PhosphoNET

           
Protein Info 
   
Short Name:  SR140
Full Name:  U2-associated protein SR140
Alias:  KIAA0332; Splicing factor SR family KIAA0332 isoform
Type:  RNA binding protein
Mass (Da):  118292
Number AA:  1029
UniProt ID:  O15042
International Prot ID:  IPI00790699
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166   PhosphoSite+ KinaseNET
Biological Process:  GO:0006396     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 1T5___MADKTPGGSQKA
Site 2S9ADKTPGGSQKASSKT
Site 3S13GGSQKASSKTRSSDV
Site 4S14GGSQKASSKTRSSDV
Site 5T16SQKASSKTRSSDVHS
Site 6S18KASSKTRSSDVHSSG
Site 7S19ASSKTRSSDVHSSGS
Site 8S23TRSSDVHSSGSSDAH
Site 9S24RSSDVHSSGSSDAHM
Site 10S27DVHSSGSSDAHMDAS
Site 11S34SDAHMDASGPSDSDM
Site 12S37HMDASGPSDSDMPSR
Site 13S39DASGPSDSDMPSRTR
Site 14S43PSDSDMPSRTRPKSP
Site 15T45DSDMPSRTRPKSPRK
Site 16S49PSRTRPKSPRKHNYR
Site 17Y55KSPRKHNYRNESARE
Site 18S59KHNYRNESARESLCD
Site 19S63RNESARESLCDSPHQ
Site 20S67ARESLCDSPHQNLSR
Site 21S73DSPHQNLSRPLLENK
Site 22T91FSIGKMSTAKRTLSK
Site 23T95KMSTAKRTLSKKEQE
Site 24S97STAKRTLSKKEQEEL
Site 25Y117EKAAAEIYEEFLAAF
Site 26T134SDGNKVKTFVRGGVV
Site 27T150AAKEEHETDEKRGKI
Site 28Y158DEKRGKIYKPSSRFA
Site 29S161RGKIYKPSSRFADQK
Site 30S162GKIYKPSSRFADQKN
Site 31S175KNPPNQSSNERPPSL
Site 32S181SSNERPPSLLVIETK
Site 33T187PSLLVIETKKPPLKK
Site 34S202GEKEKKKSNLELFKE
Site 35T224ERDERHKTKGRLSRF
Site 36S229HKTKGRLSRFEPPQS
Site 37S236SRFEPPQSDSDGQRR
Site 38S238FEPPQSDSDGQRRSM
Site 39S244DSDGQRRSMDAPSRR
Site 40S249RRSMDAPSRRNRSSG
Site 41S254APSRRNRSSGVLDDY
Site 42S255PSRRNRSSGVLDDYA
Site 43Y261SSGVLDDYAPGSHDV
Site 44S265LDDYAPGSHDVGDPS
Site 45S272SHDVGDPSTTNLYLG
Site 46T273HDVGDPSTTNLYLGN
Site 47Y277DPSTTNLYLGNINPQ
Site 48S302GRFGPLASVKIMWPR
Site 49Y364PIPPHPIYIPPSMME
Site 50T373PPSMMEHTLPPPPSG
Site 51S379HTLPPPPSGLPFNAQ
Site 52T411NKEDFEKTLSQAIVK
Site 53T467RFLFENQTPAHVYYR
Site 54Y472NQTPAHVYYRWKLYS
Site 55Y478VYYRWKLYSILQGDS
Site 56S479YYRWKLYSILQGDSP
Site 57S485YSILQGDSPTKWRTE
Site 58T487ILQGDSPTKWRTEDF
Site 59S501FRMFKNGSFWRPPPL
Site 60Y511RPPPLNPYLHGMSEE
Site 61S516NPYLHGMSEEQETEA
Site 62T521GMSEEQETEAFVEEP
Site 63T550EEILRGLTPRKNDIG
Site 64T586ESLSILKTPLPKKIA
Site 65S613SAKVANASYYRKFFE
Site 66Y614AKVANASYYRKFFET
Site 67Y615KVANASYYRKFFETK
Site 68S628TKLCQIFSDLNATYR
Site 69Y634FSDLNATYRTIQGHL
Site 70S643TIQGHLQSENFKQRV
Site 71Y663AWEDWAIYPEPFLIK
Site 72T687NIIEEKETEDVPDDL
Site 73T719DGIPIDATPIDDLDG
Site 74S731LDGVPIKSLDDDLDG
Site 75T744DGVPLDATEDSKKNE
Site 76S747PLDATEDSKKNEPIF
Site 77S759PIFKVAPSKWEAVDE
Site 78S788LFDQHEESEEEENQN
Site 79S800NQNQEEESEDEEDTQ
Site 80T806ESEDEEDTQSSKSEE
Site 81S808EDEEDTQSSKSEEHH
Site 82S809DEEDTQSSKSEEHHL
Site 83S811EDTQSSKSEEHHLYS
Site 84Y817KSEEHHLYSNPIKEE
Site 85S818SEEHHLYSNPIKEEM
Site 86T826NPIKEEMTESKFSKY
Site 87S828IKEEMTESKFSKYSE
Site 88S831EMTESKFSKYSEMSE
Site 89Y833TESKFSKYSEMSEEK
Site 90S834ESKFSKYSEMSEEKR
Site 91S870RPKKPGQSFQEQVEH
Site 92T919KKEKDECTPTRKERK
Site 93T921EKDECTPTRKERKRR
Site 94S930KERKRRHSTSPSPSR
Site 95T931ERKRRHSTSPSPSRS
Site 96S932RKRRHSTSPSPSRSS
Site 97S934RRHSTSPSPSRSSSG
Site 98S936HSTSPSPSRSSSGRR
Site 99S938TSPSPSRSSSGRRVK
Site 100S939SPSPSRSSSGRRVKS
Site 101S940PSPSRSSSGRRVKSP
Site 102S946SSGRRVKSPSPKSER
Site 103S948GRRVKSPSPKSERSE
Site 104S951VKSPSPKSERSERSE
Site 105S954PSPKSERSERSERSH
Site 106S957KSERSERSERSHKES
Site 107S960RSERSERSHKESSRS
Site 108S964SERSHKESSRSRSSH
Site 109S965ERSHKESSRSRSSHK
Site 110S967SHKESSRSRSSHKDS
Site 111S969KESSRSRSSHKDSPR
Site 112S970ESSRSRSSHKDSPRD
Site 113S974SRSSHKDSPRDVSKK
Site 114S979KDSPRDVSKKAKRSP
Site 115S985VSKKAKRSPSGSRTP
Site 116S987KKAKRSPSGSRTPKR
Site 117S989AKRSPSGSRTPKRSR
Site 118T991RSPSGSRTPKRSRRS
Site 119S995GSRTPKRSRRSRSRS
Site 120S998TPKRSRRSRSRSPKK
Site 121S1000KRSRRSRSRSPKKSG
Site 122S1002SRRSRSRSPKKSGKK
Site 123S1006RSRSPKKSGKKSRSQ
Site 124S1010PKKSGKKSRSQSRSP
Site 125S1012KSGKKSRSQSRSPHR
Site 126S1014GKKSRSQSRSPHRSH
Site 127S1016KSRSQSRSPHRSHKK
Site 128S1020QSRSPHRSHKKSKKN
 
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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