PhosphoNET

           
Protein Info 
   
Short Name:  DOPEY2
Full Name:  Protein dopey-2
Alias:  C21orf5; DOP2; dopey family member 2; dopey-2; KIAA0933
Type:  Unknown function
Mass (Da):  258184
Number AA:  2298
UniProt ID:  Q9Y3R5
International Prot ID:  IPI00294653
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000139     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006895  GO:0007029  GO:0007275 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 1Y12EQELLNDYRYRSYSS
Site 2Y14ELLNDYRYRSYSSVI
Site 3S16LNDYRYRSYSSVIEK
Site 4Y17NDYRYRSYSSVIEKA
Site 5S18DYRYRSYSSVIEKAL
Site 6S30KALRNFESSSEWADL
Site 7S31ALRNFESSSEWADLI
Site 8S32LRNFESSSEWADLIS
Site 9S39SEWADLISSLGKLNK
Site 10S50KLNKALQSNLRYSLL
Site 11S55LQSNLRYSLLPRRLL
Site 12S162LEEGSEISDRTDALL
Site 13T165GSEISDRTDALLLRL
Site 14Y218APGREQKYMLGTNHQ
Site 15T227LGTNHQLTVKSLRAS
Site 16S230NHQLTVKSLRASLLD
Site 17S234TVKSLRASLLDSNVL
Site 18S238LRASLLDSNVLVQRN
Site 19S262PFYTCLDSNERAIPL
Site 20T284ILSAATQTLLRRDMS
Site 21S291TLLRRDMSLNRRLYA
Site 22Y297MSLNRRLYAWLLGSD
Site 23T309GSDIKGNTVVPESEI
Site 24S314GNTVVPESEISNSYE
Site 25S317VVPESEISNSYEDQS
Site 26S319PESEISNSYEDQSSY
Site 27Y320ESEISNSYEDQSSYF
Site 28S324SNSYEDQSSYFFEKY
Site 29S325NSYEDQSSYFFEKYS
Site 30Y326SYEDQSSYFFEKYSK
Site 31Y331SSYFFEKYSKDLLVE
Site 32Y360VEERHHAYLKPFRVL
Site 33S402YCRDALGSDLKLSYT
Site 34S407LGSDLKLSYTQSGNS
Site 35Y408GSDLKLSYTQSGNSL
Site 36T409SDLKLSYTQSGNSLI
Site 37S411LKLSYTQSGNSLISA
Site 38S414SYTQSGNSLISAIKE
Site 39S426IKENRNASEIVKTVN
Site 40Y447STDFLWDYMTRCFEE
Site 41S464RPVKQRYSVRNSVSP
Site 42S468QRYSVRNSVSPPPTV
Site 43S470YSVRNSVSPPPTVSE
Site 44Y494DVIPLELYSEVQTQY
Site 45Y501YSEVQTQYLPQVLGC
Site 46S521AEDMEALSLPELTHA
Site 47S537KTCFKVLSKVQMPPS
Site 48S544SKVQMPPSYLDTEST
Site 49Y545KVQMPPSYLDTESTS
Site 50T548MPPSYLDTESTSGTS
Site 51S550PSYLDTESTSGTSSP
Site 52T551SYLDTESTSGTSSPV
Site 53S552YLDTESTSGTSSPVK
Site 54T554DTESTSGTSSPVKGE
Site 55S556ESTSGTSSPVKGENG
Site 56S580IPGDEDASFPPLKSE
Site 57S586ASFPPLKSEDSGIGL
Site 58S589PPLKSEDSGIGLSAS
Site 59S594EDSGIGLSASSPELS
Site 60S596SGIGLSASSPELSEH
Site 61S597GIGLSASSPELSEHL
Site 62S601SASSPELSEHLRVPR
Site 63S610HLRVPRVSLERDDVW
Site 64T626KGGSMQRTFLCIQEL
Site 65T648NIFGVQLTASGEESK
Site 66S650FGVQLTASGEESKSE
Site 67S654LTASGEESKSEEPAG
Site 68S656ASGEESKSEEPAGKR
Site 69T668GKRDRDGTQSLAAND
Site 70S670RDRDGTQSLAANDSS
Site 71S676QSLAANDSSRKNSWE
Site 72S677SLAANDSSRKNSWEP
Site 73S681NDSSRKNSWEPKPIT
Site 74T688SWEPKPITVPQFKQM
Site 75T701QMLSDLFTARGSPFK
Site 76S705DLFTARGSPFKTKSS
Site 77T709ARGSPFKTKSSESPS
Site 78S711GSPFKTKSSESPSSS
Site 79S712SPFKTKSSESPSSSP
Site 80S714FKTKSSESPSSSPSS
Site 81S716TKSSESPSSSPSSPA
Site 82S717KSSESPSSSPSSPAR
Site 83S718SSESPSSSPSSPARK
Site 84S720ESPSSSPSSPARKNG
Site 85S721SPSSSPSSPARKNGG
Site 86Y766DCATFPVYLSEEETE
Site 87S768ATFPVYLSEEETEQL
Site 88T772VYLSEEETEQLCATL
Site 89S788QLPGAGDSSFPSWLK
Site 90S789LPGAGDSSFPSWLKS
Site 91S792AGDSSFPSWLKSLMT
Site 92Y838IEDKMKRYKSSGHNP
Site 93S840DKMKRYKSSGHNPFF
Site 94Y873IAEKTDFYQRVARVL
Site 95T894ETREHHVTCVELFYR
Site 96S936LEALFRFSVIWHLTR
Site 97T942FSVIWHLTREIQGSR
Site 98S948LTREIQGSRVTSHNR
Site 99T951EIQGSRVTSHNRSFD
Site 100S952IQGSRVTSHNRSFDR
Site 101S956RVTSHNRSFDRSLFV
Site 102S960HNRSFDRSLFVVLDS
Site 103T1008LLLLQPKTQRTSIHC
Site 104S1012QPKTQRTSIHCLKQE
Site 105S1021HCLKQENSADDLHRW
Site 106T1034RWFNRKKTSFREACA
Site 107S1035WFNRKKTSFREACAV
Site 108S1048AVPEPQESGSEEHLP
Site 109S1050PEPQESGSEEHLPLS
Site 110S1057SEEHLPLSQFTTVDR
Site 111T1061LPLSQFTTVDREAIW
Site 112Y1078VEKEPEKYPLRGELS
Site 113S1085YPLRGELSEEELPYY
Site 114Y1091LSEEELPYYVELPDR
Site 115Y1092SEEELPYYVELPDRT
Site 116S1106TAHGAPDSSEHTESA
Site 117S1107AHGAPDSSEHTESAD
Site 118T1110APDSSEHTESADTSS
Site 119S1112DSSEHTESADTSSGH
Site 120T1115EHTESADTSSGHTDS
Site 121S1116HTESADTSSGHTDSE
Site 122S1117TESADTSSGHTDSEN
Site 123T1120ADTSSGHTDSENTSS
Site 124S1122TSSGHTDSENTSSFS
Site 125T1125GHTDSENTSSFSSPS
Site 126S1126HTDSENTSSFSSPSH
Site 127S1127TDSENTSSFSSPSHD
Site 128S1129SENTSSFSSPSHDLQ
Site 129S1130ENTSSFSSPSHDLQE
Site 130S1132TSSFSSPSHDLQELS
Site 131S1139SHDLQELSNEENCCA
Site 132Y1155IPMGGRAYPKRSALL
Site 133S1169LAAFQSESFKAGAKL
Site 134S1177FKAGAKLSLVRVDSD
Site 135S1183LSLVRVDSDKTQASE
Site 136T1186VRVDSDKTQASESFS
Site 137S1189DSDKTQASESFSSDE
Site 138S1191DKTQASESFSSDEEA
Site 139S1193TQASESFSSDEEADL
Site 140S1194QASESFSSDEEADLE
Site 141T1206DLELQALTTSRLLKQ
Site 142Y1231LFKHILLYLQPYDSR
Site 143S1237LYLQPYDSRRVLYAF
Site 144S1263KEFIEAVSRTSMDTS
Site 145S1266IEAVSRTSMDTSSTA
Site 146T1269VSRTSMDTSSTAHLN
Site 147S1270SRTSMDTSSTAHLNL
Site 148S1293QEALIGQSFYGKLQT
Site 149Y1295ALIGQSFYGKLQTQV
Site 150T1300SFYGKLQTQVPNVCP
Site 151Y1330LRSYYPCYLKVSHRD
Site 152S1361RIMMQLVSVAKSSEG
Site 153S1365QLVSVAKSSEGKNVE
Site 154S1376KNVEFIHSLLQRCKV
Site 155S1394VLLSLSASMYTSQKR
Site 156Y1396LSLSASMYTSQKRYG
Site 157S1398LSASMYTSQKRYGLA
Site 158T1406QKRYGLATAHHGRAL
Site 159S1417GRALPEDSLFEESLI
Site 160S1422EDSLFEESLINLGQD
Site 161Y1487QAISALQYVQPHPLT
Site 162Y1511VRGLQPAYGYGMHPA
Site 163S1533SLPYFGKSLGWTVTP
Site 164Y1556LDDLVKQYESESVKL
Site 165S1558DLVKQYESESVKLSV
Site 166S1560VKQYESESVKLSVST
Site 167S1564ESESVKLSVSTTSKR
Site 168S1566ESVKLSVSTTSKREN
Site 169T1568VKLSVSTTSKRENIS
Site 170S1569KLSVSTTSKRENISP
Site 171S1575TSKRENISPDYPLTL
Site 172Y1578RENISPDYPLTLLEG
Site 173S1658LGATKGSSSVYFKTT
Site 174S1659GATKGSSSVYFKTTK
Site 175Y1661TKGSSSVYFKTTKTI
Site 176T1664SSSVYFKTTKTIRQK
Site 177T1665SSVYFKTTKTIRQKI
Site 178T1667VYFKTTKTIRQKILD
Site 179S1704RKKAQRHSKMKIIPT
Site 180T1711SKMKIIPTASASQLT
Site 181S1755VKGGDEKSPLVDIPV
Site 182T1814SMLNDFVTRTPNLEN
Site 183T1816LNDFVTRTPNLENKK
Site 184S1846VGNIAGSSLEQTSWL
Site 185T1850AGSSLEQTSWLSRNL
Site 186S1851GSSLEQTSWLSRNLE
Site 187S1866VKAQPQASLEESDAE
Site 188S1870PQASLEESDAEEDLY
Site 189Y1877SDAEEDLYDAAAASA
Site 190Y1914ASLLDMVYRSDEKEK
Site 191S1916LLDMVYRSDEKEKAV
Site 192Y1932LISRLLYYVFPYLRN
Site 193S1941FPYLRNHSAYNAPSF
Site 194Y1943YLRNHSAYNAPSFRA
Site 195S1947HSAYNAPSFRAGAQL
Site 196S1959AQLLSSLSGYAYTKR
Site 197Y1961LLSSLSGYAYTKRAW
Site 198Y1963SSLSGYAYTKRAWRK
Site 199T2000SIIDHLLTHEKTMFK
Site 200T2004HLLTHEKTMFKDLMN
Site 201S2014KDLMNMQSSSLKLFS
Site 202S2021SSSLKLFSSFEQKAM
Site 203S2022SSLKLFSSFEQKAML
Site 204Y2048ELDQYHLYLPLIQER
Site 205T2057PLIQERLTDNLRVGQ
Site 206T2065DNLRVGQTSIVAAQM
Site 207S2066NLRVGQTSIVAAQMF
Site 208T2102MVSELIQTFTQLEED
Site 209S2116DLKDEDESLRSTNKV
Site 210T2120EDESLRSTNKVNRTK
Site 211S2137VPDANGPSVGEIPQS
Site 212S2161KFLDTALSFPPDKMP
Site 213S2190TEGPAFLSDVEENHQ
Site 214T2203HQECKPHTVRILELL
Site 215S2218KLKFGEISSSDEITM
Site 216S2219LKFGEISSSDEITMK
Site 217S2220KFGEISSSDEITMKS
Site 218T2224ISSSDEITMKSEFPL
Site 219S2227SDEITMKSEFPLLRQ
Site 220S2236FPLLRQHSVSSIRQL
Site 221S2238LLRQHSVSSIRQLMP
Site 222S2239LRQHSVSSIRQLMPF
Site 223T2256TLNGAFKTQRQLPAD
Site 224S2264QRQLPADSPGTPFLD
Site 225T2275PFLDFPVTDSPRILK
Site 226S2277LDFPVTDSPRILKQL
Site 227Y2290QLEECIEYDFLEHPE
 
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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