PhosphoNET

           
Protein Info 
   
Short Name:  PPP1R9A
Full Name:  Neurabin-1
Alias:  FLJ20068; KIAA1222; NEB1; Neurabin-I; Neural tissue-specific F-actin binding protein I; Protein phosphatase 1 regulatory subunit 9A; Protein phosphatase 1, regulatory (inhibitor) subunit 9A
Type:  Protein phosphatase, regulatory subunit; Adaptor/scaffold
Mass (Da):  123342
Number AA:  1098
UniProt ID:  Q9ULJ8
International Prot ID:  IPI00008144
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030054  GO:0005737  GO:0005856 Uniprot OncoNet
Molecular Function:  GO:0003779     PhosphoSite+ KinaseNET
Biological Process:  GO:0030154  GO:0007399   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 1S6__MLKTESSGERTTL
Site 2S7_MLKTESSGERTTLR
Site 3T11TESSGERTTLRSASP
Site 4T12ESSGERTTLRSASPH
Site 5S15GERTTLRSASPHRNA
Site 6S17RTTLRSASPHRNAYR
Site 7Y23ASPHRNAYRTEFQAL
Site 8T25PHRNAYRTEFQALKS
Site 9S32TEFQALKSTFDKPKS
Site 10T33EFQALKSTFDKPKSD
Site 11S39STFDKPKSDGEQKTK
Site 12T45KSDGEQKTKEGEGSQ
Site 13S51KTKEGEGSQQSRGRK
Site 14S54EGEGSQQSRGRKYGS
Site 15Y59QQSRGRKYGSNVNRI
Site 16S61SRGRKYGSNVNRIKN
Site 17S94TRGKGGHSSPQRRMK
Site 18S95RGKGGHSSPQRRMKP
Site 19T109PKEFLEKTDGSVVKL
Site 20S112FLEKTDGSVVKLESS
Site 21S118GSVVKLESSVSERIS
Site 22S119SVVKLESSVSERISR
Site 23S121VKLESSVSERISRFD
Site 24S125SSVSERISRFDTMYD
Site 25T129ERISRFDTMYDGPSY
Site 26Y131ISRFDTMYDGPSYSK
Site 27S135DTMYDGPSYSKFTET
Site 28Y136TMYDGPSYSKFTETR
Site 29S137MYDGPSYSKFTETRK
Site 30S149TRKMFERSVHESGQN
Site 31S153FERSVHESGQNNRYS
Site 32Y159ESGQNNRYSPKKEKA
Site 33S160SGQNNRYSPKKEKAG
Site 34S178PQDEWGGSKSNRGST
Site 35S180DEWGGSKSNRGSTDS
Site 36S184GSKSNRGSTDSLDSL
Site 37T185SKSNRGSTDSLDSLS
Site 38S187SNRGSTDSLDSLSSR
Site 39S190GSTDSLDSLSSRTEA
Site 40S192TDSLDSLSSRTEAVS
Site 41S193DSLDSLSSRTEAVSP
Site 42T195LDSLSSRTEAVSPTV
Site 43S199SSRTEAVSPTVSQLS
Site 44T201RTEAVSPTVSQLSAV
Site 45T212LSAVFENTDSPSAII
Site 46S214AVFENTDSPSAIISE
Site 47S216FENTDSPSAIISEKA
Site 48S220DSPSAIISEKAENNE
Site 49Y228EKAENNEYSVTGHYP
Site 50T231ENNEYSVTGHYPLNL
Site 51Y234EYSVTGHYPLNLPSV
Site 52T244NLPSVTVTNLDTFGH
Site 53T248VTVTNLDTFGHLKDS
Site 54S255TFGHLKDSNSWPPSN
Site 55S257GHLKDSNSWPPSNKR
Site 56S261DSNSWPPSNKRGVDT
Site 57T268SNKRGVDTEDAHKSN
Site 58T277DAHKSNATPVPEVAS
Site 59S284TPVPEVASKSTSLAS
Site 60S288EVASKSTSLASIPGE
Site 61S291SKSTSLASIPGEEIQ
Site 62S300PGEEIQQSKEPEDST
Site 63S306QSKEPEDSTSNQQTP
Site 64T307SKEPEDSTSNQQTPD
Site 65S308KEPEDSTSNQQTPDS
Site 66T312DSTSNQQTPDSIDKD
Site 67S315SNQQTPDSIDKDGPE
Site 68S334ESKAMPKSEIPSPQS
Site 69S338MPKSEIPSPQSQLLE
Site 70S341SEIPSPQSQLLEDAE
Site 71T370ELAGGDFTSPDASAS
Site 72S371LAGGDFTSPDASASS
Site 73S375DFTSPDASASSCGKE
Site 74S378SPDASASSCGKEVPE
Site 75S387GKEVPEDSNNFDGSH
Site 76Y401HVYMHSDYNVYRVRS
Site 77Y404MHSDYNVYRVRSRYN
Site 78Y410VYRVRSRYNSDWGET
Site 79S412RVRSRYNSDWGETGT
Site 80S427EQDEEEDSDENSYYQ
Site 81S431EEDSDENSYYQPDME
Site 82Y432EDSDENSYYQPDMEY
Site 83Y433DSDENSYYQPDMEYS
Site 84Y439YYQPDMEYSEIVGLP
Site 85S460ANRKIKFSSAPIKVF
Site 86T469APIKVFNTYSNEDYD
Site 87Y475NTYSNEDYDRRNDEV
Site 88S488EVDPVAASAEYELEK
Site 89S604SEVAQLISQTLEQER
Site 90T631YDADDDETGEYATDE
Site 91Y634DDDETGEYATDEEED
Site 92S667PENEDMFSPSELDTS
Site 93S669NEDMFSPSELDTSKL
Site 94T673FSPSELDTSKLSHKF
Site 95S674SPSELDTSKLSHKFK
Site 96T716VRWELEKTQLQQNIE
Site 97Y735RMLKLESYWIEAQTL
Site 98T745EAQTLCHTVNEHLKE
Site 99S755EHLKETQSQYQALEK
Site 100Y757LKETQSQYQALEKKY
Site 101T826RLLKQNGTQVNNNNN
Site 102T839NNIFERRTSLGEVSK
Site 103S840NIFERRTSLGEVSKG
Site 104T849GEVSKGDTMENLDGK
Site 105S859NLDGKQTSCQDGLSQ
Site 106S865TSCQDGLSQDLNEAV
Site 107T875LNEAVPETERLDSKA
Site 108S880PETERLDSKALKTRA
Site 109T885LDSKALKTRAQLSVK
Site 110S890LKTRAQLSVKNRRQR
Site 111S899KNRRQRPSRTRLYDS
Site 112Y904RPSRTRLYDSVSSTD
Site 113S906SRTRLYDSVSSTDGE
Site 114S908TRLYDSVSSTDGEDS
Site 115S909RLYDSVSSTDGEDSL
Site 116T910LYDSVSSTDGEDSLE
Site 117S915SSTDGEDSLERKNFT
Site 118T922SLERKNFTFNDDFSP
Site 119S928FTFNDDFSPSSTSSA
Site 120S930FNDDFSPSSTSSADL
Site 121S931NDDFSPSSTSSADLS
Site 122T932DDFSPSSTSSADLSG
Site 123S933DFSPSSTSSADLSGL
Site 124S934FSPSSTSSADLSGLG
Site 125S938STSSADLSGLGAEPK
Site 126T946GLGAEPKTPGLSQSL
Site 127S950EPKTPGLSQSLALSS
Site 128S952KTPGLSQSLALSSDE
Site 129S956LSQSLALSSDESLDM
Site 130S957SQSLALSSDESLDMI
Site 131S960LALSSDESLDMIDDE
Site 132S974EILDDGQSPKHSQCQ
Site 133S978DGQSPKHSQCQNRAV
Site 134Y1005MSLNLEQYVSEFSAQ
Site 135S1007LNLEQYVSEFSAQNI
Site 136S1035KALGMTASQDRAVVK
Site 137S1051KLKEMKMSLEKARKA
Site 138S1081QEQMQRKSKKTEKMT
Site 139T1084MQRKSKKTEKMTSTT
Site 140S1089KKTEKMTSTTAEGAG
 
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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