PhosphoNET

           
Protein Info 
   
Short Name:  SNAPC4
Full Name:  snRNA-activating protein complex subunit 4
Alias:  FLJ13451; Proximal sequence element-binding transcription factor alpha; PSE-binding factor alpha; PTF alpha; PTFalpha; Small nuclear RNA activating complex polypeptide 4 190kDa; Small nuclear RNA activating complex, polypeptide 4, 190kDa; SNAP190; SNAPc 190 kDa; SNPC4; SnRNA-activating protein complex 190 kDa
Type: 
Mass (Da):  159433
Number AA:  1469
UniProt ID:  Q5SXM2
International Prot ID:  IPI00158992
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0019185     Uniprot OncoNet
Molecular Function:  GO:0003700     PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0042795  GO:0042796 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 1S25ERILDPGSSGSHVEI
Site 2S26RILDPGSSGSHVEIS
Site 3S28LDPGSSGSHVEISES
Site 4S33SGSHVEISESSLESD
Site 5S35SHVEISESSLESDSE
Site 6S36HVEISESSLESDSEA
Site 7S39ISESSLESDSEADSL
Site 8S41ESSLESDSEADSLPS
Site 9S45ESDSEADSLPSEDLD
Site 10S59DPADPPISEEERWGE
Site 11S68EERWGEASNDEDDPK
Site 12T78EDDPKDKTLPEDPET
Site 13T85TLPEDPETCLQLNMV
Site 14Y93CLQLNMVYQEVIQEK
Site 15S125LMRDLAGSKGTKVKD
Site 16S135TKVKDGKSLPPSTYM
Site 17S139DGKSLPPSTYMGHFM
Site 18T140GKSLPPSTYMGHFMK
Site 19Y141KSLPPSTYMGHFMKP
Site 20Y149MGHFMKPYFKDKVTG
Site 21T155PYFKDKVTGVGPPAN
Site 22T182AFEELLVTKWKNWEK
Site 23S195EKALLRKSVVSDRLQ
Site 24S198LLRKSVVSDRLQRLL
Site 25Y214PKLLKLEYLHQKQSK
Site 26S220EYLHQKQSKVSSELE
Site 27S224QKQSKVSSELERQAL
Site 28S260LLGNRLDSHDWEKIS
Site 29S276INFEGSRSAEEIRKF
Site 30S298SINKQEWSREEEERL
Site 31T326KIAEELGTSRSAFQC
Site 32S329EELGTSRSAFQCLQK
Site 33T358EEEDRMLTQLVQEMR
Site 34S368VQEMRVGSHIPYRRI
Site 35Y372RVGSHIPYRRIVYYM
Site 36Y377IPYRRIVYYMEGRDS
Site 37Y378PYRRIVYYMEGRDSM
Site 38Y389RDSMQLIYRWTKSLD
Site 39T392MQLIYRWTKSLDPGL
Site 40S394LIYRWTKSLDPGLKK
Site 41Y403DPGLKKGYWAPEEDA
Site 42Y443DAQCRDRYLRRLHFS
Site 43S450YLRRLHFSLKKGRWN
Site 44S481GHWAKIASELPHRSG
Site 45S487ASELPHRSGSQCLSK
Site 46S489ELPHRSGSQCLSKWK
Site 47S515RRRRARHSVRWSSTS
Site 48S519ARHSVRWSSTSSSGS
Site 49S520RHSVRWSSTSSSGSS
Site 50T521HSVRWSSTSSSGSSS
Site 51S522SVRWSSTSSSGSSSG
Site 52S523VRWSSTSSSGSSSGS
Site 53S524RWSSTSSSGSSSGSS
Site 54S526SSTSSSGSSSGSSGG
Site 55S527STSSSGSSSGSSGGS
Site 56S528TSSSGSSSGSSGGSS
Site 57S530SSGSSSGSSGGSSSS
Site 58S531SGSSSGSSGGSSSSS
Site 59S534SSGSSGGSSSSSSSS
Site 60S535SGSSGGSSSSSSSSS
Site 61S536GSSGGSSSSSSSSSE
Site 62S537SSGGSSSSSSSSSEE
Site 63S538SGGSSSSSSSSSEED
Site 64S539GGSSSSSSSSSEEDE
Site 65S540GSSSSSSSSSEEDEP
Site 66S541SSSSSSSSSEEDEPE
Site 67S542SSSSSSSSEEDEPEQ
Site 68S561EGDRALLSPQYMVPD
Site 69Y564RALLSPQYMVPDMDL
Site 70S578LWVPARQSTSQPWRG
Site 71T579WVPARQSTSQPWRGG
Site 72S580VPARQSTSQPWRGGA
Site 73S597WLGGPAASLSPPKGS
Site 74S599GGPAASLSPPKGSSA
Site 75S604SLSPPKGSSASQGGS
Site 76S605LSPPKGSSASQGGSK
Site 77S607PPKGSSASQGGSKEA
Site 78S611SSASQGGSKEASTTA
Site 79S615QGGSKEASTTAAAPG
Site 80T616GGSKEASTTAAAPGE
Site 81T617GSKEASTTAAAPGEE
Site 82S626AAPGEETSPVQVPAR
Site 83S641AHGPVPRSAQASHSA
Site 84S645VPRSAQASHSADTRP
Site 85S647RSAQASHSADTRPAG
Site 86T650QASHSADTRPAGAEK
Site 87T673LLTVPVETVLRVLRA
Site 88T682LRVLRANTAARSCTQ
Site 89T688NTAARSCTQKEQLRQ
Site 90T700LRQPPLPTSSPGVSS
Site 91S701RQPPLPTSSPGVSSG
Site 92S702QPPLPTSSPGVSSGD
Site 93S706PTSSPGVSSGDSVAR
Site 94S707TSSPGVSSGDSVARS
Site 95S710PGVSSGDSVARSHVQ
Site 96S714SGDSVARSHVQWLRH
Site 97T724QWLRHRATQSGQRRW
Site 98S726LRHRATQSGQRRWRH
Site 99T760GDVVVPCTQASQRPA
Site 100S835PVHLLQASSSAQSTP
Site 101S836VHLLQASSSAQSTPG
Site 102S837HLLQASSSAQSTPGH
Site 103S840QASSSAQSTPGHLFP
Site 104T841ASSSAQSTPGHLFPN
Site 105S855NVPAQEASKSASHKG
Site 106S857PAQEASKSASHKGSR
Site 107S859QEASKSASHKGSRRL
Site 108S863KSASHKGSRRLASSR
Site 109S868KGSRRLASSRVERTL
Site 110S869GSRRLASSRVERTLP
Site 111T874ASSRVERTLPQASLL
Site 112S879ERTLPQASLLASTGP
Site 113S883PQASLLASTGPRPKP
Site 114T892GPRPKPKTVSELLQE
Site 115T911EARAREATRGPVVLP
Site 116T936LQPPLPHTPHGRPAP
Site 117T946GRPAPGPTVLNVPLS
Site 118S968AKPGTSGSWQEAGTS
Site 119S975SWQEAGTSAKDKRLS
Site 120S982SAKDKRLSTMQALPL
Site 121T983AKDKRLSTMQALPLA
Site 122T999VFSEAEGTAPAASQA
Site 123S1004EGTAPAASQAPALGP
Site 124S1017GPGQISVSCPESGLG
Site 125S1021ISVSCPESGLGQSQA
Site 126S1026PESGLGQSQAPAASR
Site 127T1117ATLLPPLTETRAAQG
Site 128S1131GPRAPALSSSWQPPA
Site 129S1132PRAPALSSSWQPPAN
Site 130S1133RAPALSSSWQPPANM
Site 131S1147MNREPEPSCRTDTPA
Site 132T1150EPEPSCRTDTPAPPT
Site 133T1152EPSCRTDTPAPPTHA
Site 134T1157TDTPAPPTHALSQSP
Site 135S1161APPTHALSQSPAEAD
Site 136S1163PTHALSQSPAEADGS
Site 137S1170SPAEADGSVAFVPGE
Site 138S1190EIPEPRTSSHADPPE
Site 139S1191IPEPRTSSHADPPEA
Site 140S1203PEAEPPWSGRLPAFG
Site 141T1216FGGVIPATEPRGTPG
Site 142T1221PATEPRGTPGSPSGT
Site 143S1224EPRGTPGSPSGTQEP
Site 144S1226RGTPGSPSGTQEPRG
Site 145T1228TPGSPSGTQEPRGPL
Site 146T1329KALEHKATSLVVGGE
Site 147Y1361QLQDNPAYLLLRARF
Site 148T1388LAPQGVRTTLSVPSR
Site 149T1389APQGVRTTLSVPSRV
Site 150S1391QGVRTTLSVPSRVGS
Site 151S1394RTTLSVPSRVGSESE
Site 152S1398SVPSRVGSESEDEDL
Site 153S1400PSRVGSESEDEDLLS
Site 154S1407SEDEDLLSELELADR
Site 155S1433PIQGAPDSGKCSASS
Site 156S1437APDSGKCSASSCLDT
Site 157S1439DSGKCSASSCLDTSN
Site 158S1440SGKCSASSCLDTSND
Site 159T1444SASSCLDTSNDPDDL
Site 160S1445ASSCLDTSNDPDDLD
Site 161T1462RTRHARHTRKRRRLV
 
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