PhosphoNET

           
Protein Info 
   
Short Name:  RBM27
Full Name:  RNA-binding protein 27
Alias:  RNA binding motif protein 27; RNA-binding motif protein 27
Type:  RNA binding protein
Mass (Da):  118718
Number AA:  1060
UniProt ID:  Q9P2N5
International Prot ID:  IPI00292975
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0016607   Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166  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 1S11EDVDALKSWLAKLLE
Site 2S71FVDKLFESLYTKNYL
Site 3Y73DKLFESLYTKNYLPL
Site 4T74KLFESLYTKNYLPLL
Site 5Y77ESLYTKNYLPLLEPV
Site 6Y118RDGRKKKYPSPQKTR
Site 7S120GRKKKYPSPQKTRSE
Site 8T124KYPSPQKTRSESSER
Site 9S126PSPQKTRSESSERRT
Site 10S128PQKTRSESSERRTRE
Site 11S129QKTRSESSERRTREK
Site 12T133SESSERRTREKKRED
Site 13Y146EDGKWRDYDRYYERN
Site 14Y149KWRDYDRYYERNELY
Site 15Y150WRDYDRYYERNELYR
Site 16Y156YYERNELYREKYDWR
Site 17Y160NELYREKYDWRRGRS
Site 18S167YDWRRGRSKSRSKSR
Site 19S169WRRGRSKSRSKSRGL
Site 20S171RGRSKSRSKSRGLSR
Site 21S173RSKSRSKSRGLSRSR
Site 22S177RSKSRGLSRSRSRSR
Site 23S179KSRGLSRSRSRSRGR
Site 24S181RGLSRSRSRSRGRSK
Site 25S183LSRSRSRSRGRSKDR
Site 26S187RSRSRGRSKDRDPNR
Site 27S202NVEHRERSKFKSERN
Site 28S206RERSKFKSERNDLES
Site 29S213SERNDLESSYVPVSA
Site 30S214ERNDLESSYVPVSAP
Site 31Y215RNDLESSYVPVSAPP
Site 32S219ESSYVPVSAPPPNSS
Site 33S225VSAPPPNSSEQYSSG
Site 34S226SAPPPNSSEQYSSGA
Site 35Y229PPNSSEQYSSGAQSI
Site 36S230PNSSEQYSSGAQSIP
Site 37S231NSSEQYSSGAQSIPS
Site 38S235QYSSGAQSIPSTVTV
Site 39T253AHHSENTTESWSNYY
Site 40Y259TTESWSNYYNNHSSS
Site 41Y260TESWSNYYNNHSSSN
Site 42S264SNYYNNHSSSNSFGR
Site 43S266YYNNHSSSNSFGRNL
Site 44S268NNHSSSNSFGRNLPP
Site 45Y282PKRRCRDYDERGFCV
Site 46S360PGPGPGHSMRLPVPQ
Site 47S375GHGQPPPSVVLPIPR
Site 48T386PIPRPPITQSSLINS
Site 49S388PRPPITQSSLINSRD
Site 50S389RPPITQSSLINSRDQ
Site 51S393TQSSLINSRDQPGTS
Site 52T399NSRDQPGTSAVPNLA
Site 53S400SRDQPGTSAVPNLAS
Site 54Y422PLPQNLLYTVSERQP
Site 55T423LPQNLLYTVSERQPM
Site 56S425QNLLYTVSERQPMYS
Site 57Y431VSERQPMYSREHGAA
Site 58S432SERQPMYSREHGAAA
Site 59S440REHGAAASERLQLGT
Site 60T447SERLQLGTPPPLLAA
Site 61S465PPRNLMGSSIGYHTS
Site 62Y469LMGSSIGYHTSVSSP
Site 63T471GSSIGYHTSVSSPTP
Site 64S472SSIGYHTSVSSPTPL
Site 65S474IGYHTSVSSPTPLVP
Site 66S475GYHTSVSSPTPLVPD
Site 67T477HTSVSSPTPLVPDTY
Site 68T483PTPLVPDTYEPDGYN
Site 69Y484TPLVPDTYEPDGYNP
Site 70Y489DTYEPDGYNPEAPSI
Site 71S495GYNPEAPSITSSGRS
Site 72S498PEAPSITSSGRSQYR
Site 73S499EAPSITSSGRSQYRQ
Site 74S502SITSSGRSQYRQFFS
Site 75Y504TSSGRSQYRQFFSRT
Site 76T511YRQFFSRTQTQRPNL
Site 77T513QFFSRTQTQRPNLIG
Site 78S523PNLIGLTSGDMDVNP
Site 79S546TEPPVPVSINSNITR
Site 80S560RVVLEPDSRKRAMSG
Site 81S566DSRKRAMSGLEGPLT
Site 82T573SGLEGPLTKKPWLGK
Site 83Y597GFLRKNQYTNTKLEV
Site 84T598FLRKNQYTNTKLEVK
Site 85S622TKLNEHFSKFGTIVN
Site 86Y645PEAALIQYLTNEEAR
Site 87S657EARKAISSTEAVLNN
Site 88T658ARKAISSTEAVLNNR
Site 89T680RENNEQPTLQSSAQL
Site 90S684EQPTLQSSAQLLLQQ
Site 91T694LLLQQQQTLSHLSQQ
Site 92S696LQQQQTLSHLSQQHH
Site 93S699QQTLSHLSQQHHHLP
Site 94T723VAQSAPSTVHGGIQK
Site 95S733GGIQKMMSKPQTSGA
Site 96T737KMMSKPQTSGAYVLN
Site 97S738MMSKPQTSGAYVLNK
Site 98Y741KPQTSGAYVLNKVPV
Site 99S760GHAGGNQSDASHLLN
Site 100S763GGNQSDASHLLNQSG
Site 101S769ASHLLNQSGGAGEDC
Site 102T781EDCQIFSTPGHPKMI
Site 103Y789PGHPKMIYSSSNLKT
Site 104S790GHPKMIYSSSNLKTP
Site 105S792PKMIYSSSNLKTPSK
Site 106T796YSSSNLKTPSKLCSG
Site 107S798SSNLKTPSKLCSGSK
Site 108S802KTPSKLCSGSKSHDV
Site 109S804PSKLCSGSKSHDVQE
Site 110S806KLCSGSKSHDVQEVL
Site 111T865ERANIMKTLKELGEK
Site 112S874KELGEKISQLKDELK
Site 113S883LKDELKTSSAVSTPS
Site 114S884KDELKTSSAVSTPSK
Site 115S887LKTSSAVSTPSKVKT
Site 116T888KTSSAVSTPSKVKTK
Site 117S890SSAVSTPSKVKTKTE
Site 118T894STPSKVKTKTEAQKE
Site 119T896PSKVKTKTEAQKELL
Site 120T905AQKELLDTELDLHKR
Site 121S914LDLHKRLSSGEDTTE
Site 122S915DLHKRLSSGEDTTEL
Site 123T919RLSSGEDTTELRKKL
Site 124T920LSSGEDTTELRKKLS
Site 125S927TELRKKLSQLQVEAA
Site 126T946LPVGRGKTMSSQGRG
Site 127S948VGRGKTMSSQGRGRG
Site 128S949GRGKTMSSQGRGRGR
Site 129S965RGGRGRGSLNHMVVD
Site 130T979DHRPKALTVGGFIEE
Site 131S996EDLLQHFSTANQGPK
Site 132S1012KDRRLQISWHKPKVP
Site 133S1020WHKPKVPSISTETEE
Site 134T1023PKVPSISTETEEEEV
Site 135T1037VKEEETETSDLFLPD
Site 136S1038KEEETETSDLFLPDD
Site 137Y1053DDEDEDEYESRSWRR
 
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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