PhosphoNET

           
Protein Info 
   
Short Name:  Rictor
Full Name:  Rapamycin-insensitive companion of mTOR
Alias:  AVO3; KIAA1999; MAVO3; MGC39830; PIA; Pianissimo; RICTR; RPTOR independent companion of MTOR, complex 2
Type:  Adapter/scaffold protein
Mass (Da):  192218
Number AA:  1708
UniProt ID:  Q6R327
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0031932  GO:0005829   Uniprot OncoNet
Molecular Function:  GO:0005085  GO:0005515   PhosphoSite+ KinaseNET
Biological Process:  GO:0031532  GO:0009790  GO:0032008 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 1S9AAIGRGRSLKNLRVR
Site 2S21RVRGRNDSGEENVPL
Site 3T31ENVPLDLTREPSDNL
Site 4S35LDLTREPSDNLREIL
Site 5S52VARLQGVSNMRKLGH
Site 6S115RYLIQDSSILQKVLK
Site 7S138RCIDIQQSNEVERTQ
Site 8T144QSNEVERTQALRLVR
Site 9T240HLLNHPKTRQYVRAD
Site 10Y243NHPKTRQYVRADVEL
Site 11Y257LERILAPYTDFHYRH
Site 12T258ERILAPYTDFHYRHS
Site 13Y262APYTDFHYRHSPDTA
Site 14S265TDFHYRHSPDTAEGQ
Site 15T268HYRHSPDTAEGQLKE
Site 16S284REARFLASKMGIIAT
Site 17S307NLCKPGNSGIQSLIG
Site 18S361DPGRFQDSWRLSDGF
Site 19S365FQDSWRLSDGFVAAE
Site 20S383ILPHRARSRPDLMDN
Site 21T413EGLVEVITNSDDHIS
Site 22S415LVEVITNSDDHISVR
Site 23S420TNSDDHISVRATILL
Site 24T424DHISVRATILLGELL
Site 25T436ELLHMANTILPHSHS
Site 26S458TLMNMAASFDIPKEK
Site 27S470KEKRLRASAALNCLK
Site 28Y490KKRGPKPYSLHLDHI
Site 29S491KRGPKPYSLHLDHII
Site 30Y511THQKRDQYLRVQKDI
Site 31S535LLINLRDSQVLQHKE
Site 32Y565PNVNLRNYKDEQLHR
Site 33Y579RFVRRLLYFYKPSSK
Site 34Y581VRRLLYFYKPSSKLY
Site 35S585LYFYKPSSKLYANLD
Site 36Y588YKPSSKLYANLDLDF
Site 37S615FTEFLLESEEDGQGY
Site 38Y622SEEDGQGYLEDLVKD
Site 39S645SGMKPERSLQNNGLL
Site 40T701QDHLLKLTVSSLDYS
Site 41S703HLLKLTVSSLDYSRD
Site 42S704LLKLTVSSLDYSRDG
Site 43Y707LTVSSLDYSRDGLAR
Site 44S708TVSSLDYSRDGLARV
Site 45Y731ATDACRLYATKHLRV
Site 46T733DACRLYATKHLRVLL
Site 47T757WGIELLVTQLHDKNK
Site 48T765QLHDKNKTISSEALD
Site 49Y817SIPKGFSYLNERGYV
Site 50Y823SYLNERGYVAKQLEK
Site 51Y835LEKWHREYNSKYVDL
Site 52Y839HREYNSKYVDLIEEQ
Site 53T852EQLNEALTTYRKPVD
Site 54T853QLNEALTTYRKPVDG
Site 55Y854LNEALTTYRKPVDGD
Site 56Y863KPVDGDNYVRRSNQR
Site 57S867GDNYVRRSNQRLQRP
Site 58Y877RLQRPHVYLPIHLYG
Site 59T891GQLVHHKTGCHLLEV
Site 60T911ELCRNVRTPDLDKWE
Site 61S1016EQLCNELSSIPSTLS
Site 62S1020NELSSIPSTLSLNSE
Site 63T1021ELSSIPSTLSLNSES
Site 64S1023SSIPSTLSLNSESTS
Site 65S1026PSTLSLNSESTSSRH
Site 66S1028TLSLNSESTSSRHNS
Site 67T1029LSLNSESTSSRHNSE
Site 68S1030SLNSESTSSRHNSES
Site 69S1031LNSESTSSRHNSESE
Site 70S1035STSSRHNSESESVPS
Site 71S1037SSRHNSESESVPSSM
Site 72S1039RHNSESESVPSSMFI
Site 73S1042SESESVPSSMFILED
Site 74S1043ESESVPSSMFILEDD
Site 75S1054LEDDRFGSSSTSTFF
Site 76S1056DDRFGSSSTSTFFLD
Site 77S1058RFGSSSTSTFFLDIN
Site 78T1059FGSSSTSTFFLDINE
Site 79T1068FLDINEDTEPTFYDR
Site 80T1071INEDTEPTFYDRSGP
Site 81Y1073EDTEPTFYDRSGPIK
Site 82S1084GPIKDKNSFPFFASS
Site 83T1103NRILNSLTLPNKKHR
Site 84S1111LPNKKHRSSSDPKGG
Site 85S1112PNKKHRSSSDPKGGK
Site 86S1113NKKHRSSSDPKGGKL
Site 87S1121DPKGGKLSSESKTSN
Site 88S1122PKGGKLSSESKTSNR
Site 89S1124GGKLSSESKTSNRRI
Site 90T1126KLSSESKTSNRRIRT
Site 91S1127LSSESKTSNRRIRTL
Site 92T1133TSNRRIRTLTEPSVD
Site 93T1135NRRIRTLTEPSVDFN
Site 94S1138IRTLTEPSVDFNHSD
Site 95S1144PSVDFNHSDDFTPIS
Site 96T1148FNHSDDFTPISTVQK
Site 97S1151SDDFTPISTVQKTLQ
Site 98T1152DDFTPISTVQKTLQL
Site 99T1156PISTVQKTLQLETSF
Site 100S1162KTLQLETSFMGNKHI
Site 101T1172GNKHIEDTGSTPSIG
Site 102S1174KHIEDTGSTPSIGEN
Site 103T1175HIEDTGSTPSIGEND
Site 104S1177EDTGSTPSIGENDLK
Site 105T1198TENHRENTSRERLVV
Site 106S1207RERLVVESSTSSHMK
Site 107S1208ERLVVESSTSSHMKI
Site 108S1210LVVESSTSSHMKIRS
Site 109S1211VVESSTSSHMKIRSQ
Site 110S1217SSHMKIRSQSFNTDT
Site 111S1219HMKIRSQSFNTDTTT
Site 112T1222IRSQSFNTDTTTSGI
Site 113T1224SQSFNTDTTTSGISS
Site 114T1225QSFNTDTTTSGISSM
Site 115T1226SFNTDTTTSGISSMS
Site 116S1227FNTDTTTSGISSMSS
Site 117S1230DTTTSGISSMSSSPS
Site 118S1231TTTSGISSMSSSPSR
Site 119S1233TSGISSMSSSPSRET
Site 120S1234SGISSMSSSPSRETV
Site 121S1235GISSMSSSPSRETVG
Site 122S1237SSMSSSPSRETVGVD
Site 123T1240SSSPSRETVGVDATT
Site 124T1246ETVGVDATTMDTDCG
Site 125T1250VDATTMDTDCGSMST
Site 126S1254TMDTDCGSMSTVVST
Site 127S1256DTDCGSMSTVVSTKT
Site 128S1260GSMSTVVSTKTIKTS
Site 129T1263STVVSTKTIKTSHYL
Site 130S1267STKTIKTSHYLTPQS
Site 131Y1269KTIKTSHYLTPQSNH
Site 132T1271IKTSHYLTPQSNHLS
Site 133S1274SHYLTPQSNHLSLSK
Site 134S1278TPQSNHLSLSKSNSV
Site 135S1280QSNHLSLSKSNSVSL
Site 136S1282NHLSLSKSNSVSLVP
Site 137S1284LSLSKSNSVSLVPPG
Site 138S1286LSKSNSVSLVPPGSS
Site 139S1292VSLVPPGSSHTLPRR
Site 140S1293SLVPPGSSHTLPRRA
Site 141T1295VPPGSSHTLPRRAQS
Site 142S1302TLPRRAQSLKAPSIA
Site 143S1307AQSLKAPSIATIKSL
Site 144S1313PSIATIKSLADCNFS
Site 145S1320SLADCNFSYTSSRDA
Site 146Y1321LADCNFSYTSSRDAF
Site 147S1324CNFSYTSSRDAFGYA
Site 148Y1330SSRDAFGYATLKRLQ
Site 149T1332RDAFGYATLKRLQQQ
Site 150S1344QQQRMHPSLSHSEAL
Site 151S1346QRMHPSLSHSEALAS
Site 152S1348MHPSLSHSEALASPA
Site 153S1353SHSEALASPAKDVLF
Site 154T1361PAKDVLFTDTITMKA
Site 155T1363KDVLFTDTITMKANS
Site 156S1370TITMKANSFESRLTP
Site 157T1376NSFESRLTPSRFMKA
Site 158S1385SRFMKALSYASLDKE
Site 159Y1386RFMKALSYASLDKED
Site 160S1388MKALSYASLDKEDLL
Site 161S1396LDKEDLLSPINQNTL
Site 162T1402LSPINQNTLQRSSSV
Site 163S1406NQNTLQRSSSVRSMV
Site 164S1407QNTLQRSSSVRSMVS
Site 165S1408NTLQRSSSVRSMVSS
Site 166S1411QRSSSVRSMVSSATY
Site 167S1414SSVRSMVSSATYGGS
Site 168S1415SVRSMVSSATYGGSD
Site 169T1417RSMVSSATYGGSDDY
Site 170Y1418SMVSSATYGGSDDYI
Site 171S1421SSATYGGSDDYIGLA
Site 172Y1444FQVKDIPYFQTKNIP
Site 173T1447KDIPYFQTKNIPPHD
Site 174S1470HDAGGLPSGTGGLVK
Site 175T1472AGGLPSGTGGLVKNS
Site 176S1479TGGLVKNSFHLLRQQ
Site 177S1488HLLRQQMSLTEIMNS
Site 178T1490LRQQMSLTEIMNSIH
Site 179S1495SLTEIMNSIHSDASL
Site 180S1501NSIHSDASLFLESTE
Site 181T1507ASLFLESTEDTGLQE
Site 182T1510FLESTEDTGLQEHTD
Site 183S1538FQPSNQLSAICSHSD
Site 184S1542NQLSAICSHSDFQDI
Site 185Y1551SDFQDIPYSDWCEQT
Site 186S1568NPLEVVPSKFSGISG
Site 187S1571EVVPSKFSGISGCSD
Site 188S1574PSKFSGISGCSDGVS
Site 189S1577FSGISGCSDGVSQEG
Site 190S1581SGCSDGVSQEGSASS
Site 191S1585DGVSQEGSASSTKST
Site 192S1587VSQEGSASSTKSTEL
Site 193T1589QEGSASSTKSTELLL
Site 194S1591GSASSTKSTELLLGV
Site 195T1592SASSTKSTELLLGVK
Site 196T1605VKTIPDDTPMCRILL
Site 197S1628INLSSSVSTKCHETG
Site 198T1629NLSSSVSTKCHETGL
Site 199Y1643LLTIKEKYPQTFDDI
Site 200T1646IKEKYPQTFDDICLY
Site 201S1661SEVSHLLSHCTFRLP
Site 202T1664SHLLSHCTFRLPCRR
Site 203T1704PKQPIVDTSAES___
 
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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