PhosphoNET

           
Protein Info 
   
Short Name:  SNCAIP
Full Name:  Synphilin-1
Alias:  Alpha-synuclein-interacting protein; SNCAP; Synphilin; Synuclein, alpha interacting protein; SYPH1
Type:  Vesicle protein
Mass (Da):  100409
Number AA:  919
UniProt ID:  Q9Y6H5
International Prot ID:  IPI00002293
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0043025  GO:0005737  GO:0042734 Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0042417  GO:0046928   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 1Y6__MEAPEYLDLDEID
Site 2S15DLDEIDFSDDISYSV
Site 3S19IDFSDDISYSVTSLK
Site 4Y20DFSDDISYSVTSLKT
Site 5S21FSDDISYSVTSLKTI
Site 6T23DDISYSVTSLKTIPE
Site 7T37ELCRRCDTQNEDRSV
Site 8S43DTQNEDRSVSSSSWN
Site 9S45QNEDRSVSSSSWNCG
Site 10S47EDRSVSSSSWNCGIS
Site 11S48DRSVSSSSWNCGIST
Site 12T55SWNCGISTLITNTQK
Site 13T58CGISTLITNTQKPTG
Site 14Y70PTGIADVYSKFRPVK
Site 15S71TGIADVYSKFRPVKR
Site 16S80FRPVKRVSPLKHQPE
Site 17T88PLKHQPETLENNESD
Site 18S94ETLENNESDDQKNQK
Site 19Y105KNQKVVEYQKGGESD
Site 20S133VGGPPGKSSEPSTSL
Site 21S134GGPPGKSSEPSTSLG
Site 22S137PGKSSEPSTSLGELE
Site 23T138GKSSEPSTSLGELEH
Site 24S139KSSEPSTSLGELEHY
Site 25Y146SLGELEHYDLDMDEI
Site 26Y158DEILDVPYIKSSQQL
Site 27S161LDVPYIKSSQQLASF
Site 28S162DVPYIKSSQQLASFT
Site 29S167KSSQQLASFTKVTSE
Site 30T169SQQLASFTKVTSEKR
Site 31S173ASFTKVTSEKRILGL
Site 32S193GLSGKACSTGSSESS
Site 33T194LSGKACSTGSSESSS
Site 34S196GKACSTGSSESSSSN
Site 35S197KACSTGSSESSSSNM
Site 36S200STGSSESSSSNMAPF
Site 37S201TGSSESSSSNMAPFC
Site 38S202GSSESSSSNMAPFCV
Site 39S211MAPFCVLSPVKSPHL
Site 40S215CVLSPVKSPHLRKAS
Site 41S222SPHLRKASAVIHDQH
Site 42S232IHDQHKLSTEETEIS
Site 43T236HKLSTEETEISPPLV
Site 44S239STEETEISPPLVKCG
Site 45S247PPLVKCGSAYEPENQ
Site 46T262SKDFLNKTFSDPHGR
Site 47S264DFLNKTFSDPHGRKV
Site 48T274HGRKVEKTTPDCQLR
Site 49T275GRKVEKTTPDCQLRA
Site 50S287LRAFHLQSSAAESKP
Site 51S288RAFHLQSSAAESKPE
Site 52S292LQSSAAESKPEEQVS
Site 53S299SKPEEQVSGLNRTSS
Site 54T304QVSGLNRTSSQGPEE
Site 55S305VSGLNRTSSQGPEER
Site 56S306SGLNRTSSQGPEERS
Site 57Y315GPEERSEYLKKVKSI
Site 58S321EYLKKVKSILNIVKE
Site 59T383DCLNERNTEKLTPAG
Site 60T387ERNTEKLTPAGLAIK
Site 61S406ECVRWMVSETEAIAE
Site 62S415TEAIAELSCSKDFPS
Site 63Y426DFPSLIHYAGCYGQE
Site 64S449FMQEQGISLDEVDQD
Site 65S465NSAVHVASQHGYLGC
Site 66S496AGEKPSQSAERQGHT
Site 67T533TKQLKEQTVERVTLQ
Site 68T538EQTVERVTLQNQLQQ
Site 69S552QFLEAQKSEGKSLPS
Site 70S556AQKSEGKSLPSSPSS
Site 71S559SEGKSLPSSPSSPSS
Site 72S560EGKSLPSSPSSPSSP
Site 73S562KSLPSSPSSPSSPAS
Site 74S563SLPSSPSSPSSPASR
Site 75S565PSSPSSPSSPASRKS
Site 76S566SSPSSPSSPASRKSQ
Site 77S569SSPSSPASRKSQWKS
Site 78S572SSPASRKSQWKSPDA
Site 79S576SRKSQWKSPDADDDS
Site 80S583SPDADDDSVAKSKPG
Site 81S587DDDSVAKSKPGVQEG
Site 82S602IQVLGSLSASSRARP
Site 83S604VLGSLSASSRARPKA
Site 84S605LGSLSASSRARPKAK
Site 85S616PKAKDEDSDKILRQL
Site 86S629QLLGKEISENVCTQE
Site 87T634EISENVCTQEKLSLE
Site 88S648EFQDAQASSRNSKKI
Site 89S652AQASSRNSKKIPLEK
Site 90S674LRQLMQRSLSESDTD
Site 91S676QLMQRSLSESDTDSN
Site 92S678MQRSLSESDTDSNNS
Site 93T680RSLSESDTDSNNSED
Site 94S682LSESDTDSNNSEDPK
Site 95T690NNSEDPKTTPVRKAD
Site 96T691NSEDPKTTPVRKADR
Site 97S707RPQPIVESVESMDSA
Site 98S710PIVESVESMDSAESL
Site 99S713ESVESMDSAESLHLM
Site 100S716ESMDSAESLHLMIKK
Site 101S728IKKHTLASGGRRFPF
Site 102S736GGRRFPFSIKASKSL
Site 103S740FPFSIKASKSLDGHS
Site 104S742FSIKASKSLDGHSPS
Site 105S747SKSLDGHSPSPTSES
Site 106S749SLDGHSPSPTSESSE
Site 107T751DGHSPSPTSESSEPD
Site 108S752GHSPSPTSESSEPDL
Site 109S754SPSPTSESSEPDLES
Site 110S755PSPTSESSEPDLESQ
Site 111S761SSEPDLESQYPGSGS
Site 112Y763EPDLESQYPGSGSIP
Site 113S766LESQYPGSGSIPPNQ
Site 114S768SQYPGSGSIPPNQPS
Site 115S775SIPPNQPSGDPQQPS
Site 116S782SGDPQQPSPDSTAAQ
Site 117S785PQQPSPDSTAAQKVA
Site 118T786QQPSPDSTAAQKVAT
Site 119S794AAQKVATSPKSALKS
Site 120S797KVATSPKSALKSPSS
Site 121S801SPKSALKSPSSKRRT
Site 122S803KSALKSPSSKRRTSQ
Site 123S804SALKSPSSKRRTSQN
Site 124T808SPSSKRRTSQNLKLR
Site 125S809PSSKRRTSQNLKLRV
Site 126T817QNLKLRVTFEEPVVQ
Site 127T843KDKDKGRTLQRTSTS
Site 128T847KGRTLQRTSTSNESG
Site 129S848GRTLQRTSTSNESGD
Site 130T849RTLQRTSTSNESGDQ
Site 131S850TLQRTSTSNESGDQL
Site 132S866RPFGAFRSIMETLSG
Site 133T870AFRSIMETLSGNQNN
Site 134S872RSIMETLSGNQNNNN
Site 135T891ANQLKTSTLPLTSLG
Site 136T895KTSTLPLTSLGRKTD
Site 137S896TSTLPLTSLGRKTDA
Site 138T901LTSLGRKTDAKGNPA
Site 139S909DAKGNPASSASKGKN
Site 140S910AKGNPASSASKGKNK
 
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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