PhosphoNET

           
Protein Info 
   
Short Name:  RIMBP3
Full Name: 
Alias:  RIMS-binding protein 3.1
Type: 
Mass (Da):  169842
Number AA:  1545
UniProt ID:  Q9UFD9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S56LVNRGHCSRPGASEV
Site 2T83LAQLRWQTDGEQAAR
Site 3Y93EQAARIRYLQAALEV
Site 4Y108ERQLFLKYILAHFRG
Site 5S120FRGHPALSGSPDPQA
Site 6S122GHPALSGSPDPQAVH
Site 7S130PDPQAVHSLEEPLPQ
Site 8T138LEEPLPQTSSGSCHA
Site 9S140EPLPQTSSGSCHAPK
Site 10S154KPACQLGSLDSLSAE
Site 11S173SRSLGLVSSACSSSP
Site 12S174RSLGLVSSACSSSPD
Site 13S179VSSACSSSPDGLLST
Site 14S185SSPDGLLSTHASSLD
Site 15T186SPDGLLSTHASSLDC
Site 16S201FAPACSRSLDSTRSL
Site 17S204ACSRSLDSTRSLPKA
Site 18T205CSRSLDSTRSLPKAS
Site 19S207RSLDSTRSLPKASKS
Site 20S214SLPKASKSEERPSSP
Site 21S219SKSEERPSSPDTSTP
Site 22S220KSEERPSSPDTSTPG
Site 23T223ERPSSPDTSTPGSRR
Site 24S224RPSSPDTSTPGSRRL
Site 25T225PSSPDTSTPGSRRLS
Site 26S228PDTSTPGSRRLSPPP
Site 27S232TPGSRRLSPPPSPLP
Site 28S236RRLSPPPSPLPPPPP
Site 29S245LPPPPPPSAHRKLSN
Site 30S251PSAHRKLSNPRGGEG
Site 31S259NPRGGEGSESQPCEV
Site 32S261RGGEGSESQPCEVLT
Site 33T268SQPCEVLTPSPPGLG
Site 34S270PCEVLTPSPPGLGHH
Site 35Y298WVLARRCYTLQEENK
Site 36T299VLARRCYTLQEENKQ
Site 37Y314LRRAGCPYQADEKVK
Site 38T347RARELQETNLRAVSA
Site 39S353ETNLRAVSAPIPGES
Site 40S379RQRARDLSEQASAPL
Site 41S383RDLSEQASAPLAKDK
Site 42S412RVASGPCSDLHTGRG
Site 43T416GPCSDLHTGRGGPCT
Site 44T423TGRGGPCTQWLNVRD
Site 45S438LDRLQRESQREVLRL
Site 46T509RRGEEAETQLQAALL
Site 47T532NGRLQAKTDWVRKVE
Site 48S543RKVEAENSEVRGHLG
Site 49S559ACQERDASGLIAEQL
Site 50S616PEQPWETSQMPESQV
Site 51S621ETSQMPESQVKGSRR
Site 52S626PESQVKGSRRPKFHA
Site 53Y638FHARPEDYAVSQPNR
Site 54S641RPEDYAVSQPNRDIQ
Site 55S654IQEKREASLEESPVA
Site 56S658REASLEESPVALGES
Site 57S672SASVPQVSETVPASQ
Site 58T674SVPQVSETVPASQPL
Site 59S678VSETVPASQPLSKKT
Site 60S682VPASQPLSKKTSSQS
Site 61T685SQPLSKKTSSQSNSS
Site 62S686QPLSKKTSSQSNSSS
Site 63S687PLSKKTSSQSNSSSE
Site 64S689SKKTSSQSNSSSEGS
Site 65S691KTSSQSNSSSEGSMW
Site 66S692TSSQSNSSSEGSMWA
Site 67S693SSQSNSSSEGSMWAT
Site 68S696SNSSSEGSMWATVPS
Site 69T700SEGSMWATVPSSPTL
Site 70S704MWATVPSSPTLDRDT
Site 71T711SPTLDRDTASEVDDL
Site 72S713TLDRDTASEVDDLEP
Site 73S724DLEPDSVSLALEMGG
Site 74Y749IFMAQYNYNPFEGPN
Site 75Y783DMDEDGFYEGELEDG
Site 76S797GRRGLVPSNFVEQIP
Site 77S816PGCLPAKSPDLGPSQ
Site 78S822KSPDLGPSQLPAGQD
Site 79S836DEALEEDSLLSGKAQ
Site 80S858CQMVRVGSKTEVATE
Site 81T871TEILDTKTEACQLGL
Site 82T918TATSANITWVYSSHR
Site 83Y921SANITWVYSSHRHPH
Site 84Y931HRHPHVVYLDDREHA
Site 85T940DDREHALTPAGVSCY
Site 86Y958GLCPGTHYRARVEVR
Site 87Y974PRDLLQVYWGTMSST
Site 88T983GTMSSTVTFDTLLAG
Site 89S1024TIDSAGSSNGVQVTG
Site 90T1064SQLQVPLTWQKVSVR
Site 91S1074KVSVRTMSLCGESLD
Site 92S1079TMSLCGESLDSVPAQ
Site 93S1082LCGESLDSVPAQIPE
Site 94T1100MCHRWPETPPFSYTC
Site 95S1104WPETPPFSYTCGDPS
Site 96Y1105PETPPFSYTCGDPST
Site 97T1106ETPPFSYTCGDPSTY
Site 98S1111SYTCGDPSTYRVTFP
Site 99T1112YTCGDPSTYRVTFPV
Site 100Y1113TCGDPSTYRVTFPVC
Site 101T1116DPSTYRVTFPVCPQK
Site 102S1125PVCPQKLSLAPPSAK
Site 103S1130KLSLAPPSAKASPHN
Site 104S1134APPSAKASPHNPGSC
Site 105S1140ASPHNPGSCGEPQAK
Site 106S1161EEPPRRQSPVSNLGS
Site 107S1164PRRQSPVSNLGSEGE
Site 108S1168SPVSNLGSEGECPSS
Site 109S1174GSEGECPSSGAGSQA
Site 110S1175SEGECPSSGAGSQAQ
Site 111S1179CPSSGAGSQAQELAE
Site 112S1200KDLLFQKSPQNHRPP
Site 113S1208PQNHRPPSVSDQPGE
Site 114S1210NHRPPSVSDQPGEKE
Site 115Y1220PGEKENCYQHMGTSK
Site 116S1228QHMGTSKSPAPGFIH
Site 117T1238PGFIHLRTECGPRKE
Site 118T1267KQDAQGFTPPQLGAS
Site 119S1274TPPQLGASQQYASDF
Site 120S1279GASQQYASDFHNVLK
Site 121T1299LCLDLWGTERREERR
Site 122S1312RREPEPHSRQGQALG
Site 123S1330GCQLHEPSSALCPAP
Site 124S1331CQLHEPSSALCPAPS
Site 125T1354GGPQQLGTGANTPAR
Site 126T1401RVWGSQDTHDFYLSE
Site 127Y1405SQDTHDFYLSECNRQ
Site 128T1431MEVGTEQTDRRWRSP
Site 129S1437QTDRRWRSPAQGHLP
Site 130S1445PAQGHLPSVAHLEDF
Site 131T1456LEDFQGLTIPQGSSL
Site 132S1469SLVLQGNSKRLPLWT
Site 133Y1512AGDVVMVYGPMDDQG
Site 134Y1521PMDDQGFYYGELGGH
Site 135Y1522MDDQGFYYGELGGHR
 
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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