PhosphoNET

           
Protein Info 
   
Short Name:  RBM5
Full Name:  RNA-binding protein 5
Alias:  G15; H37; LUCA15; RMB5; RNA binding motif protein 5
Type:  RNA binding protein
Mass (Da):  92154
Number AA:  815
UniProt ID:  P52756
International Prot ID:  IPI00005036
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005681     Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0003729  GO:0000166 PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0008285  GO:0043065 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 1S8MGSDKRVSRTERSGR
Site 2T10SDKRVSRTERSGRYG
Site 3S13RVSRTERSGRYGSII
Site 4S18ERSGRYGSIIDRDDR
Site 5S30DDRDERESRSRRRDS
Site 6S32RDERESRSRRRDSDY
Site 7S37SRSRRRDSDYKRSSD
Site 8Y39SRRRDSDYKRSSDDR
Site 9S43DSDYKRSSDDRRGDR
Site 10Y51DDRRGDRYDDYRDYD
Site 11Y54RGDRYDDYRDYDSPE
Site 12Y57RYDDYRDYDSPERER
Site 13S59DDYRDYDSPERERER
Site 14S69RERERRNSDRSEDGY
Site 15S72ERRNSDRSEDGYHSD
Site 16Y76SDRSEDGYHSDGDYG
Site 17S78RSEDGYHSDGDYGEH
Site 18Y82GYHSDGDYGEHDYRH
Site 19Y87GDYGEHDYRHDISDE
Site 20S92HDYRHDISDERESKT
Site 21S97DISDERESKTIMLRG
Site 22T110RGLPITITESDIREM
Site 23S112LPITITESDIREMME
Site 24S120DIREMMESFEGPQPA
Site 25T136VRLMKRKTGVSRGFA
Site 26S139MKRKTGVSRGFAFVE
Site 27Y175GKHIAMHYSNPRPKF
Site 28S211CGADKFDSEQEVPPG
Site 29T219EQEVPPGTTESVQSV
Site 30S222VPPGTTESVQSVDYY
Site 31S225GTTESVQSVDYYCDT
Site 32T242LRNIAPHTVVDSIMT
Site 33T249TVVDSIMTALSPYAS
Site 34S252DSIMTALSPYASLAV
Site 35Y254IMTALSPYASLAVNN
Site 36S256TALSPYASLAVNNIR
Site 37T270RLIKDKQTQQNRGFA
Site 38T307PLKIDGKTIGVDFAK
Site 39S323ARKDLVLSDGNRVSA
Site 40S329LSDGNRVSAFSVAST
Site 41S344AIAAAQWSSTQSQSG
Site 42T346AAAQWSSTQSQSGEG
Site 43S348AQWSSTQSQSGEGGS
Site 44S350WSSTQSQSGEGGSVD
Site 45S355SQSGEGGSVDYSYLQ
Site 46Y358GEGGSVDYSYLQPGQ
Site 47S359EGGSVDYSYLQPGQD
Site 48Y360GGSVDYSYLQPGQDG
Site 49Y368LQPGQDGYAQYAQYS
Site 50Y371GQDGYAQYAQYSQDY
Site 51Y378YAQYSQDYQQFYQQQ
Site 52Y382SQDYQQFYQQQAGGL
Site 53S391QQAGGLESDASSASG
Site 54S394GGLESDASSASGTAV
Site 55S395GLESDASSASGTAVT
Site 56T399DASSASGTAVTTTSA
Site 57S410TTSAAVVSQSPQLYN
Site 58S412SAAVVSQSPQLYNQT
Site 59Y416VSQSPQLYNQTSNPP
Site 60T419SPQLYNQTSNPPGSP
Site 61S420PQLYNQTSNPPGSPT
Site 62S425QTSNPPGSPTEEAQP
Site 63T427SNPPGSPTEEAQPST
Site 64S433PTEEAQPSTSTSTQA
Site 65S437AQPSTSTSTQAPAAS
Site 66T438QPSTSTSTQAPAASP
Site 67S444STQAPAASPTGVVPG
Site 68T452PTGVVPGTKYAVPDT
Site 69Y454GVVPGTKYAVPDTST
Site 70Y462AVPDTSTYQYDESSG
Site 71Y464PDTSTYQYDESSGYY
Site 72Y470QYDESSGYYYDPTTG
Site 73Y471YDESSGYYYDPTTGL
Site 74Y472DESSGYYYDPTTGLY
Site 75T475SGYYYDPTTGLYYDP
Site 76Y479YDPTTGLYYDPNSQY
Site 77Y480DPTTGLYYDPNSQYY
Site 78Y486YYDPNSQYYYNSLTQ
Site 79Y487YDPNSQYYYNSLTQQ
Site 80Y488DPNSQYYYNSLTQQY
Site 81Y495YNSLTQQYLYWDGEK
Site 82Y497SLTQQYLYWDGEKET
Site 83Y505WDGEKETYVPAAESS
Site 84S511TYVPAAESSSHQQSG
Site 85S513VPAAESSSHQQSGLP
Site 86S517ESSSHQQSGLPPAKE
Site 87S534EKKEKPKSKTAQQIA
Site 88S550DMERWAKSLNKQKEN
Site 89S561QKENFKNSFQPVNSL
Site 90S567NSFQPVNSLREEERR
Site 91S576REEERRESAAADAGF
Site 92S621RGLVAAYSGDSDNEE
Site 93S624VAAYSGDSDNEEELV
Site 94S636ELVERLESEEEKLAD
Site 95S669LVRHQQLSDLHKQNM
Site 96Y679HKQNMDIYRRSRLSE
Site 97S682NMDIYRRSRLSEQEL
Site 98S685IYRRSRLSEQELEAL
Site 99Y701LREREMKYRDRAAER
Site 100Y712AAERREKYGIPEPPE
Site 101T730KKQFDAGTVNYEQPT
Site 102Y733FDAGTVNYEQPTKDG
Site 103S744TKDGIDHSNIGNKML
Site 104S760AMGWREGSGLGRKCQ
Site 105T770GRKCQGITAPIEAQV
Site 106S789AGLGAKGSAYGLSGA
Site 107Y791LGAKGSAYGLSGADS
Site 108S794KGSAYGLSGADSYKD
Site 109S798YGLSGADSYKDAVRK
Site 110Y799GLSGADSYKDAVRKA
Site 111T812KAMFARFTEME____
 
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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