PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1117
Full Name:  Protein dopey-1
Alias:  dJ202D23.2; DOP1; dopey family member 1; DOPEY1; LOC23033
Type:  Vesicle protein
Mass (Da):  277336
Number AA:  2465
UniProt ID:  Q5JWR5
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0015031     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 1T3_____MNTEELELLS
Site 2S10TEELELLSDSKYRNY
Site 3Y14ELLSDSKYRNYVAAI
Site 4Y17SDSKYRNYVAAIDKA
Site 5S32LKNFEYSSEWADLIS
Site 6S39SEWADLISALGKLNK
Site 7Y54VLQNNAKYQVVPKKL
Site 8T139YYLPLGKTLKPGLQG
Site 9Y161GLEEGSEYYERTNML
Site 10Y162LEEGSEYYERTNMLL
Site 11S212AHLNRKLSMEDQLYI
Site 12S232ELMVEAVSTSVQDSS
Site 13S238VSTSVQDSSVLVQRS
Site 14S239STSVQDSSVLVQRST
Site 15S283VVLRRDMSLNRRLYA
Site 16S306GAIIGPRSTRHSNPE
Site 17T307AIIGPRSTRHSNPEE
Site 18S310GPRSTRHSNPEEHAT
Site 19T317SNPEEHATYYFTTFS
Site 20Y318NPEEHATYYFTTFSK
Site 21Y319PEEHATYYFTTFSKE
Site 22S384EVFRTLYSQCKAELD
Site 23T394KAELDLQTEPPFSKD
Site 24S399LQTEPPFSKDHAQLS
Site 25S406SKDHAQLSSKLRENK
Site 26S407KDHAQLSSKLRENKK
Site 27T415KLRENKKTAELIKTA
Site 28Y432LFNSFEPYYMWDYVA
Site 29S461LQIGPGDSNDSSELQ
Site 30S464GPGDSNDSSELQLTN
Site 31S465PGDSNDSSELQLTNF
Site 32Y498RVLCQETYIEIQTEH
Site 33S527HLQTLHLSELTDSLR
Site 34S532HLSELTDSLRLCSKI
Site 35S537TDSLRLCSKILSKVQ
Site 36S565FPSGQNNSVKEWEDK
Site 37S576WEDKKVSSVSHENPT
Site 38S578DKKVSSVSHENPTEV
Site 39S594EDGENPPSSRSSESG
Site 40S595DGENPPSSRSSESGF
Site 41S597ENPPSSRSSESGFTE
Site 42S598NPPSSRSSESGFTEF
Site 43S600PSSRSSESGFTEFIQ
Site 44T603RSSESGFTEFIQYQA
Site 45Y608GFTEFIQYQADRTDD
Site 46S621DDIDRELSEGQGAAA
Site 47S633AAAIPIGSTSSETET
Site 48S636IPIGSTSSETETAST
Site 49T638IGSTSSETETASTVG
Site 50T640STSSETETASTVGSE
Site 51S642SSETETASTVGSEET
Site 52T643SETETASTVGSEETI
Site 53S646ETASTVGSEETIIQT
Site 54T653SEETIIQTPSVVTQG
Site 55T661PSVVTQGTATRSRKT
Site 56T668TATRSRKTAQKTAMQ
Site 57S698LYIIQNNSFSQSLAT
Site 58S700IIQNNSFSQSLATEH
Site 59S702QNNSFSQSLATEHQG
Site 60T718LGREQGETSKWDRNS
Site 61S725TSKWDRNSQGDVKEK
Site 62S735DVKEKNISKQKTSKE
Site 63T739KNISKQKTSKEYLSA
Site 64Y743KQKTSKEYLSAFLAA
Site 65Y763ECSSFPVYIAEGNHT
Site 66T770YIAEGNHTSELRSEK
Site 67S771IAEGNHTSELRSEKL
Site 68S775NHTSELRSEKLETDC
Site 69T780LRSEKLETDCEHVQP
Site 70S799QTLMNACSQASDFSV
Site 71S802MNACSQASDFSVQSV
Site 72S834VTGENINSVEPAQPL
Site 73S842VEPAQPLSPNQGRVA
Site 74T886WDQLGDGTPQHHQKS
Site 75S893TPQHHQKSVELFYQL
Site 76S915SICEDVISQQLTHKD
Site 77T919DVISQQLTHKDKKIR
Site 78S948RDLHINKSSSFVRSF
Site 79S950LHINKSSSFVRSFDR
Site 80S954KSSSFVRSFDRSLFI
Site 81S968IMLDSLNSLDGSTSS
Site 82S972SLNSLDGSTSSVGQA
Site 83T973LNSLDGSTSSVGQAW
Site 84S974NSLDGSTSSVGQAWL
Site 85S975SLDGSTSSVGQAWLN
Site 86T1006LLLLHPKTQRVSVQR
Site 87S1010HPKTQRVSVQRVQAE
Site 88Y1019QRVQAERYWNKSPCY
Site 89S1023AERYWNKSPCYPGEE
Site 90Y1026YWNKSPCYPGEESDK
Site 91T1061GNGEKPLTMDEIENF
Site 92T1071EIENFSLTVNPLSDR
Site 93S1080NPLSDRLSLLSTSSE
Site 94S1083SDRLSLLSTSSETIP
Site 95T1084DRLSLLSTSSETIPM
Site 96S1094ETIPMVVSDFDLPDQ
Site 97S1108QQIEILQSSDSGCSQ
Site 98S1109QIEILQSSDSGCSQS
Site 99S1111EILQSSDSGCSQSSA
Site 100S1114QSSDSGCSQSSAGDN
Site 101S1116SDSGCSQSSAGDNLS
Site 102S1117DSGCSQSSAGDNLSY
Site 103S1123SSAGDNLSYEVDPET
Site 104Y1124SAGDNLSYEVDPETV
Site 105T1130SYEVDPETVNAQEDS
Site 106S1137TVNAQEDSQMPKESS
Site 107S1144SQMPKESSPDDDVQQ
Site 108S1200TIKIEDDSIQQSQNA
Site 109S1204EDDSIQQSQNALLSN
Site 110S1210QSQNALLSNESSQFL
Site 111S1213NALLSNESSQFLSVS
Site 112S1218NESSQFLSVSAEGGH
Site 113S1220SSQFLSVSAEGGHEC
Site 114S1233ECVANGISRNSSSPC
Site 115S1236ANGISRNSSSPCISG
Site 116S1237NGISRNSSSPCISGT
Site 117S1238GISRNSSSPCISGTT
Site 118S1242NSSSPCISGTTHTLH
Site 119T1244SSPCISGTTHTLHDS
Site 120T1247CISGTTHTLHDSSVA
Site 121S1251TTHTLHDSSVASIET
Site 122S1252THTLHDSSVASIETK
Site 123S1255LHDSSVASIETKSRQ
Site 124S1260VASIETKSRQRSHSS
Site 125S1264ETKSRQRSHSSIQFS
Site 126S1266KSRQRSHSSIQFSFK
Site 127S1267SRQRSHSSIQFSFKE
Site 128S1271SHSSIQFSFKEKLSE
Site 129S1277FSFKEKLSEKVSEKE
Site 130S1281EKLSEKVSEKETIVK
Site 131T1285EKVSEKETIVKESGK
Site 132S1313KDDDKKKSSNEKLKQ
Site 133S1322NEKLKQTSVFFSDGL
Site 134S1326KQTSVFFSDGLDLEN
Site 135Y1335GLDLENWYSCGEGDI
Site 136S1336LDLENWYSCGEGDIS
Site 137S1343SCGEGDISEIESDMG
Site 138S1347GDISEIESDMGSPGS
Site 139S1351EIESDMGSPGSRKSP
Site 140S1354SDMGSPGSRKSPNFN
Site 141S1357GSPGSRKSPNFNIHP
Site 142S1378LYLQLYDSSRTLYAF
Site 143Y1383YDSSRTLYAFSAIKA
Site 144S1407VNAISTTSVNNAYTP
Site 145T1413TSVNNAYTPQLSLLQ
Site 146S1429LLARHRISVMGKDFY
Site 147Y1436SVMGKDFYSHIPVDS
Site 148S1443YSHIPVDSNHNFRSS
Site 149Y1468LYYMRSHYPTHVKVT
Site 150T1470YMRSHYPTHVKVTAQ
Site 151S1513SSAKGFPSFISDMLS
Site 152S1516KGFPSFISDMLSKCK
Site 153S1520SFISDMLSKCKVQKV
Site 154S1538CLLSSIFSAQKWHSE
Site 155S1563EEGFSEDSLINFSED
Site 156S1568EDSLINFSEDEFDNG
Site 157S1576EDEFDNGSTLQSQLL
Site 158S1580DNGSTLQSQLLKVLQ
Site 159T1598VLEHRVMTIPEENET
Site 160T1605TIPEENETGFDFVVS
Site 161S1618VSDLEHISPHQPMTS
Site 162T1624ISPHQPMTSLQYLHA
Site 163Y1628QPMTSLQYLHAQPIT
Site 164Y1699NLIQQYKYETGLSDS
Site 165S1704YKYETGLSDSRPLWM
Site 166S1706YETGLSDSRPLWMAS
Site 167S1748QYHQLLVSVDQKHLF
Site 168S1784SILHQADSSEKMTIA
Site 169T1789ADSSEKMTIAASASL
Site 170T1842NERRQNKTTTRTKVI
Site 171T1843ERRQNKTTTRTKVIP
Site 172S1896AKDKKHLSLEVCMLQ
Site 173S1935LKDSIQLSLPAPGQF
Site 174S1957EFIMKNPSLENKKDQ
Site 175T1971QRDLQDVTHKIVDAI
Site 176T1989AGSSLEQTTWLRRNL
Site 177S2001RNLEVKPSPKIMVDG
Site 178T2009PKIMVDGTNLESDVE
Site 179S2013VDGTNLESDVEDMLS
Site 180S2020SDVEDMLSPAMETAN
Site 181S2055LLDMVFYSDEKERVI
Site 182Y2075IMHYVVPYLRNHSAH
Site 183S2080VPYLRNHSAHNAPSY
Site 184S2086HSAHNAPSYRACVQL
Site 185Y2087SAHNAPSYRACVQLL
Site 186S2098VQLLSSLSGYQYTRR
Site 187Y2100LLSSLSGYQYTRRAW
Site 188Y2102SSLSGYQYTRRAWKK
Site 189T2144NLMTHDKTTFRDLMT
Site 190T2145LMTHDKTTFRDLMTR
Site 191S2160VAVAQSSSLNLFANR
Site 192Y2193FSSEIDQYQKYLPDI
Site 193Y2196EIDQYQKYLPDIQER
Site 194S2207IQERLVESLRLPQVP
Site 195T2259LLMEQELTADEDISR
Site 196S2265LTADEDISRTSGPSV
Site 197T2267ADEDISRTSGPSVAG
Site 198S2268DEDISRTSGPSVAGL
Site 199S2271ISRTSGPSVAGLETT
Site 200Y2279VAGLETTYTGGNGFS
Site 201T2280AGLETTYTGGNGFST
Site 202S2286YTGGNGFSTSYNSQR
Site 203T2287TGGNGFSTSYNSQRW
Site 204S2288GGNGFSTSYNSQRWL
Site 205Y2289GNGFSTSYNSQRWLN
Site 206S2291GFSTSYNSQRWLNLY
Site 207S2331WAFIPEASDDSGLEV
Site 208Y2351HQREFKPYVVRLAKL
Site 209S2372KNPEEDNSGRTLGWE
Site 210S2409VLSQVFNSKVTSRCG
Site 211T2412QVFNSKVTSRCGGHS
Site 212S2413VFNSKVTSRCGGHSG
Site 213S2419TSRCGGHSGSPILYS
Site 214S2421RCGGHSGSPILYSNA
Site 215Y2425HSGSPILYSNAFPNK
Site 216S2426SGSPILYSNAFPNKD
Site 217S2444ENHKPCSSKARQKIE
 
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
 


2019 Kinexus Bioinformatics Corporation