQEYI
Site 37Y573DYRKNQEYIAKNFCV
Site 38Y587VMQSQIGYDILAEDT
Site 39T611KLLEKHITAKEIETF
Site 40S620KEIETFVSLLRRNRE
Site 41Y633REPRFLDYLSDLCVS
Site 42S635PRFLDYLSDLCVSNT
Site 43S681QADNPMESSILSDDI
Site 44S685PMESSILSDDIDDEE
Site 45Y696DDEEVWLYWIDSNKE
Site 46T728KADLEVLTYYRYQLN
Site 47Y729ADLEVLTYYRYQLNL
Site 48Y730DLEVLTYYRYQLNLF
Site 49Y732EVLTYYRYQLNLFAR
Site 50Y746RMCLDRQYLAINQIS
Site 51S769LRCVSDESLPFDLRA
Site 52S794VDRDPQESVVPVRYA
Site 53T805VRYARLWTEIPTKIT
Site 54Y816TKITIHEYDSITDSS
Site 55S818ITIHEYDSITDSSRN
Site 56T820IHEYDSITDSSRNDM
Site 57S822EYDSITDSSRNDMKR
Site 58T834MKRKFALTMEFVEEY
Site 59T861DKEKNKLTFEVVHLA
Site 60S880YFGFYSFSELLRLTR
Site 61S901DIVQAPMSSYFERLS
Site 62Y903VQAPMSSYFERLSKF
Site 63S908SSYFERLSKFQDGGN
Site 64T920GGNNVMRTIHGVGEM
Site 65T929HGVGEMMTQMVLSRG
Site 66S937QMVLSRGSIFPMSVP
Site 67S942RGSIFPMSVPDVPPS
Site 68S949SVPDVPPSIHPSKQG
Site 69S953VPPSIHPSKQGSPTE
Site 70S957IHPSKQGSPTEHEDV
Site 71T965PTEHEDVTVMDTKLK
Site 72S990VRLDYRISYMLSIYK
Site 73Y991RLDYRISYMLSIYKK
Site 74Y996ISYMLSIYKKEFGED
Site 75S1010DNDNAETSASGSPDT
Site 76S1012DNAETSASGSPDTLL
Site 77S1014AETSASGSPDTLLPS
Site 78T1056LDDEGGRTFLRVLIH
Site 79S1085QLLFKHFSQRAEVLQ
Site 80Y1109SNQDVDNYKQIKADL
Site 81T1122DLDQLRLTVEKSELW
Site 82S1126LRLTVEKSELWVEKS
Site 83S1133SELWVEKSSNYENGE
Site 84S1144ENGEIGESQVKGGEE
Site 85S1156GEEPIEESNILSPVQ
Site 86S1160IEESNILSPVQDGTK
Site 87T1166LSPVQDGTKKPQIDS
Site 88S1176PQIDSNKSNNYRIVK
Site 89S1190KEILIRLSKLCVQNK
Site 90T1273PGLLEAETMRHIFMN
Site 91Y1309THGRHVEYLRFLQTI
Site 92Y1323IVKADGKYVKKCQDM
Site 93Y1346GEDVLIFYNDRASFP
Site 94S1361ILLHMMCSERDRGDE
Site 95S1369ERDRGDESGPLAYHI
Site 96S1399YTEIKCNSLLPLDDI
Site 97T1411DDIVRVVTHDDCIPE
Site 98Y1442EVEMKEIYTSNHIWK
Site 99T1443VEMKEIYTSNHIWKL
Site 100T1466ARVCNTTTDRKHADI
Site 101S1493IVSGFFNSPFSDNST
Site 102S1496GFFNSPFSDNSTSLQ
Site 103S1499NSPFSDNSTSLQTHQ
Site 104T1500SPFSDNSTSLQTHQP
Site 105S1501PFSDNSTSLQTHQPV
Site 106Y1520LQSAFRIYNCTWPNP
Site 107T1539SVESCIRTLAEVAKN
Site 108S1557AIPVDLDSQVNTLFM
Site 109T1561DLDSQVNTLFMKSHS
Site 110S1581AAMGWRLSARSGPRF
Site 111S1584GWRLSARSGPRFKEA
Site 112Y1599LGGPAWDYRNIIEKL
Site 113S1612KLQDVVASLEHQFSP
Site 114S1618ASLEHQFSPMMQAEF
Site 115S1643ELLFPEGSDARIRCG
Site 116S1687EMLEKKDSFVEEGNT
Site 117T1694SFVEEGNTLRKILLN
Site 118Y1703RKILLNRYFKGDYSI
Site 119Y1708NRYFKGDYSIGVNGH
Site 120S1709RYFKGDYSIGVNGHL
Site 121S1717IGVNGHLSGAYSKTA
Site 122S1721GHLSGAYSKTAQVGG
Site 123T1723LSGAYSKTAQVGGSF
Site 124S1729KTAQVGGSFSGQDSD
Site 125S1731AQVGGSFSGQDSDKM
Site 126S1735GSFSGQDSDKMGISM
Site 127S1741DSDKMGISMSDIQCL
Site 128T1787ALLEGGNTQTQYSFY
Site 129Y1791GGNTQTQYSFYQQLH
Site 130S1803QLHEQKKSEKFFKVL
Site 131Y1811EKFFKVLYDRMKAAQ
Site 132S1823AAQKEIRSTVTVNTI
Site 133T1824AQKEIRSTVTVNTID
Site 134T1826KEIRSTVTVNTIDLG
Site 135T1829RSTVTVNTIDLGNKK
Site 136S1846DDNELMTSGPRMRVR
Site 137S1855PRMRVRDSTLHLKEG
Site 138T1856RMRVRDSTLHLKEGM
Site 139T1868EGMKGQLTEASSATS
Site 140S1871KGQLTEASSATSKAY
Site 141S1872GQLTEASSATSKAYC
Site 142S1875TEASSATSKAYCVYR
Site 143T1901TGPEAGNTEEKSAEE
Site 144S1905AGNTEEKSAEEVTMS
Site 145T1910EKSAEEVTMSPAIAI
Site 146S1912SAEEVTMSPAIAIMQ
Site 147S1991LVNQNLESLTEYCQG
Site 148Y1995NLESLTEYCQGPCHE
Site 149S2054LLLAIMESRHDSENA
Site 150S2058IMESRHDSENAERIL
Site 151S2100EGGDDGVSPKDVGHN
Site 152Y2109KDVGHNIYILAHQLA
Site 153S2130QQMLKPGSDPDEGDE
Site 154Y2141EGDEALKYYANHTAQ
Site 155T2157EIVRHDRTMEQIVFP
Site 156Y2171PVPNICEYLTRESKC
Site 157T2173PNICEYLTRESKCRV
Site 158T2184KCRVFNTTERDEQGS
Site 159S2191TERDEQGSKVNDFFQ
Site 160Y2204FQQTEDLYNEMKWQK
Site 161T2258GDDGDEGTLSPLFSV
Site 162T2332SFVGNRGTFTRGYRA
Site 163Y2337RGTFTRGYRAVILDM
Site 164T2380DLVYREETLLNVIKS
Site 165S2387TLLNVIKSVTRNGRS
Site 166T2422LFLKDDFTMEVDRLK
Site 167T2432VDRLKNRTPVTGSHQ
Site 168T2444SHQVPTMTLTTMMEA
Site 169S2458ACAKENCSPTIPASN
Site 170T2460AKENCSPTIPASNTA
Site 171S2464CSPTIPASNTADEEY
Site 172Y2471SNTADEEYEDGIERT
Site 173S2508GDVLRRPSKDEPLFA
Site 174T2576RDKFDNKTVSFEEHI
Site 175S2578KFDNKTVSFEEHIKS
Site 176T2605LVKVKDPTEYTGPES
Site 177Y2607KVKDPTEYTGPESYV
Site 178S2612TEYTGPESYVAQMIV
Site 179Y2613EYTGPESYVAQMIVE
Site 180S2633FPRMRAMSLVSNEGD
Site 181S2636MRAMSLVSNEGDSEQ
Site 182S2641LVSNEGDSEQNEIRS
Site 183S2648SEQNEIRSLQEKLES
Site 184S2655SLQEKLESTMSLVKQ
Site 185S2658EKLESTMSLVKQLSG
Site 186S2689QRLGFLGSNTPHVNH
 
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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