PhosphoNET

           
Protein Info 
   
Short Name:  RYR3
Full Name:  Ryanodine receptor 3
Alias:  Brain ryanodine receptor-calcium release channel; Brain-type ryanodine receptor; HBRR; RYR-3
Type:  Channel, calcium
Mass (Da):  551932
Number AA:  4870
UniProt ID:  Q15413
International Prot ID:  IPI00329784
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016020  GO:0016021  GO:0031224 Uniprot OncoNet
Molecular Function:  GO:0004871  GO:0004872  GO:0005215 PhosphoSite+ KinaseNET
Biological Process:  GO:0006810  GO:0006811  GO:0006812 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 1S54LCFLEPTSEAKYIPP
Site 2Y58EPTSEAKYIPPDLCV
Site 3Y119RHSFSGMYLTCLTTS
Site 4T121SFSGMYLTCLTTSRS
Site 5T124GMYLTCLTTSRSQTD
Site 6T125MYLTCLTTSRSQTDK
Site 7S128TCLTTSRSQTDKLAF
Site 8T130LTTSRSQTDKLAFDV
Site 9S160HPASKQRSEGEKVRI
Site 10S177DLILVSVSSERYLHL
Site 11S178LILVSVSSERYLHLS
Site 12Y181VSVSSERYLHLSVSN
Site 13S185SERYLHLSVSNGNIQ
Site 14S187RYLHLSVSNGNIQVD
Site 15T207TLWNVHPTCSGSSIE
Site 16S209WNVHPTCSGSSIEEG
Site 17S211VHPTCSGSSIEEGYL
Site 18T235HGHDECLTIPSTDQN
Site 19T239ECLTIPSTDQNDSQH
Site 20S244PSTDQNDSQHRRIFY
Site 21Y251SQHRRIFYEAGGAGT
Site 22S261GGAGTRASSLWRVEP
Site 23S262GAGTRASSLWRVEPL
Site 24S272RVEPLRISWSGSNIR
Site 25S274EPLRISWSGSNIRWG
Site 26S276LRISWSGSNIRWGQA
Site 27Y294RHLTTGHYLALTEDQ
Site 28S311ILQDRAKSDTKSTAF
Site 29T313QDRAKSDTKSTAFSF
Site 30S315RAKSDTKSTAFSFRA
Site 31S319DTKSTAFSFRASKEL
Site 32S323TAFSFRASKELKEKL
Site 33S332ELKEKLDSSHKRDIE
Site 34S333LKEKLDSSHKRDIEG
Site 35T373YKAQDAKTSRLGPLK
Site 36T396GHMDDGLTLQRCQRE
Site 37S405QRCQREESQAARIIR
Site 38T414AARIIRNTTALFSQF
Site 39S419RNTTALFSQFVSGNN
Site 40S423ALFSQFVSGNNRTAA
Site 41Y449TLQDLIAYFQPPEEE
Site 42S468DKQNKLRSLKNRQNL
Site 43S509AGIAREESGMAWKEI
Site 44S547NNLDWLISKLDRLES
Site 45S554SKLDRLESSSGILEV
Site 46S556LDRLESSSGILEVLH
Site 47S586GHIKSIISLLDKHGR
Site 48T640TRLINDVTSIRPNIF
Site 49Y661SAQYKKWYFELIIDQ
Site 50T674DQVDPFLTAEPTHLR
Site 51S686HLRVGWASSSGYAPC
Site 52S687LRVGWASSSGYAPCP
Site 53S688RVGWASSSGYAPCPG
Site 54Y690GWASSSGYAPCPGGG
Site 55Y710NGVGDDLYSYGFDGL
Site 56S711GVGDDLYSYGFDGLH
Site 57Y712VGDDLYSYGFDGLHL
Site 58S721FDGLHLWSGRIPRAV
Site 59S730RIPRAVASVNQHLLR
Site 60S738VNQHLLRSDDVVSCC
Site 61S754DLGVPSISFRINGQP
Site 62S804EFKFLPPSGYAPCYE
Site 63Y806KFLPPSGYAPCYEAL
Site 64Y810PSGYAPCYEALLPKE
Site 65Y827RLEPVKEYKRDADGI
Site 66T890NKIELGWTFGKIRDD
Site 67S923KNYNLQMSTETLKTL
Site 68T924NYNLQMSTETLKTLL
Site 69Y957KVKLPKNYMMSNGYK
Site 70S960LPKNYMMSNGYKPAP
Site 71S971KPAPLDLSDVKLLPP
Site 72S1032LDERTKKSNRDSLRE
Site 73S1036TKKSNRDSLREAVRT
Site 74T1043SLREAVRTFVGYGYN
Site 75Y1047AVRTFVGYGYNIEPS
Site 76S1054YGYNIEPSDQELADS
Site 77S1061SDQELADSAVEKVSI
Site 78S1079RFFRVERSYAVRSGK
Site 79Y1080FFRVERSYAVRSGKW
Site 80Y1088AVRSGKWYFEFEVVT
Site 81T1141GSGYFGRTWQPGDVV
Site 82T1170LNGELLITNKGSELA
Site 83T1205IGRMNLGTDASTFKF
Site 84T1209NLGTDASTFKFYTMC
Site 85T1214ASTFKFYTMCGLQEG
Site 86T1243WFSKRLPTFVNVPKD
Site 87T1262EVMRIDGTMDSPPCL
Site 88S1265RIDGTMDSPPCLKVT
Site 89T1275CLKVTHKTFGTQNSN
Site 90Y1287NSNADMIYCRLSMPV
Site 91S1298SMPVECHSSFSHSPC
Site 92S1299MPVECHSSFSHSPCL
Site 93S1301VECHSSFSHSPCLDS
Site 94S1303CHSSFSHSPCLDSEA
Site 95S1308SHSPCLDSEAFQKRK
Site 96T1326EILSHTTTQCYYAIR
Site 97Y1329SHTTTQCYYAIRIFA
Site 98Y1352VGWVTPDYHLYSEKF
Site 99Y1355VTPDYHLYSEKFDLN
Site 100S1356TPDYHLYSEKFDLNK
Site 101T1368LNKNCTVTVTLGDER
Site 102S1381ERGRVHESVKRSNCY
Site 103S1385VHESVKRSNCYMVWG
Site 104Y1388SVKRSNCYMVWGGDI
Site 105S1398WGGDIVASSQRSNRS
Site 106S1399GGDIVASSQRSNRSN
Site 107S1402IVASSQRSNRSNVDL
Site 108S1405SSQRSNRSNVDLEIG
Site 109S1423DLAMGMLSFSANGKE
Site 110Y1435GKELGTCYQVEPNTK
Site 111S1477LSAAIFRSEEKNPVP
Site 112T1494PPRLDVQTIQPVLWS
Site 113S1506LWSRMPNSFLKVETE
Site 114T1512NSFLKVETERVSERH
Site 115S1516KVETERVSERHGWVV
Site 116Y1559EDLMRFHYHTLRLYS
Site 117Y1578LGNSRVAYALCSHVD
Site 118Y1597FYAIDNKYLPGLLRS
Site 119Y1629KLMMKNEYIIPITST
Site 120S1647ICLFPDESKRHGLPG
Site 121S1683GEDHQKQSPEIPLES
Site 122S1690SPEIPLESLRTKALS
Site 123T1797PVKGLLQTRLPESVK
Site 124S1802LQTRLPESVKLQMCE
Site 125Y1845QANQKFRYNELMQAL
Site 126T1859LNMSAALTARKTKEF
Site 127T1863AALTARKTKEFRSPP
Site 128S1868RKTKEFRSPPQEQIN
Site 129Y1897EEIREELYDFHEDLL
Site 130T1921EEEEEEDTSWTGKLC
Site 131S1922EEEEEDTSWTGKLCA
Site 132Y1932GKLCALVYKIKGPPK
Site 133T1954EEEERCPTTLKELIS
Site 134T1955EEERCPTTLKELISQ
Site 135Y1990FNLLRRQYDSIGELL
Site 136S1992LLRRQYDSIGELLQA
Site 137T2003LLQALRKTYTISHTS
Site 138Y2004LQALRKTYTISHTSV
Site 139T2005QALRKTYTISHTSVS
Site 140S2007LRKTYTISHTSVSDT
Site 141S2010TYTISHTSVSDTINL
Site 142S2029GQIRSLLSVRMGKEE
Site 143Y2054IMNNKVFYQHPNLMR
Site 144S2082NVLGTEKSQIAFPKM
Site 145S2116KAMFEHLSYLLENSS
Site 146S2123SYLLENSSVGLASPS
Site 147S2128NSSVGLASPSMRGST
Site 148S2130SVGLASPSMRGSTPL
Site 149S2134ASPSMRGSTPLDVAA
Site 150T2135SPSMRGSTPLDVAAS
Site 151S2142TPLDVAASSVMDNNE
Site 152S2143PLDVAASSVMDNNEL
Site 153S2153DNNELALSLEEPDLE
Site 154Y2182PMLLAKGYPDVGWNP
Site 155Y2195NPIEGERYLSFLRFA
Site 156S2197IEGERYLSFLRFAVF
Site 157S2207RFAVFVNSESVEENA
Site 158S2215ESVEENASVVVKLLI
Site 159S2251MQGAIKISENPALDL
Site 160S2260NPALDLPSQGYKREV
Site 161S2268QGYKREVSTEDDEEE
Site 162S2322RIRSILRSLVPTEDL
Site 163S2341SIPLKLPSLNKDGSV
Site 164S2347PSLNKDGSVSEPDMA
Site 165S2349LNKDGSVSEPDMAAN
Site 166S2398PDLRASASLDTVSLS
Site 167T2401RASASLDTVSLSTTE
Site 168S2403SASLDTVSLSTTEAA
Site 169S2440AGTEHCTSLIDSTLQ
Site 170S2444HCTSLIDSTLQTIYR
Site 171T2448LIDSTLQTIYRLSKG
Site 172S2453LQTIYRLSKGRSLTK
Site 173S2457YRLSKGRSLTKAQRD
Site 174T2459LSKGRSLTKAQRDTI
Site 175T2465LTKAQRDTIEECLLA
Site 176S2480ICNHLRPSMLQQLLR
Site 177Y2499DVPQLNEYCKMPLKL
Site 178Y2511LKLLTNHYEQCWKYY
Site 179T2538VEEELHLTEKLFWGI
Site 180Y2554DSLSHKKYDPDLFRM
Site 181Y2577AGALPPDYLDTRITA
Site 182T2583DYLDTRITATLEKQI
Site 183S2591ATLEKQISVDADGNF
Site 184T2605FDPKPINTMNFSLPE
Site 185S2609PINTMNFSLPEKLEY
Site 186Y2616SLPEKLEYIVTKYAE
Site 187T2619EKLEYIVTKYAEHSH
Site 188Y2621LEYIVTKYAEHSHDK
Site 189Y2640KSQSGWKYGISLDEN
Site 190S2643SGWKYGISLDENVKT
Site 191T2650SLDENVKTHPLIRPF
Site 192T2659PLIRPFKTLTEKEKE
Site 193T2661IRPFKTLTEKEKEIY
Site 194Y2668TEKEKEIYRWPARES
Site 195S2675YRWPARESLKTMLAV
Site 196T2678PARESLKTMLAVGWT
Site 197T2685TMLAVGWTVERTKEG
Site 198S2706RENEKLRSVSQANQG
Site 199S2708NEKLRSVSQANQGNS
Site 200S2715SQANQGNSYSPAPLD
Site 201Y2716QANQGNSYSPAPLDL
Site 202S2717ANQGNSYSPAPLDLS
Site 203S2724SPAPLDLSNVVLSRE
Site 204S2757KKKLELESKGGGSHP
Site 205T2771PLLVPYDTLTAKEKF
Site 206T2773LVPYDTLTAKEKFKD
Site 207S2810KDMELDASSMEKRFA
Site 208S2811DMELDASSMEKRFAY
Site 209Y2818SMEKRFAYKFLKKIL
Site 210Y2827FLKKILKYVDSAQEF
Site 211S2830KILKYVDSAQEFIAH
Site 212S2843AHLEAIVSSGKTEKS
Site 213T2847AIVSSGKTEKSPRDQ
Site 214S2850SSGKTEKSPRDQEIK
Site 215S2887SSPLKPLSSSGYASH
Site 216S2888SPLKPLSSSGYASHK
Site 217S2889PLKPLSSSGYASHKE
Site 218Y2891KPLSSSGYASHKEKE
Site 219S2893LSSSGYASHKEKEMV
Site 220S2916ALVRHRISLFGSDST
Site 221S2920HRISLFGSDSTTMVS
Site 222T2940AQTLDTRTVMKSGSE
Site 223S2944DTRTVMKSGSELVKA
Site 224S2946RTVMKSGSELVKAGL
Site 225S2979KLGKFTHSRTQIKGV
Site 226S2987RTQIKGVSQNINYTT
Site 227Y3034YHILCSLYSLGTGKN
Site 228Y3043LGTGKNIYVERQRPA
Site 229T3070PVAFLEPTLNRYNPL
Site 230Y3074LEPTLNRYNPLSVFN
Site 231S3078LNRYNPLSVFNTKTP
Site 232T3082NPLSVFNTKTPRERS
Site 233T3084LSVFNTKTPRERSIL
Site 234S3089TKTPRERSILGMPDT
Site 235T3096SILGMPDTVEDMCPD
Site 236S3120EINDLAESGARYTEM
Site 237Y3124LAESGARYTEMPHVI
Site 238T3125AESGARYTEMPHVIE
Site 239S3156GPENLPPSTGPCCTK
Site 240T3162PSTGPCCTKVTSEHL
Site 241S3213ARPDLLRSHFIPTLE
Site 242T3229LKKKAVKTVQEEEQL
Site 243T3244KADGKGDTQEAELLI
Site 244Y3263AVLCRDLYAFYPMLI
Site 245Y3272FYPMLIRYVDNNRSN
Site 246S3283NRSNWLKSPDADSDQ
Site 247S3288LKSPDADSDQLFRMV
Site 248T3328INNLAFLTGDSKSKM
Site 249S3331LAFLTGDSKSKMSKA
Site 250S3333FLTGDSKSKMSKAMQ
Site 251S3343SKAMQVKSGGQDQER
Site 252T3353QDQERKKTKRRGDLY
Site 253Y3360TKRRGDLYSIQTSLI
Site 254S3361KRRGDLYSIQTSLIV
Site 255S3391PGDQELISLAKSRYS
Site 256S3395ELISLAKSRYSHRDT
Site 257S3398SLAKSRYSHRDTDEE
Site 258T3402SRYSHRDTDEEVREH
Site 259S3420NLHLQEKSDDPAVKW
Site 260Y3432VKWQLNLYKDVLKSE
Site 261S3438LYKDVLKSEEPFNPE
Site 262T3447EPFNPEKTVERVQRI
Site 263S3480AVWHKLLSKQRKRAV
Site 264Y3497CFRMAPLYNLPRHRS
Site 265S3504YNLPRHRSINLFLHG
Site 266T3519YQRFWIETEEYSFEE
Site 267Y3522FWIETEEYSFEEKLV
Site 268S3523WIETEEYSFEEKLVQ
Site 269S3535LVQDLAKSPKVEEEE
Site 270T3546EEEEEEETEKQPDPL
Site 271T3566YFSRNALTERSKLED
Site 272Y3577KLEDDPLYTSYSSMM
Site 273T3578LEDDPLYTSYSSMMA
Site 274S3579EDDPLYTSYSSMMAK
Site 275S3581DPLYTSYSSMMAKSC
Site 276S3587YSSMMAKSCQSGEDE
Site 277T3603EDEDKEKTFEEKEME
Site 278T3614KEMEKQKTLYQQARL
Site 279Y3616MEKQKTLYQQARLHE
Site 280S3642SASKGEMSPMVVETL
Site 281Y3670VQQKMLDYLKEKKDA
Site 282S3682KDAGFFQSLSGLMQS
Site 283Y3785QESISDFYWYYSGKD
Site 284Y3787SISDFYWYYSGKDII
Site 285S3797GKDIIDESGQHNFSK
Site 286S3815VTKQIFNSLTEYIQG
Site 287T3817KQIFNSLTEYIQGPC
Site 288S3830PCIGNQQSLAHSRLW
Site 289S3834NQQSLAHSRLWDAVV
Site 290S3855ANMQMKLSQDSSQIE
Site 291S3859MKLSQDSSQIELLKE
Site 292T3898IGKQMVDTLVESSTN
Site 293T3923FLKLKDLTSSDTFKE
Site 294S3924LKLKDLTSSDTFKEY
Site 295S3925KLKDLTSSDTFKEYD
Site 296T3927KDLTSSDTFKEYDPD
Site 297Y3931SSDTFKEYDPDGKGI
Site 298S3957GQKQYTQSEIDFLLS
Site 299S3964SEIDFLLSCAEADEN
Site 300Y3976DENDMFNYVDFVDRF
Site 301S4002AVLLTNLSEHMPNDS
Site 302S4009SEHMPNDSRLKCLLD
Site 303Y4024PAESVLNYFEPYLGR
Site 304Y4045AKKIERVYFEISESS
Site 305S4049ERVYFEISESSRTQW
Site 306S4051VYFEISESSRTQWEK
Site 307T4054EISESSRTQWEKPQV
Site 308S4064EKPQVKESKRQFIFD
Site 309S4100IFEMQLASQISESDS
Site 310S4103MQLASQISESDSADR
Site 311S4105LASQISESDSADRPE
Site 312S4107SQISESDSADRPEEE
Site 313S4120EEEEDEDSSYVLEIA
Site 314S4121EEEDEDSSYVLEIAG
Site 315Y4122EEDEDSSYVLEIAGE
Site 316S4135GEEEEDGSLEPASAF
Site 317T4154ASVKRNVTDFLKRAT
Site 318T4161TDFLKRATLKNLRKQ
Site 319Y4169LKNLRKQYRNVKKMT
Site 320T4229GAKNIRVTKILGDMP
Site 321T4239LGDMPDPTQFGIHDD
Site 322T4247QFGIHDDTMEAERAE
Site 323T4275IKGEKGDTDIMSDLF
Site 324S4279KGDTDIMSDLFGLHP
Site 325S4304EVGLGDLSEIIGKDE
Site 326T4314IGKDEPPTLESTVQK
Site 327T4318EPPTLESTVQKKRKA
Site 328Y4364KEEEQAEYLWTEVTK
Site 329T4367EQAEYLWTEVTKKKK
Site 330Y4398FFKGLEIYQTKLLHY
Site 331T4400KGLEIYQTKLLHYLA
Site 332Y4405YQTKLLHYLARNFYN
Site 333T4434ILLFYKVTEEPLEEE
Site 334S4451DVANLWNSFNDEEEE
Site 335Y4472VLQESTGYMAPTLRA
Site 336Y4521KLEFDGLYITEQPSE
Site 337T4523EFDGLYITEQPSEDD
Site 338T4542WDRLVINTPSFPNNY
Site 339Y4549TPSFPNNYWDKFVKR
Site 340Y4562KRKVINKYGDLYGAE
Site 341Y4566INKYGDLYGAERIAE
Site 342S4585DKNALDFSPVEETKA
Site 343S4596ETKAEAASLVSWLSS
Site 344T4655DIAMGFKTLRTILSS
Site 345T4658MGFKTLRTILSSVTH
Site 346S4661KTLRTILSSVTHNGK
Site 347S4662TLRTILSSVTHNGKQ
Site 348T4664RTILSSVTHNGKQLV
Site 349Y4682GLLAVVVYLYTVVAF
Site 350Y4696FNFFRKFYNKSEDDD
Site 351S4699FRKFYNKSEDDDEPD
Site 352Y4742EDPAGDPYEMYRIVF
Site 353Y4745AGDPYEMYRIVFDIT
Site 354Y4800ICGIGNDYFDTTPHG
Site 355T4834YLINKDETEHTGQES
Site 356T4837NKDETEHTGQESYVW
Site 357Y4842EHTGQESYVWKMYQE
Site 358Y4865GDCFRKQYEDQLG__
 
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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