PhosphoNET

           
Protein Info 
   
Short Name:  PRPF8
Full Name:  Pre-mRNA-processing-splicing factor 8
Alias:  220 kDa U5 snRNP-specific protein; PRP8 homologue; PRPC8; Splicing factor Prp8
Type:  RNA binding protein
Mass (Da):  273600
Number AA:  2335
UniProt ID:  Q6P2Q9
International Prot ID:  IPI00007928
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0005681  GO:0005682 Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0003723  GO:0003824 PhosphoSite+ KinaseNET
Biological Process:  GO:0000375  GO:0000377  GO:0000398 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 1Y7_MAGVFPYRGPGNPV
Site 2Y24PLAPLPDYMSEEKLQ
Site 3S26APLPDYMSEEKLQEK
Site 4Y88FRHDKRVYLGALKYM
Site 5Y178DEEPPLDYADNILDV
Site 6Y208APVLDWFYDHQPLRD
Site 7S216DHQPLRDSRKYVNGS
Site 8Y219PLRDSRKYVNGSTYQ
Site 9Y225KYVNGSTYQRWQFTL
Site 10S236QFTLPMMSTLYRLAN
Site 11T237FTLPMMSTLYRLANQ
Site 12Y239LPMMSTLYRLANQLL
Site 13T247RLANQLLTDLVDDNY
Site 14Y254TDLVDDNYFYLFDLK
Site 15T310IIRQPIRTEYKIAFP
Site 16Y312RQPIRTEYKIAFPYL
Site 17Y318EYKIAFPYLYNNLPH
Site 18Y320KIAFPYLYNNLPHHV
Site 19T342PNVVFIKTEDPDLPA
Site 20Y351DPDLPAFYFDPLINP
Site 21S360DPLINPISHRHSVKS
Site 22S364NPISHRHSVKSQEPL
Site 23S367SHRHSVKSQEPLPDD
Site 24T391VEPFLKDTPLYTDNT
Site 25Y394FLKDTPLYTDNTANG
Site 26S415PRPFNLRSGRTRRAL
Site 27Y431IPLVKNWYREHCPAG
Site 28S446QPVKVRVSYQKLLKY
Site 29Y447PVKVRVSYQKLLKYY
Site 30Y453SYQKLLKYYVLNALK
Site 31Y454YQKLLKYYVLNALKH
Site 32Y471PKAQKKRYLFRSFKA
Site 33S475KKRYLFRSFKATKFF
Site 34T479LFRSFKATKFFQSTK
Site 35Y515IHRKNLNYLHLDYNF
Site 36Y520LNYLHLDYNFNLKPV
Site 37T529FNLKPVKTLTTKERK
Site 38S538TTKERKKSRFGNAFH
Site 39Y592VGQLTGMYRYKYKLM
Site 40Y596TGMYRYKYKLMRQIR
Site 41Y613KDLKHLIYYRFNTGP
Site 42Y614DLKHLIYYRFNTGPV
Site 43T618LIYYRFNTGPVGKGP
Site 44T645LFFMRGITPLLERWL
Site 45S665RQFEGRHSKGVAKTV
Site 46T671HSKGVAKTVTKQRVE
Site 47T673KGVAKTVTKQRVESH
Site 48S679VTKQRVESHFDLELR
Site 49T733WKVPGLPTPIENMIL
Site 50Y742IENMILRYVKAKADW
Site 51T766ERIRRGATVDKTVCK
Site 52T770RGATVDKTVCKKNLG
Site 53T780KKNLGRLTRLYLKAE
Site 54Y783LGRLTRLYLKAEQER
Site 55Y794EQERQHNYLKDGPYI
Site 56Y800NYLKDGPYITAEEAV
Site 57S819TTVHWLESRRFSPIP
Site 58S823WLESRRFSPIPFPPL
Site 59S831PIPFPPLSYKHDTKL
Site 60Y850LERLKEAYSVKSRLN
Site 61S851ERLKEAYSVKSRLNQ
Site 62S854KEAYSVKSRLNQSQR
Site 63S859VKSRLNQSQREELGL
Site 64Y871LGLIEQAYDNPHEAL
Site 65T887RIKRHLLTQRAFKEV
Site 66Y909YSHLVPVYDVEPLEK
Site 67Y921LEKITDAYLDQYLWY
Site 68Y925TDAYLDQYLWYEADK
Site 69Y928YLDQYLWYEADKRRL
Site 70T945PWIKPADTEPPPLLV
Site 71Y953EPPPLLVYKWCQGIN
Site 72Y985ESRFEKMYEKIDLTL
Site 73T991MYEKIDLTLLNRLLR
Site 74Y1008VDHNIADYMTAKNNV
Site 75S1027KDMNHTNSYGIIRGL
Site 76Y1028DMNHTNSYGIIRGLQ
Site 77S1059VLGLHRASEMAGPPQ
Site 78S1073QMPNDFLSFQDIATE
Site 79T1079LSFQDIATEAAHPIR
Site 80Y1091PIRLFCRYIDRIHIF
Site 81Y1113ARDLIQRYLTEHPDP
Site 82T1115DLIQRYLTEHPDPNN
Site 83Y1128NNENIVGYNNKKCWP
Site 84S1164IKNRLPRSVTTVQWE
Site 85T1166NRLPRSVTTVQWENS
Site 86S1173TTVQWENSFVSVYSK
Site 87S1176QWENSFVSVYSKDNP
Site 88Y1178ENSFVSVYSKDNPNL
Site 89S1203ILPKCRTSYEEFTHK
Site 90Y1204LPKCRTSYEEFTHKD
Site 91T1257ASGSTTFTKIVNKWN
Site 92S1305RIKIGLNSKMPSRFP
Site 93S1309GLNSKMPSRFPPVVF
Site 94Y1317RFPPVVFYTPKELGG
Site 95T1318FPPVVFYTPKELGGL
Site 96S1338GHVLIPQSDLRWSKQ
Site 97S1343PQSDLRWSKQTDVGI
Site 98T1346DLRWSKQTDVGITHF
Site 99T1351KQTDVGITHFRSGMS
Site 100S1355VGITHFRSGMSHEED
Site 101Y1369DQLIPNLYRYIQPWE
Site 102Y1371LIPNLYRYIQPWESE
Site 103Y1389SQRVWAEYALKRQEA
Site 104T1404IAQNRRLTLEDLEDS
Site 105S1411TLEDLEDSWDRGIPR
Site 106T1421RGIPRINTLFQKDRH
Site 107T1429LFQKDRHTLAYDKGW
Site 108Y1432KDRHTLAYDKGWRVR
Site 109T1440DKGWRVRTDFKQYQV
Site 110Y1470KLWNLNNYRTDMIQA
Site 111Y1494HTLFKGTYFPTWEGL
Site 112S1507GLFWEKASGFEESMK
Site 113T1519SMKWKKLTNAQRSGL
Site 114S1539RRFTLWWSPTINRAN
Site 115T1608LDALEIETVQKETIH
Site 116S1619ETIHPRKSYKMNSSC
Site 117Y1620TIHPRKSYKMNSSCA
Site 118S1625KSYKMNSSCADILLF
Site 119S1640ASYKWNVSRPSLLAD
Site 120S1643KWNVSRPSLLADSKD
Site 121S1648RPSLLADSKDVMDST
Site 122T1655SKDVMDSTTTQKYWI
Site 123Y1660DSTTTQKYWIDIQLR
Site 124Y1671IQLRWGDYDSHDIER
Site 125Y1679DSHDIERYARAKFLD
Site 126Y1687ARAKFLDYTTDNMSI
Site 127T1688RAKFLDYTTDNMSIY
Site 128S1693DYTTDNMSIYPSPTG
Site 129Y1695TTDNMSIYPSPTGVL
Site 130Y1715AYNLHSAYGNWFPGS
Site 131Y1741MKANPALYVLRERIR
Site 132S1755RKGLQLYSSEPTEPY
Site 133S1756KGLQLYSSEPTEPYL
Site 134T1759QLYSSEPTEPYLSSQ
Site 135Y1762SSEPTEPYLSSQNYG
Site 136S1764EPTEPYLSSQNYGEL
Site 137S1765PTEPYLSSQNYGELF
Site 138Y1768PYLSSQNYGELFSNQ
Site 139T1789DTNVYRVTIHKTFEG
Site 140T1793YRVTIHKTFEGNLTT
Site 141T1799KTFEGNLTTKPINGA
Site 142T1841GQLAKWKTAEEVAAL
Site 143S1851EVAALIRSLPVEEQP
Site 144T1926LYDDWLKTISSYTAF
Site 145S1929DWLKTISSYTAFSRL
Site 146T1959VILKPDKTTITEPHH
Site 147Y1991KDLILADYGKKNNVN
Site 148S2001KNNVNVASLTQSEIR
Site 149S2017IILGMEISAPSQQRQ
Site 150S2020GMEISAPSQQRQQIA
Site 151S2037EKQTKEQSQLTATQT
Site 152T2042EQSQLTATQTRTVNK
Site 153T2044SQLTATQTRTVNKHG
Site 154T2046LTATQTRTVNKHGDE
Site 155S2057HGDEIITSTTSNYET
Site 156Y2062ITSTTSNYETQTFSS
Site 157T2064STTSNYETQTFSSKT
Site 158T2066TSNYETQTFSSKTEW
Site 159T2071TQTFSSKTEWRVRAI
Site 160S2079EWRVRAISAANLHLR
Site 161T2087AANLHLRTNHIYVSS
Site 162Y2091HLRTNHIYVSSDDIK
Site 163S2093RTNHIYVSSDDIKET
Site 164S2094TNHIYVSSDDIKETG
Site 165Y2102DDIKETGYTYILPKN
Site 166T2103DIKETGYTYILPKNV
Site 167Y2104IKETGYTYILPKNVL
Site 168Y2129AQIAGYLYGVSPPDN
Site 169S2132AGYLYGVSPPDNPQV
Site 170T2156PQWGTHQTVHLPGQL
Site 171Y2168GQLPQHEYLKEMEPL
Site 172T2180EPLGWIHTQPNESPQ
Site 173S2185IHTQPNESPQLSPQD
Site 174S2189PNESPQLSPQDVTTH
Site 175T2195LSPQDVTTHAKIMAD
Site 176S2205KIMADNPSWDGEKTI
Site 177S2222TCSFTPGSCTLTAYK
Site 178T2226TPGSCTLTAYKLTPS
Site 179Y2228GSCTLTAYKLTPSGY
Site 180T2231TLTAYKLTPSGYEWG
Site 181T2242YEWGRQNTDKGNNPK
Site 182Y2251KGNNPKGYLPSHYER
Site 183S2254NPKGYLPSHYERVQM
Site 184Y2256KGYLPSHYERVQMLL
Site 185Y2294RHDPNMKYELQLANP
Site 186Y2326LLQEGEVYSADREDL
Site 187S2327LQEGEVYSADREDLY
 
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