PhosphoNET

           
Protein Info 
   
Short Name:  Dicer1
Full Name:  Endoribonuclease Dicer
Alias:  DICER; Dicer 1, double-stranded RNA-specific endoribonuclease; Dicer 1, ribonuclease type III; Helicase with RNase motif; Helicase-MOI; HERNA; K12H4.8-LIKE; KIAA0928
Type:  EC 3.1.26.-; RNA binding protein; EC 3.1.26.; Cell development/differentiation; RNA processing; Helicase; Ribonuclease
Mass (Da):  218682
Number AA:  1922
UniProt ID:  Q9UPY3
International Prot ID:  IPI00219036
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016442  GO:0005737   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0008026  GO:0003725 PhosphoSite+ KinaseNET
Biological Process:  GO:0031054  GO:0030422  GO:0030423 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 1Y42EAIHDNIYTPRKYQV
Site 2T43AIHDNIYTPRKYQVE
Site 3Y47NIYTPRKYQVELLEA
Site 4S82VLLTKELSYQIRGDF
Site 5T96FSRNGKRTVFLVNSA
Site 6T115QQVSAVRTHSDLKVG
Site 7S117VSAVRTHSDLKVGEY
Site 8S132SNLEVNASWTKERWN
Site 9S232KLEKILKSNAETATD
Site 10Y246DLVVLDRYTSQPCEI
Site 11T261VVDCGPFTDRSGLYE
Site 12S264CGPFTDRSGLYERLL
Site 13Y267FTDRSGLYERLLMEL
Site 14S290DCNISVHSKERDSTL
Site 15S295VHSKERDSTLISKQI
Site 16T296HSKERDSTLISKQIL
Site 17S299ERDSTLISKQILSDC
Site 18Y332MVRELQKYIKHEQEE
Site 19S364ALCEEHFSPASLDLK
Site 20S367EEHFSPASLDLKFVT
Site 21Y387LLEILRKYKPYERQQ
Site 22Y390ILRKYKPYERQQFES
Site 23Y401QFESVEWYNNRNQDN
Site 24Y409NNRNQDNYVSWSDSE
Site 25S411RNQDNYVSWSDSEDD
Site 26S413QDNYVSWSDSEDDDE
Site 27S415NYVSWSDSEDDDEDE
Site 28T432EEKEKPETNFPSPFT
Site 29S436KPETNFPSPFTNILC
Site 30Y452IIFVERRYTAVVLNR
Site 31Y473KQDPELAYISSNFIT
Site 32S476PELAYISSNFITGHG
Site 33T480YISSNFITGHGIGKN
Site 34T541VVRFDLPTEYRSYVQ
Site 35Y543RFDLPTEYRSYVQSK
Site 36S545DLPTEYRSYVQSKGR
Site 37Y546LPTEYRSYVQSKGRA
Site 38S549EYRSYVQSKGRARAP
Site 39S558GRARAPISNYIMLAD
Site 40T566NYIMLADTDKIKSFE
Site 41S571ADTDKIKSFEEDLKT
Site 42T578SFEEDLKTYKAIEKI
Site 43S591KILRNKCSKSVDTGE
Site 44S593LRNKCSKSVDTGETD
Site 45Y614DDDVFPPYVLRPDDG
Site 46T626DDGGPRVTINTAIGH
Site 47T629GPRVTINTAIGHINR
Site 48Y637AIGHINRYCARLPSD
Site 49S643RYCARLPSDPFTHLA
Site 50T647RLPSDPFTHLAPKCR
Site 51T662TRELPDGTFYSTLYL
Site 52Y664ELPDGTFYSTLYLPI
Site 53Y668GTFYSTLYLPINSPL
Site 54T719LMPVGKETVKYEEEL
Site 55Y722VGKETVKYEEELDLH
Site 56S735LHDEEETSVPGRPGS
Site 57S742SVPGRPGSTKRRQCY
Site 58T743VPGRPGSTKRRQCYP
Site 59Y749STKRRQCYPKAIPEC
Site 60S760IPECLRDSYPRPDQP
Site 61Y761PECLRDSYPRPDQPC
Site 62Y793NFRRRKLYPPEDTTR
Site 63T798KLYPPEDTTRCFGIL
Site 64T799LYPPEDTTRCFGILT
Site 65Y819QIPHFPVYTRSGEVT
Site 66T820IPHFPVYTRSGEVTI
Site 67S822HFPVYTRSGEVTISI
Site 68T826YTRSGEVTISIELKK
Site 69S828RSGEVTISIELKKSG
Site 70T870PALEFKPTDADSAYC
Site 71S888LNVVNDSSTLDIDFK
Site 72T889NVVNDSSTLDIDFKF
Site 73S903FMEDIEKSEARIGIP
Site 74S911EARIGIPSTKYTKET
Site 75Y914IGIPSTKYTKETPFV
Site 76T915GIPSTKYTKETPFVF
Site 77T918STKYTKETPFVFKLE
Site 78Y936DAVIIPRYRNFDQPH
Site 79Y946FDQPHRFYVADVYTD
Site 80T955ADVYTDLTPLSKFPS
Site 81S958YTDLTPLSKFPSPEY
Site 82S962TPLSKFPSPEYETFA
Site 83Y965SKFPSPEYETFAEYY
Site 84Y971EYETFAEYYKTKYNL
Site 85T974TFAEYYKTKYNLDLT
Site 86Y976AEYYKTKYNLDLTNL
Site 87T981TKYNLDLTNLNQPLL
Site 88T993PLLDVDHTSSRLNLL
Site 89S994LLDVDHTSSRLNLLT
Site 90T1001SSRLNLLTPRHLNQK
Site 91S1015KGKALPLSSAEKRKA
Site 92S1016GKALPLSSAEKRKAK
Site 93T1074AEELRAQTASDAGVG
Site 94S1076ELRAQTASDAGVGVR
Site 95S1084DAGVGVRSLPADFRY
Site 96Y1091SLPADFRYPNLDFGW
Site 97S1101LDFGWKKSIDSKSFI
Site 98S1104GWKKSIDSKSFISIS
Site 99S1106KKSIDSKSFISISNS
Site 100S1109IDSKSFISISNSSSA
Site 101S1111SKSFISISNSSSAEN
Site 102S1113SFISISNSSSAENDN
Site 103S1115ISISNSSSAENDNYC
Site 104Y1121SSAENDNYCKHSTIV
Site 105S1141HQGANRTSSLENHDQ
Site 106S1142QGANRTSSLENHDQM
Site 107T1155QMSVNCRTLLSESPG
Site 108S1158VNCRTLLSESPGKLH
Site 109S1160CRTLLSESPGKLHVE
Site 110Y1204CQGNQLNYYKQEIPV
Site 111Y1205QGNQLNYYKQEIPVQ
Site 112T1215EIPVQPTTSYSIQNL
Site 113S1216IPVQPTTSYSIQNLY
Site 114S1218VQPTTSYSIQNLYSY
Site 115Y1223SYSIQNLYSYENQPQ
Site 116Y1225SIQNLYSYENQPQPS
Site 117S1232YENQPQPSDECTLLS
Site 118T1236PQPSDECTLLSNKYL
Site 119S1239SDECTLLSNKYLDGN
Site 120Y1242CTLLSNKYLDGNANK
Site 121S1250LDGNANKSTSDGSPV
Site 122T1251DGNANKSTSDGSPVM
Site 123S1255NKSTSDGSPVMAVMP
Site 124T1267VMPGTTDTIQVLKGR
Site 125S1277VLKGRMDSEQSPSIG
Site 126S1280GRMDSEQSPSIGYSS
Site 127S1282MDSEQSPSIGYSSRT
Site 128S1286QSPSIGYSSRTLGPN
Site 129S1287SPSIGYSSRTLGPNP
Site 130T1289SIGYSSRTLGPNPGL
Site 131Y1330LKHAITTYLFCTYPD
Site 132Y1335TTYLFCTYPDAHEGR
Site 133S1344DAHEGRLSYMRSKKV
Site 134Y1345AHEGRLSYMRSKKVS
Site 135S1348GRLSYMRSKKVSNCN
Site 136S1367GKKKGLPSRMVVSIF
Site 137Y1385VNWLPPGYVVNQDKS
Site 138Y1417NGKLDEDYEEEDEEE
Site 139S1426EEDEEEESLMWRAPK
Site 140Y1438APKEEADYEDDFLEY
Site 141Y1445YEDDFLEYDQEHIRF
Site 142S1468GAFVKKISLSPFSTT
Site 143S1470FVKKISLSPFSTTDS
Site 144S1473KISLSPFSTTDSAYE
Site 145T1474ISLSPFSTTDSAYEW
Site 146S1477SPFSTTDSAYEWKMP
Site 147Y1479FSTTDSAYEWKMPKK
Site 148S1487EWKMPKKSSLGSMPF
Site 149S1488WKMPKKSSLGSMPFS
Site 150S1491PKKSSLGSMPFSSDF
Site 151S1495SLGSMPFSSDFEDFD
Site 152S1496LGSMPFSSDFEDFDY
Site 153Y1503SDFEDFDYSSWDAMC
Site 154Y1511SSWDAMCYLDPSKAV
Site 155S1515AMCYLDPSKAVEEDD
Site 156T1539EENCGVDTGKQSISY
Site 157S1543GVDTGKQSISYDLHT
Site 158S1545DTGKQSISYDLHTEQ
Site 159Y1546TGKQSISYDLHTEQC
Site 160T1550SISYDLHTEQCIADK
Site 161T1597VLPVIKRTDREKALC
Site 162S1612PTRENFNSQQKNLSV
Site 163S1618NSQQKNLSVSCAAAS
Site 164S1629AAASVASSRSSVLKD
Site 165S1632SVASSRSSVLKDSEY
Site 166S1637RSSVLKDSEYGCLKI
Site 167Y1639SVLKDSEYGCLKIPP
Site 168T1658DHPDADKTLNHLISG
Site 169Y1701YNTITDCYQRLEFLG
Site 170Y1721YLITKHLYEDPRQHS
Site 171S1728YEDPRQHSPGVLTDL
Site 172Y1752FASLAVKYDYHKYFK
Site 173Y1754SLAVKYDYHKYFKAV
Site 174Y1757VKYDYHKYFKAVSPE
Site 175S1787NEMQGMDSELRRSEE
Site 176S1792MDSELRRSEEDEEKE
Site 177T1829DSGMSLETVWQVYYP
Site 178S1846RPLIEKFSANVPRSP
Site 179S1852FSANVPRSPVRELLE
Site 180T1864LLEMEPETAKFSPAE
Site 181S1868EPETAKFSPAERTYD
Site 182Y1874FSPAERTYDGKVRVT
Site 183T1881YDGKVRVTVEVVGKG
Site 184S1896KFKGVGRSYRIAKSA
Site 185Y1897FKGVGRSYRIAKSAA
Site 186S1902RSYRIAKSAAARRAL
Site 187S1911AARRALRSLKANQPQ
 
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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