PhosphoNET

           
Protein Info 
   
Short Name:  IGF2R
Full Name:  Cation-independent mannose-6-phosphate receptor
Alias:  300 kDa mannose 6-phosphate receptor; Cation-independent mannose-6 phosphate receptor; Cation-independent mannose-6-phosphate receptor; CD222; CI Man-6-P receptor; CIMPR; CI-MPR; Insulin-like growth factor 2 receptor; M6P-R; MPR 300; MPR1; MPR300; MPRI
Type:  Receptor, misc.
Mass (Da):  274276
Number AA:  2491
UniProt ID:  P11717
International Prot ID:  IPI00289819
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005768  GO:0005887  GO:0005764 Uniprot OncoNet
Molecular Function:  GO:0005010  GO:0005215   PhosphoSite+ KinaseNET
Biological Process:  GO:0006898  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 1S8MGAAAGRSPHLGPAP
Site 2S22PARRPQRSLLLLQLL
Site 3Y51PFPELCSYTWEAVDT
Site 4Y64DTKNNVLYKINICGS
Site 5Y93HDLKTRTYHSVGDSV
Site 6S95LKTRTYHSVGDSVLR
Site 7S99TYHSVGDSVLRSATR
Site 8S103VGDSVLRSATRSLLE
Site 9T105DSVLRSATRSLLEFN
Site 10S107VLRSATRSLLEFNTT
Site 11T114SLLEFNTTVSCDQQG
Site 12S128GTNHRVQSSIAFLCG
Site 13S129TNHRVQSSIAFLCGK
Site 14Y152TATECVHYFEWRTTA
Site 15Y175ANKEVPCYVFDEELR
Site 16S201GAYLVDDSDPDTSLF
Site 17T205VDDSDPDTSLFINVC
Site 18S206DDSDPDTSLFINVCR
Site 19T217NVCRDIDTLRDPGSQ
Site 20S223DTLRDPGSQLRACPP
Site 21S263RKDRLVLSYVREEAG
Site 22Y264KDRLVLSYVREEAGK
Site 23S290TITFVCPSERREGTI
Site 24T296PSERREGTIPKLTAK
Site 25T301EGTIPKLTAKSNCRY
Site 26S304IPKLTAKSNCRYEIE
Site 27Y308TAKSNCRYEIEWITE
Site 28Y316EIEWITEYACHRDYL
Site 29Y322EYACHRDYLESKTCS
Site 30S325CHRDYLESKTCSLSG
Site 31T327RDYLESKTCSLSGEQ
Site 32S329YLESKTCSLSGEQQD
Site 33S331ESKTCSLSGEQQDVS
Site 34S338SGEQQDVSIDLTPLA
Site 35T342QDVSIDLTPLAQSGG
Site 36S347DLTPLAQSGGSSYIS
Site 37S351LAQSGGSSYISDGKE
Site 38Y352AQSGGSSYISDGKEY
Site 39S354SGGSSYISDGKEYLF
Site 40Y362DGKEYLFYLNVCGET
Site 41S387AVCQVKKSDTSQVKA
Site 42S390QVKKSDTSQVKAAGR
Site 43T402AGRYHNQTLRYSDGD
Site 44S406HNQTLRYSDGDLTLI
Site 45T411RYSDGDLTLIYFGGD
Site 46Y414DGDLTLIYFGGDECS
Site 47S421YFGGDECSSGFQRMS
Site 48S422FGGDECSSGFQRMSV
Site 49T437INFECNKTAGNDGKG
Site 50T445AGNDGKGTPVFTGEV
Site 51Y456TGEVDCTYFFTWDTE
Site 52Y464FFTWDTEYACVKEKE
Site 53S487GKKRYDLSALVRHAE
Site 54S505NWEAVDGSQTETEKK
Site 55T509VDGSQTETEKKHFFI
Site 56S553KNLGKFISSPMKEKG
Site 57S554NLGKFISSPMKEKGN
Site 58S565EKGNIQLSYSDGDDC
Site 59Y566KGNIQLSYSDGDDCG
Site 60S567GNIQLSYSDGDDCGH
Site 61T580GHGKKIKTNITLVCK
Site 62T583KKIKTNITLVCKPGD
Site 63S593CKPGDLESAPVLRTS
Site 64S600SAPVLRTSGEGGCFY
Site 65Y607SGEGGCFYEFEWHTA
Site 66T628KTEGENCTVFDSQAG
Site 67S632ENCTVFDSQAGFSFD
Site 68S637FDSQAGFSFDLSPLT
Site 69S641AGFSFDLSPLTKKNG
Site 70T644SFDLSPLTKKNGAYK
Site 71Y657YKVETKKYDFYINVC
Site 72Y660ETKKYDFYINVCGPV
Site 73S670VCGPVSVSPCQPDSG
Site 74S676VSPCQPDSGACQVAK
Site 75S684GACQVAKSDEKTWNL
Site 76T688VAKSDEKTWNLGLSN
Site 77S694KTWNLGLSNAKLSYY
Site 78S699GLSNAKLSYYDGMIQ
Site 79Y700LSNAKLSYYDGMIQL
Site 80Y701SNAKLSYYDGMIQLN
Site 81Y709DGMIQLNYRGGTPYN
Site 82T713QLNYRGGTPYNNERH
Site 83Y715NYRGGTPYNNERHTP
Site 84T721PYNNERHTPRATLIT
Site 85T725ERHTPRATLITFLCD
Site 86Y742AGVGFPEYQEEDNST
Site 87Y755STYNFRWYTSYACPE
Site 88Y758NFRWYTSYACPEEPL
Site 89T770EPLECVVTDPSTLEQ
Site 90S773ECVVTDPSTLEQYDL
Site 91T774CVVTDPSTLEQYDLS
Site 92Y778DPSTLEQYDLSSLAK
Site 93S781TLEQYDLSSLAKSEG
Site 94S782LEQYDLSSLAKSEGG
Site 95S786DLSSLAKSEGGLGGN
Site 96Y795GGLGGNWYAMDNSGE
Site 97Y810HVTWRKYYINVCRPL
Site 98Y826PVPGCNRYASACQMK
Site 99Y834ASACQMKYEKDQGSF
Site 100S840KYEKDQGSFTEVVSI
Site 101T842EKDQGSFTEVVSISN
Site 102T855SNLGMAKTGPVVEDS
Site 103S873LLEYVNGSACTTSDG
Site 104T877VNGSACTTSDGRQTT
Site 105S878NGSACTTSDGRQTTY
Site 106T883TTSDGRQTTYTTRIH
Site 107T884TSDGRQTTYTTRIHL
Site 108Y885SDGRQTTYTTRIHLV
Site 109T886DGRQTTYTTRIHLVC
Site 110S900CSRGRLNSHPIFSLN
Site 111T930PIQTTTDTDQACSIR
Site 112S935TDTDQACSIRDPNSG
Site 113S952FNLNPLNSSQGYNVS
Site 114S953NLNPLNSSQGYNVSG
Site 115Y956PLNSSQGYNVSGIGK
Site 116S959SSQGYNVSGIGKIFM
Site 117S985TILGKPASGCEAETQ
Site 118S1010RPVGIEKSLQLSTEG
Site 119Y1023EGFITLTYKGPLSAK
Site 120S1028LTYKGPLSAKGTADA
Site 121S1060FLHQDIDSGQGIRNT
Site 122T1067SGQGIRNTYFEFETA
Site 123Y1068GQGIRNTYFEFETAL
Site 124Y1094TDLAGNEYDLTGLST
Site 125T1097AGNEYDLTGLSTVRK
Site 126S1100EYDLTGLSTVRKPWT
Site 127T1101YDLTGLSTVRKPWTA
Site 128T1107STVRKPWTAVDTSVD
Site 129T1111KPWTAVDTSVDGRKR
Site 130S1112PWTAVDTSVDGRKRT
Site 131T1119SVDGRKRTFYLSVCN
Site 132Y1121DGRKRTFYLSVCNPL
Site 133S1123RKRTFYLSVCNPLPY
Site 134Y1130SVCNPLPYIPGCQGS
Site 135Y1171NGSLSIMYVNGDKCG
Site 136T1187QRFSTRITFECAQIS
Site 137S1196ECAQISGSPAFQLQD
Site 138Y1207QLQDGCEYVFIWRTV
Site 139Y1238DPRHGNLYDLKPLGL
Site 140T1248KPLGLNDTIVSAGEY
Site 141Y1257VSAGEYTYYFRVCGK
Site 142Y1258SAGEYTYYFRVCGKL
Site 143S1267RVCGKLSSDVCPTSD
Site 144T1272LSSDVCPTSDKSKVV
Site 145S1273SSDVCPTSDKSKVVS
Site 146S1276VCPTSDKSKVVSSCQ
Site 147S1280SDKSKVVSSCQEKRE
Site 148S1281DKSKVVSSCQEKREP
Site 149T1303GLLTQKLTYENGLLK
Site 150T1314GLLKMNFTGGDTCHK
Site 151Y1323GDTCHKVYQRSTAIF
Site 152Y1332RSTAIFFYCDRGTQR
Site 153T1346RPVFLKETSDCSYLF
Site 154S1347PVFLKETSDCSYLFE
Site 155S1350LKETSDCSYLFEWRT
Site 156Y1351KETSDCSYLFEWRTQ
Site 157Y1359LFEWRTQYACPPFDL
Site 158T1367ACPPFDLTECSFKDG
Site 159S1370PFDLTECSFKDGAGN
Site 160S1378FKDGAGNSFDLSSLS
Site 161S1382AGNSFDLSSLSRYSD
Site 162S1383GNSFDLSSLSRYSDN
Site 163S1385SFDLSSLSRYSDNWE
Site 164Y1387DLSSLSRYSDNWEAI
Site 165S1388LSSLSRYSDNWEAIT
Site 166T1397NWEAITGTGDPEHYL
Site 167Y1403GTGDPEHYLINVCKS
Site 168S1469PDGIRKKSTTIRFTC
Site 169T1470DGIRKKSTTIRFTCS
Site 170T1471GIRKKSTTIRFTCSE
Site 171T1475KSTTIRFTCSESQVN
Site 172S1477TTIRFTCSESQVNSR
Site 173S1479IRFTCSESQVNSRPM
Site 174S1483CSESQVNSRPMFISA
Site 175S1489NSRPMFISAVEDCEY
Site 176Y1496SAVEDCEYTFAWPTA
Site 177T1519EHDDCQVTNPSTGHL
Site 178S1530TGHLFDLSSLSGRAG
Site 179Y1542RAGFTAAYSEKGLVY
Site 180Y1549YSEKGLVYMSICGEN
Site 181S1573CFGQTRISVGKANKR
Site 182Y1583KANKRLRYVDQVLQL
Site 183Y1592DQVLQLVYKDGSPCP
Site 184S1596QLVYKDGSPCPSKSG
Site 185S1600KDGSPCPSKSGLSYK
Site 186S1602GSPCPSKSGLSYKSV
Site 187S1605CPSKSGLSYKSVISF
Site 188Y1606PSKSGLSYKSVISFV
Site 189T1621CRPEAGPTNRPMLIS
Site 190S1628TNRPMLISLDKQTCT
Site 191S1653CEQATECSVRNGSSI
Site 192S1658ECSVRNGSSIVDLSP
Site 193Y1676RTGGYEAYDESEDDA
Site 194S1679GYEAYDESEDDASDT
Site 195S1684DESEDDASDTNPDFY
Site 196T1686SEDDASDTNPDFYIN
Site 197Y1691SDTNPDFYINICQPL
Site 198Y1741NPIANEIYLNFESST
Site 199S1746EIYLNFESSTPCLAD
Site 200S1747IYLNFESSTPCLADK
Site 201T1748YLNFESSTPCLADKH
Site 202Y1758LADKHFNYTSLIAFH
Site 203S1771FHCKRGVSMGTPKLL
Site 204T1774KRGVSMGTPKLLRTS
Site 205S1781TPKLLRTSECDFVFE
Site 206T1805EVRMDGCTLTDEQLL
Site 207T1807RMDGCTLTDEQLLYS
Site 208S1814TDEQLLYSFNLSSLS
Site 209S1819LYSFNLSSLSTSTFK
Site 210S1821SFNLSSLSTSTFKVT
Site 211T1822FNLSSLSTSTFKVTR
Site 212S1823NLSSLSTSTFKVTRD
Site 213T1824LSSLSTSTFKVTRDS
Site 214T1828STSTFKVTRDSRTYS
Site 215S1831TFKVTRDSRTYSVGV
Site 216T1833KVTRDSRTYSVGVCT
Site 217Y1834VTRDSRTYSVGVCTF
Site 218S1835TRDSRTYSVGVCTFA
Site 219S1865LSGTKGASFGRLQSM
Site 220S1871ASFGRLQSMKLDYRH
Site 221Y1876LQSMKLDYRHQDEAV
Site 222S1886QDEAVVLSYVNGDRC
Site 223Y1887DEAVVLSYVNGDRCP
Site 224T1897GDRCPPETDDGVPCV
Site 225S1928SRAKLWCSTTADYDR
Site 226S1947GFCRHSNSYRTSSII
Site 227Y1948FCRHSNSYRTSSIIF
Site 228S1951HSNSYRTSSIIFKCD
Site 229S1952SNSYRTSSIIFKCDE
Site 230S1970IGRPQVFSEVRGCDV
Site 231T1978EVRGCDVTFEWKTKV
Site 232T2002KFVQKHKTYDLRLLS
Site 233Y2003FVQKHKTYDLRLLSS
Site 234S2009TYDLRLLSSLTGSWS
Site 235S2016SSLTGSWSLVHNGVS
Site 236Y2024LVHNGVSYYINLCQK
Site 237Y2025VHNGVSYYINLCQKI
Site 238S2040YKGPLGCSERASICR
Site 239S2044LGCSERASICRRTTT
Site 240T2049RASICRRTTTGDVQV
Site 241T2051SICRRTTTGDVQVLG
Site 242S2077DKVVVTYSKGYPCGG
Site 243Y2080VVTYSKGYPCGGNKT
Site 244T2087YPCGGNKTASSVIEL
Site 245S2090GGNKTASSVIELTCT
Site 246T2099IELTCTKTVGRPAFK
Site 247S2112FKRFDIDSCTYYFSW
Site 248Y2116DIDSCTYYFSWDSRA
Site 249S2147TNPINGKSFSLGDIY
Site 250S2149PINGKSFSLGDIYFK
Site 251S2161YFKLFRASGDMRTNG
Site 252T2166RASGDMRTNGDNYLY
Site 253Y2171MRTNGDNYLYEIQLS
Site 254Y2173TNGDNYLYEIQLSSI
Site 255S2178YLYEIQLSSITSSRN
Site 256S2179LYEIQLSSITSSRNP
Site 257T2181EIQLSSITSSRNPAC
Site 258S2182IQLSSITSSRNPACS
Site 259S2183QLSSITSSRNPACSG
Site 260S2189SSRNPACSGANICQV
Site 261S2204KPNDQHFSRKVGTSD
Site 262T2209HFSRKVGTSDKTKYY
Site 263S2210FSRKVGTSDKTKYYL
Site 264T2213KVGTSDKTKYYLQDG
Site 265Y2215GTSDKTKYYLQDGDL
Site 266Y2216TSDKTKYYLQDGDLD
Site 267S2228DLDVVFASSSKCGKD
Site 268S2230DVVFASSSKCGKDKT
Site 269T2237SKCGKDKTKSVSSTI
Site 270S2239CGKDKTKSVSSTIFF
Site 271S2241KDKTKSVSSTIFFHC
Site 272S2242DKTKSVSSTIFFHCD
Site 273T2243KTKSVSSTIFFHCDP
Site 274S2260EDGIPEFSHETADCQ
Site 275Y2268HETADCQYLFSWYTS
Site 276S2286PLGVGFDSENPGDDG
Site 277S2300GQMHKGLSERSQAVG
Site 278T2334YKKERRETVISKLTT
Site 279S2337ERRETVISKLTTCCR
Site 280T2341TVISKLTTCCRRSSN
Site 281S2346LTTCCRRSSNVSYKY
Site 282S2347TTCCRRSSNVSYKYS
Site 283S2350CRRSSNVSYKYSKVN
Site 284Y2351RRSSNVSYKYSKVNK
Site 285S2354SNVSYKYSKVNKEEE
Site 286S2395NGHITTKSVKALSSL
Site 287S2400TKSVKALSSLHGDDQ
Site 288S2401KSVKALSSLHGDDQD
Site 289S2409LHGDDQDSEDEVLTI
Site 290T2415DSEDEVLTIPEVKVH
Site 291S2423IPEVKVHSGRGAGAE
Site 292S2432RGAGAESSHPVRNAQ
Site 293S2464EKARKGKSSSAQQKT
Site 294S2465KARKGKSSSAQQKTV
Site 295S2466ARKGKSSSAQQKTVS
Site 296T2471SSSAQQKTVSSTKLV
Site 297S2473SAQQKTVSSTKLVSF
Site 298S2474AQQKTVSSTKLVSFH
Site 299T2475QQKTVSSTKLVSFHD
Site 300S2479VSSTKLVSFHDDSDE
Site 301S2484LVSFHDDSDEDLLHI
 
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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