PhosphoNET

           
Protein Info 
   
Short Name:  RBM20
Full Name:  Probable RNA-binding protein 20
Alias:  rna binding motif protein 20
Type: 
Mass (Da):  122460
Number AA: 
UniProt ID:  Q5T481
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005622     Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0008270   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 1S14MSQDADPSGPEQPDR
Site 2S25QPDRVACSVPGARAS
Site 3S32SVPGARASPAPSGPR
Site 4S36ARASPAPSGPRGMQQ
Site 5S75LLDKNPFSVSNPNPL
Site 6S77DKNPFSVSNPNPLLP
Site 7S85NPNPLLPSPASLQLA
Site 8S141FNQLRHPSVITGPHG
Site 9S161QHAAAIPSTRFPSNA
Site 10S166IPSTRFPSNAIAFSP
Site 11S172PSNAIAFSPPSQTRG
Site 12S175AIAFSPPSQTRGPGP
Site 13T177AFSPPSQTRGPGPSM
Site 14S183QTRGPGPSMNLPNQP
Site 15Y231ATAGFYEYGKASSGQ
Site 16T239GKASSGQTYGPETDG
Site 17Y240KASSGQTYGPETDGQ
Site 18S253GQPGFLPSSASTSGS
Site 19S254QPGFLPSSASTSGSV
Site 20S256GFLPSSASTSGSVTY
Site 21S258LPSSASTSGSVTYEG
Site 22S260SSASTSGSVTYEGHY
Site 23T262ASTSGSVTYEGHYSH
Site 24Y263STSGSVTYEGHYSHT
Site 25Y283AAFSKDFYGPNSQGS
Site 26S287KDFYGPNSQGSHVAS
Site 27S290YGPNSQGSHVASGFP
Site 28S294SQGSHVASGFPAEQA
Site 29S306EQAGGLKSEVGPLLQ
Site 30T315VGPLLQGTNSQWESP
Site 31S317PLLQGTNSQWESPHG
Site 32S321GTNSQWESPHGFSGQ
Site 33S329PHGFSGQSKPDLTAG
Site 34T334GQSKPDLTAGPMWPP
Site 35Y347PPPHNQPYELYDPEE
Site 36Y350HNQPYELYDPEEPTS
Site 37S357YDPEEPTSDRTPPSF
Site 38T360EEPTSDRTPPSFGGR
Site 39S363TSDRTPPSFGGRLNN
Site 40S371FGGRLNNSKQGFIGA
Site 41S390KEDQALLSVRPLQAH
Site 42S466TLCASPNSTAVYNPA
Site 43T467LCASPNSTAVYNPAG
Site 44Y470SPNSTAVYNPAGNED
Site 45Y478NPAGNEDYASNLGTS
Site 46S480AGNEDYASNLGTSYV
Site 47T484DYASNLGTSYVPIPA
Site 48S485YASNLGTSYVPIPAR
Site 49Y486ASNLGTSYVPIPARS
Site 50S493YVPIPARSFTQSSPT
Site 51T495PIPARSFTQSSPTFP
Site 52S497PARSFTQSSPTFPLA
Site 53S498ARSFTQSSPTFPLAS
Site 54T500SFTQSSPTFPLASVG
Site 55T509PLASVGTTFAQRKGA
Site 56T531NLPEGSCTENDVINL
Site 57Y548PFGKVTNYILMKSTN
Site 58Y574AQAMVQYYQEKSAVI
Site 59S578VQYYQEKSAVINGEK
Site 60S591EKLLIRMSKRYKELQ
Site 61Y594LIRMSKRYKELQLKK
Site 62Y628MFREADRYGPERPRS
Site 63S635YGPERPRSRSPVSRS
Site 64S637PERPRSRSPVSRSLS
Site 65S640PRSRSPVSRSLSPRS
Site 66S642SRSPVSRSLSPRSHT
Site 67S644SPVSRSLSPRSHTPS
Site 68S647SRSLSPRSHTPSFTS
Site 69T649SLSPRSHTPSFTSCS
Site 70S651SPRSHTPSFTSCSSS
Site 71T653RSHTPSFTSCSSSHS
Site 72S654SHTPSFTSCSSSHSP
Site 73S656TPSFTSCSSSHSPPG
Site 74S657PSFTSCSSSHSPPGP
Site 75S658SFTSCSSSHSPPGPS
Site 76S660TSCSSSHSPPGPSRA
Site 77S665SHSPPGPSRADWGNG
Site 78S679GRDSWEHSPYARREE
Site 79Y681DSWEHSPYARREEER
Site 80Y737GRPHREKYPRSGSPN
Site 81S740HREKYPRSGSPNLPH
Site 82S742EKYPRSGSPNLPHSV
Site 83S748GSPNLPHSVSSYKSR
Site 84S750PNLPHSVSSYKSRED
Site 85Y752LPHSVSSYKSREDGY
Site 86S754HSVSSYKSREDGYYR
Site 87Y759YKSREDGYYRKEPKA
Site 88Y760KSREDGYYRKEPKAK
Site 89Y771PKAKWDKYLKQQQDA
Site 90S782QQDAPGRSRRKDEAR
Site 91S793DEARLRESRHPHPDD
Site 92S801RHPHPDDSGKEDGLG
Site 93T812DGLGPKVTRAPEGAK
Site 94T828KQNEKNKTKRTDRDQ
Site 95T831EKNKTKRTDRDQEGA
Site 96T845ADDRKENTMAENEAG
Site 97S862EQEGMEESPQSVGRQ
Site 98S865GMEESPQSVGRQEKE
Site 99S876QEKEAEFSDPENTRT
Site 100T883SDPENTRTKKEQDWE
Site 101S891KKEQDWESESEAEGE
Site 102S893EQDWESESEAEGESW
Site 103Y901EAEGESWYPTNMEEL
Site 104T903EGESWYPTNMEELVT
Site 105T910TNMEELVTVDEVGEE
Site 106S977GNGAAEISLKSPREL
Site 107S980AAEISLKSPRELPSA
Site 108S986KSPRELPSASTSCPS
Site 109S988PRELPSASTSCPSDM
Site 110T989RELPSASTSCPSDMD
Site 111S990ELPSASTSCPSDMDV
Site 112S993SASTSCPSDMDVEMP
Site 113S1013AERKPAESETGLSLE
Site 114S1018AESETGLSLEDSDCY
Site 115S1022TGLSLEDSDCYEKEA
Site 116Y1025SLEDSDCYEKEAKGV
Site 117T1042SDVHPAPTVQQMSSP
Site 118S1048PTVQQMSSPKPAEER
Site 119S1060EERARQPSPFVDDCK
Site 120T1068PFVDDCKTRGTPEDG
Site 121T1071DDCKTRGTPEDGACE
Site 122S1080EDGACEGSPLEEKAS
Site 123S1087SPLEEKASPPIETDL
Site 124S1104QACQGSDSDTRLVSG
Site 125T1106CQGSDSDTRLVSGYS
Site 126S1110DSDTRLVSGYSLTPL
Site 127S1113TRLVSGYSLTPLEKT
Site 128T1115LVSGYSLTPLEKTPG
Site 129T1120SLTPLEKTPGTWK__
 
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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