PhosphoNET

           
Protein Info 
   
Short Name:  SFRS2IP
Full Name:  SRSF2-interacting protein
Alias:  CASP11; SFRIP; SIP1; Splicing factor Sip1; Splicing factor, arginine/serine-rich 2, interacting protein; SRrp129
Type:  RNA binding protein
Mass (Da):  164652
Number AA:  1463
UniProt ID:  Q99590
International Prot ID:  IPI00181359
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0000245     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 1T5___MKKKTVCTLNMG
Site 2T8MKKKTVCTLNMGDKK
Site 3Y16LNMGDKKYEDMEGEE
Site 4T28GEENGDNTISTGLLY
Site 5S77LLKKKLRSSVAAPEK
Site 6Y97KFSALEGYVKVQVKK
Site 7T109VKKQLRETKDKKNEN
Site 8S117KDKKNENSFEKQVSC
Site 9S123NSFEKQVSCHENSKS
Site 10S128QVSCHENSKSCIRRK
Site 11S130SCHENSKSCIRRKAI
Site 12S157LKWIHRNSLYSETGG
Site 13Y159WIHRNSLYSETGGKK
Site 14S160ERVGSSSSESCAQDL
Site 15S195NFFSNMFSSVSHSGE
Site 16S196FFSNMFSSVSHSGES
Site 17S198SNMFSSVSHSGESSF
Site 18S200MFSSVSHSGESSFTY
Site 19S204VSHSGESSFTYRAYC
Site 20T206HSGESSFTYRAYCTE
Site 21Y207SGESSFTYRAYCTEF
Site 22Y210SSFTYRAYCTEFIEA
Site 23S218QDQISGLSQSEVKTD
Site 24S234KRHELELSWFPDTLP
Site 25T272LPRTIFPTSTISFEH
Site 26S273PRTIFPTSTISFEHF
Site 27T274RTIFPTSTISFEHFG
Site 28Y287FGTSCKGYALAHTQE
Site 29T292KGYALAHTQEGEEKK
Site 30T301EGEEKKQTSGTSNTR
Site 31S302GEEKKQTSGTSNTRG
Site 32S305KKQTSGTSNTRGSRR
Site 33S310GTSNTRGSRRKPAMT
Site 34T317SRRKPAMTTPTRRST
Site 35T318RRKPAMTTPTRRSTR
Site 36T320KPAMTTPTRRSTRNT
Site 37S323MTTPTRRSTRNTRAE
Site 38T324TTPTRRSTRNTRAET
Site 39T327TRRSTRNTRAETASQ
Site 40T331TRNTRAETASQSQRS
Site 41S333NTRAETASQSQRSPI
Site 42S335RAETASQSQRSPISD
Site 43S338TASQSQRSPISDNSG
Site 44S341QSQRSPISDNSGCDA
Site 45S344RSPISDNSGCDAPGN
Site 46S352GCDAPGNSNPSLSVP
Site 47S355APGNSNPSLSVPSSA
Site 48S357GNSNPSLSVPSSAES
Site 49S361PSLSVPSSAESEKQT
Site 50S364SVPSSAESEKQTRQA
Site 51S376RQAPKRKSVRRGRKP
Site 52S393LKKKLRSSVAAPEKS
Site 53S400SVAAPEKSSSNDSVD
Site 54S401VAAPEKSSSNDSVDE
Site 55S402AAPEKSSSNDSVDEE
Site 56S405EKSSSNDSVDEETAE
Site 57T410NDSVDEETAESDTSP
Site 58S413VDEETAESDTSPVLE
Site 59S416FCSDQNESEVEPSVN
Site 60S429EHQPDVDSSNICTVQ
Site 61T434VDSSNICTVQTHVEN
Site 62S449QSANCLKSCNEQIEE
Site 63S472DTEERVGSSSSESCA
Site 64S473TEERVGSSSSESCAQ
Site 65S474EERVGSSSSESCAQD
Site 66S475ERVGSSSSESCAQDL
Site 67S477VGSSSSESCAQDLPV
Site 68S512RRETGKESRKSQSPS
Site 69S530LEKQDQISGLSQSEV
Site 70S533QDQISGLSQSEVKTD
Site 71S535QISGLSQSEVKTDVC
Site 72T539LSQSEVKTDVCTVHL
Site 73T543EVKTDVCTVHLPNDF
Site 74T552HLPNDFPTCLTSESK
Site 75S556DFPTCLTSESKVYQP
Site 76Y561LTSESKVYQPVSCPL
Site 77S565RESRRSESLSPRRET
Site 78S569QPVSCPLSDLSENVE
Site 79S577DLSENVESVVNEEKI
Site 80T585VVNEEKITESSLVEI
Site 81S587NEEKITESSLVEITE
Site 82S588EEKITESSLVEITEH
Site 83T599ITEHKDFTLKTEELI
Site 84T602HKDFTLKTEELIESP
Site 85S608KTEELIESPKLESSE
Site 86S613IESPKLESSEGEIIQ
Site 87S614ESPKLESSEGEIIQT
Site 88T621SEGEIIQTVDRQSVK
Site 89S626IQTVDRQSVKSPEVQ
Site 90S629VDRQSVKSPEVQLLG
Site 91T648EDVEIIATCDTFGNE
Site 92S663DFNNIQDSENNLLKN
Site 93T675LKNNLLNTKLEKSLE
Site 94S680LNTKLEKSLEEKNES
Site 95S687SLEEKNESLTEHPRS
Site 96T689EEKNESLTEHPRSTE
Site 97S694SLTEHPRSTELPKTH
Site 98T695LTEHPRSTELPKTHI
Site 99T700RSTELPKTHIEQIQK
Site 100S723MIPMECDSFCSDQNE
Site 101S726MECDSFCSDQNESEV
Site 102S731FCSDQNESEVEPSVN
Site 103S736NESEVEPSVNADLKQ
Site 104S753ENSVTHCSENNMPSS
Site 105S760SENNMPSSDLADEKV
Site 106T769LADEKVETVSQPSES
Site 107S771DEKVETVSQPSESPK
Site 108S774VETVSQPSESPKDTI
Site 109S776TVSQPSESPKDTIDK
Site 110T780PSESPKDTIDKTKKP
Site 111T784PKDTIDKTKKPRTRR
Site 112T789DKTKKPRTRRSRFHS
Site 113S792KKPRTRRSRFHSPST
Site 114S796TRRSRFHSPSTTWSP
Site 115S798RSRFHSPSTTWSPNK
Site 116T799SRFHSPSTTWSPNKD
Site 117T800RFHSPSTTWSPNKDT
Site 118S802HSPSTTWSPNKDTPQ
Site 119T807TWSPNKDTPQEKKRP
Site 120S816QEKKRPQSPSPRRET
Site 121S818KKRPQSPSPRRETGK
Site 122T823SPSPRRETGKESRKS
Site 123S827RRETGKESRKSQSPS
Site 124S830TGKESRKSQSPSPKN
Site 125S832KESRKSQSPSPKNES
Site 126S834SRKSQSPSPKNESAR
Site 127S839SPSPKNESARGRKKS
Site 128S846SARGRKKSRSQSPKK
Site 129S848RGRKKSRSQSPKKDI
Site 130S850RKKSRSQSPKKDIAR
Site 131S862IARERRQSQSRSPKR
Site 132S864RERRQSQSRSPKRDT
Site 133S866RRQSQSRSPKRDTTR
Site 134T871SRSPKRDTTRESRRS
Site 135T872RSPKRDTTRESRRSE
Site 136S875KRDTTRESRRSESLS
Site 137S878TTRESRRSESLSPRR
Site 138S880RESRRSESLSPRRET
Site 139S882SRRSESLSPRRETSR
Site 140T887SLSPRRETSRENKRS
Site 141S888LSPRRETSRENKRSQ
Site 142S894TSRENKRSQPRVKDS
Site 143S901SQPRVKDSSPGEKSR
Site 144S902QPRVKDSSPGEKSRS
Site 145S907DSSPGEKSRSQSRER
Site 146S909SPGEKSRSQSRERES
Site 147S911GEKSRSQSRERESDR
Site 148S916SQSRERESDRDGQRR
Site 149T929RRERERRTRKWSRSR
Site 150S933ERRTRKWSRSRSHSR
Site 151S935RTRKWSRSRSHSRSP
Site 152S937RKWSRSRSHSRSPSR
Site 153S939WSRSRSHSRSPSRCR
Site 154S941RSRSHSRSPSRCRTK
Site 155S943RSHSRSPSRCRTKSK
Site 156T947RSPSRCRTKSKSSSF
Site 157S949PSRCRTKSKSSSFGR
Site 158S951RCRTKSKSSSFGRID
Site 159S953RTKSKSSSFGRIDRD
Site 160S961FGRIDRDSYSPRWKG
Site 161Y962GRIDRDSYSPRWKGR
Site 162S963RIDRDSYSPRWKGRW
Site 163Y984CPRGNDRYRKNDPEK
Site 164S1012LDADDPNSADKHRND
Site 165S1030WITEKINSGPDPRTR
Site 166T1036NSGPDPRTRNPEKLK
Site 167S1069NFGSGWVSNRGRGRG
Site 168T1082RGNRGRGTYRSSFAY
Site 169Y1083GNRGRGTYRSSFAYK
Site 170S1085RGRGTYRSSFAYKDQ
Site 171S1086GRGTYRSSFAYKDQN
Site 172Y1089TYRSSFAYKDQNENR
Site 173S1104WQNRKPLSGNSNSSG
Site 174S1107RKPLSGNSNSSGSES
Site 175S1109PLSGNSNSSGSESFK
Site 176S1110LSGNSNSSGSESFKF
Site 177S1112GNSNSSGSESFKFVE
Site 178S1114SNSSGSESFKFVEQQ
Site 179S1122FKFVEQQSYKRKSEQ
Site 180Y1123KFVEQQSYKRKSEQE
Site 181S1127QQSYKRKSEQEFSFD
Site 182S1132RKSEQEFSFDTPADR
Site 183T1135EQEFSFDTPADRSGW
Site 184S1140FDTPADRSGWTSASS
Site 185S1144ADRSGWTSASSWAVR
Site 186S1147SGWTSASSWAVRKTL
Site 187T1153SSWAVRKTLPADVQN
Site 188Y1161LPADVQNYYSRRGRN
Site 189Y1162PADVQNYYSRRGRNS
Site 190S1163ADVQNYYSRRGRNSS
Site 191S1169YSRRGRNSSGPQSGW
Site 192S1170SRRGRNSSGPQSGWM
Site 193S1174RNSSGPQSGWMKQEE
Site 194S1184MKQEEETSGQDSSLK
Site 195S1188EETSGQDSSLKDQTN
Site 196S1189ETSGQDSSLKDQTNQ
Site 197S1271MQVATPTSVSQGLPP
Site 198S1273VATPTSVSQGLPPPP
Site 199S1286PPPPPPPSQQVNYIA
Site 200Y1291PPSQQVNYIASQPDG
Site 201S1294QQVNYIASQPDGKQL
Site 202S1306KQLQGIPSSSHVSNN
Site 203S1307QLQGIPSSSHVSNNM
Site 204S1308LQGIPSSSHVSNNMS
Site 205S1311IPSSSHVSNNMSTPV
Site 206S1315SHVSNNMSTPVLPAP
Site 207T1316HVSNNMSTPVLPAPT
Site 208S1336TGMVQGPSSGNTSSS
Site 209S1337GMVQGPSSGNTSSSS
Site 210T1340QGPSSGNTSSSSHSK
Site 211S1341GPSSGNTSSSSHSKA
Site 212S1342PSSGNTSSSSHSKAS
Site 213S1343SSGNTSSSSHSKASN
Site 214S1344SGNTSSSSHSKASNA
Site 215S1346NTSSSSHSKASNAAV
Site 216S1367VSVAVEASADSSKTD
Site 217S1371VEASADSSKTDKKLQ
Site 218Y1395KLAIKPFYQNKDITK
Site 219S1419AVDKVCHSKSGEVNS
Site 220S1421DKVCHSKSGEVNSTK
Site 221S1426SKSGEVNSTKVANLV
Site 222T1427KSGEVNSTKVANLVK
Site 223Y1436VANLVKAYVDKYKYS
Site 224Y1440VKAYVDKYKYSRKGS
Site 225Y1442AYVDKYKYSRKGSQK
Site 226S1443YVDKYKYSRKGSQKK
Site 227S1447YKYSRKGSQKKTLEE
Site 228T1451RKGSQKKTLEEPVST
Site 229S1457KTLEEPVSTEKNIG_
Site 230T1458TLEEPVSTEKNIG__
 
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