PhosphoNET

           
Protein Info 
   
Short Name:  RBM10
Full Name:  RNA-binding protein 10
Alias:  DXS8237E; GPATC9; GPATCH9; KIAA0122; RBMA; RNA binding motif protein 10; RNA-binding protein 10: RNA-binding motif protein 10: G patch domain-containing protein 9: RNA-binding protein S1-1; ZRANB5
Type:  RNA binding protein
Mass (Da):  103533
Number AA:  930
UniProt ID:  P98175
International Prot ID:  IPI00375731
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016585     Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0008380  GO:0006397   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 1T13RGGRGDRTGRYGATD
Site 2Y16RGDRTGRYGATDRSQ
Site 3T19RTGRYGATDRSQDDG
Site 4S22RYGATDRSQDDGGEN
Site 5Y36NRSRDHDYRDMDYRS
Site 6Y41HDYRDMDYRSYPREY
Site 7S43YRDMDYRSYPREYGS
Site 8Y44RDMDYRSYPREYGSQ
Site 9Y48YRSYPREYGSQEGKH
Site 10S50SYPREYGSQEGKHDY
Site 11Y57SQEGKHDYDDSSEEQ
Site 12S60GKHDYDDSSEEQSAE
Site 13S61KHDYDDSSEEQSAED
Site 14S65DDSSEEQSAEDSYEA
Site 15S69EEQSAEDSYEASPGS
Site 16Y70EQSAEDSYEASPGSE
Site 17S73AEDSYEASPGSETQR
Site 18S76SYEASPGSETQRRRR
Site 19T78EASPGSETQRRRRRR
Site 20S89RRRRHRHSPTGPPGF
Site 21T91RRHRHSPTGPPGFPR
Site 22Y102GFPRDGDYRDQDYRT
Site 23Y107GDYRDQDYRTEQGEE
Site 24S128EEEEEKASNIVMLRM
Site 25S151DIRGQLQSHGVQARE
Site 26S166VRLMRNKSSGQSRGF
Site 27S167RLMRNKSSGQSRGFA
Site 28S170RNKSSGQSRGFAFVE
Site 29S203NILGQKVSMHYSDPK
Site 30Y206GQKVSMHYSDPKPKI
Site 31S207QKVSMHYSDPKPKIN
Site 32S241FKCGVPKSEAEQKLP
Site 33T257GTRLDQQTLPLGGRE
Site 34S266PLGGRELSQGLLPLP
Site 35S284QAQGVLASQALSQGS
Site 36S288VLASQALSQGSEPSS
Site 37S291SQALSQGSEPSSENA
Site 38S295SQGSEPSSENANDTI
Site 39S311LRNLNPHSTMDSILG
Site 40T312RNLNPHSTMDSILGA
Site 41S315NPHSTMDSILGALAP
Site 42Y323ILGALAPYAVLSSSN
Site 43S329PYAVLSSSNVRVIKD
Site 44T339RVIKDKQTQLNRGFA
Site 45T371QALHPPLTIDGKTIN
Site 46T376PLTIDGKTINVEFAK
Site 47S385NVEFAKGSKRDMASN
Site 48S391GSKRDMASNEGSRIS
Site 49S395DMASNEGSRISAASV
Site 50S398SNEGSRISAASVAST
Site 51S415AAAQWAISQASQGGE
Site 52S418QWAISQASQGGEGTW
Site 53S428GEGTWATSEEPPVDY
Site 54Y435SEEPPVDYSYYQQDE
Site 55S436EEPPVDYSYYQQDEG
Site 56Y437EPPVDYSYYQQDEGY
Site 57Y438PPVDYSYYQQDEGYG
Site 58Y444YYQQDEGYGNSQGTE
Site 59S447QDEGYGNSQGTESSL
Site 60S452GNSQGTESSLYAHGY
Site 61S453NSQGTESSLYAHGYL
Site 62Y455QGTESSLYAHGYLKG
Site 63Y459SSLYAHGYLKGTKGP
Site 64T463AHGYLKGTKGPGITG
Site 65T476TGTKGDPTGAGPEAS
Site 66S483TGAGPEASLEPGADS
Site 67S490SLEPGADSVSMQAFS
Site 68S492EPGADSVSMQAFSRA
Site 69Y508PGAAPGIYQQSAEAS
Site 70S511APGIYQQSAEASSSQ
Site 71S515YQQSAEASSSQGTAA
Site 72S516QSAEASSSQGTAANS
Site 73S517QSAEASSSQGTAANS
Site 74T520EASSSQGTAANSQSY
Site 75S524SQGTAANSQSYTIMS
Site 76S526GTAANSQSYTIMSPA
Site 77S531SQSYTIMSPAVLKSE
Site 78S537MSPAVLKSELQSPTH
Site 79S541VLKSELQSPTHPSSA
Site 80T543KSELQSPTHPSSALP
Site 81S546LQSPTHPSSALPPAT
Site 82S547QSPTHPSSALPPATS
Site 83S554SALPPATSPTAQESY
Site 84T556LPPATSPTAQESYSQ
Site 85S560TSPTAQESYSQYPVP
Site 86S562PTAQESYSQYPVPDV
Site 87Y564AQESYSQYPVPDVST
Site 88Y572PVPDVSTYQYDETSG
Site 89Y574PDVSTYQYDETSGYY
Site 90Y580QYDETSGYYYDPQTG
Site 91Y581YDETSGYYYDPQTGL
Site 92Y582DETSGYYYDPQTGLY
Site 93Y589YDPQTGLYYDPNSQY
Site 94Y590DPQTGLYYDPNSQYY
Site 95Y596YYDPNSQYYYNAQSQ
Site 96Y597YDPNSQYYYNAQSQQ
Site 97Y598DPNSQYYYNAQSQQY
Site 98Y605YNAQSQQYLYWDGER
Site 99Y607AQSQQYLYWDGERRT
Site 100T614YWDGERRTYVPALEQ
Site 101Y615WDGERRTYVPALEQS
Site 102T629SADGHKETGAPSKEG
Site 103S633HKETGAPSKEGKEKK
Site 104T645EKKEKHKTKTAQQIA
Site 105S661DMERWARSLNKQKEN
Site 106S672QKENFKNSFQPISSL
Site 107S677KNSFQPISSLRDDER
Site 108S678NSFQPISSLRDDERR
Site 109S687RDDERRESATADAGY
Site 110T689DERRESATADAGYAI
Site 111Y694SATADAGYAILEKKG
Site 112T709ALAERQHTSMDLPKL
Site 113S718MDLPKLASDDRPSPP
Site 114S723LASDDRPSPPRGLVA
Site 115S733RGLVAAYSGESDSEE
Site 116S736VAAYSGESDSEEEQE
Site 117S738AYSGESDSEEEQERG
Site 118T754PEREEKLTDWQKLAC
Site 119S770LCRRQFPSKEALIRH
Site 120S781LIRHQQLSGLHKQNL
Site 121S797IHRRAHLSENELEAL
Site 122Y814NDMEQMKYRDRAAER
Site 123Y825AAERREKYGIPEPPE
Site 124Y838PEPKRRKYGGISTAS
Site 125S845YGGISTASVDFEQPT
Site 126S858PTRDGLGSDNIGSRM
Site 127S863LGSDNIGSRMLQAMG
Site 128T886RKKQGIVTPIEAQTR
Site 129S897AQTRVRGSGLGARGS
Site 130S904SGLGARGSSYGVTST
Site 131S905GLGARGSSYGVTSTE
Site 132Y906LGARGSSYGVTSTES
Site 133T909RGSSYGVTSTESYKE
Site 134S910GSSYGVTSTESYKET
Site 135T911SSYGVTSTESYKETL
Site 136S913YGVTSTESYKETLHK
Site 137T917STESYKETLHKTMVT
 
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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