PhosphoNET

           
Protein Info 
   
Short Name:  RBM15
Full Name:  Putative RNA-binding protein 15
Alias:  One- twenty two protein; One twenty-two; OTT; OTT1; RBMF; RNA binding motif protein 15
Type:  RNA binding protein
Mass (Da):  107189
Number AA:  977
UniProt ID:  Q96T37
International Prot ID:  IPI00102752
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0044419     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 1S13RDPVPRRSPRWRRAV
Site 2T32TSAGRRVTQLRGDDL
Site 3T44DDLRRPATMKGKERS
Site 4S51TMKGKERSPVKAKRS
Site 5S64RSRGGEDSTSRGERS
Site 6T65SRGGEDSTSRGERSK
Site 7S66RGGEDSTSRGERSKK
Site 8S71STSRGERSKKLGGSG
Site 9S77RSKKLGGSGGSNGSS
Site 10S80KLGGSGGSNGSSSGK
Site 11S83GSGGSNGSSSGKTDS
Site 12S84SGGSNGSSSGKTDSG
Site 13S85GGSNGSSSGKTDSGG
Site 14T88NGSSSGKTDSGGGSR
Site 15S90SSSGKTDSGGGSRRS
Site 16S94KTDSGGGSRRSLHLD
Site 17S97SGGGSRRSLHLDKSS
Site 18S103RSLHLDKSSSRGGSR
Site 19S104SLHLDKSSSRGGSRE
Site 20S105LHLDKSSSRGGSREY
Site 21S109KSSSRGGSREYDTGG
Site 22Y112SRGGSREYDTGGGSS
Site 23T114GGSREYDTGGGSSSS
Site 24S118EYDTGGGSSSSRLHS
Site 25S119YDTGGGSSSSRLHSY
Site 26S120DTGGGSSSSRLHSYS
Site 27S121TGGGSSSSRLHSYSS
Site 28S125SSSSRLHSYSSPSTK
Site 29Y126SSSRLHSYSSPSTKN
Site 30S127SSRLHSYSSPSTKNS
Site 31S128SRLHSYSSPSTKNSS
Site 32S130LHSYSSPSTKNSSGG
Site 33T131HSYSSPSTKNSSGGG
Site 34S134SSPSTKNSSGGGESR
Site 35S135SPSTKNSSGGGESRS
Site 36S140NSSGGGESRSSSRGG
Site 37S142SGGGESRSSSRGGGG
Site 38S143GGGESRSSSRGGGGE
Site 39S144GGESRSSSRGGGGES
Site 40S151SRGGGGESRSSGAAS
Site 41S153GGGGESRSSGAASSA
Site 42S154GGGESRSSGAASSAP
Site 43S158SRSSGAASSAPGGGD
Site 44S159RSSGAASSAPGGGDG
Site 45Y169GGGDGAEYKTLKISE
Site 46T171GDGAEYKTLKISELG
Site 47S175EYKTLKISELGSQLS
Site 48S179LKISELGSQLSDEAV
Site 49S182SELGSQLSDEAVEDG
Site 50S201FKRFGDVSVKISHLS
Site 51S205GDVSVKISHLSGSGS
Site 52S208SVKISHLSGSGSGDE
Site 53S210KISHLSGSGSGDERV
Site 54S212SHLSGSGSGDERVAF
Site 55Y241ARGRLVLYDRPLKIE
Site 56Y251PLKIEAVYVSRRRSR
Site 57S253KIEAVYVSRRRSRSP
Site 58S257VYVSRRRSRSPLDKD
Site 59S259VSRRRSRSPLDKDTY
Site 60T265RSPLDKDTYPPSASV
Site 61Y266SPLDKDTYPPSASVV
Site 62S269DKDTYPPSASVVGAS
Site 63S271DTYPPSASVVGASVG
Site 64S292GGGGGQRSLSPGGAA
Site 65S294GGGQRSLSPGGAALG
Site 66Y302PGGAALGYRDYRLQQ
Site 67Y305AALGYRDYRLQQLAL
Site 68Y333DLERERDYPFYERVR
Site 69Y336RERDYPFYERVRPAY
Site 70Y343YERVRPAYSLEPRVG
Site 71S344ERVRPAYSLEPRVGA
Site 72S365FREVDEISPEDDQRA
Site 73T384FLGNLDITVTESDLR
Site 74T386GNLDITVTESDLRRA
Site 75S388LDITVTESDLRRAFD
Site 76T401FDRFGVITEVDIKRP
Site 77S409EVDIKRPSRGQTSTY
Site 78T413KRPSRGQTSTYGFLK
Site 79S414RPSRGQTSTYGFLKF
Site 80T415PSRGQTSTYGFLKFE
Site 81Y416SRGQTSTYGFLKFEN
Site 82S427KFENLDMSHRAKLAM
Site 83T452KIGYGKATPTTRLWV
Site 84T454GYGKATPTTRLWVGG
Site 85T455YGKATPTTRLWVGGL
Site 86T480REFDRFGTIRTIDYR
Site 87Y486GTIRTIDYRKGDSWA
Site 88Y494RKGDSWAYIQYESLD
Site 89T529LRVDFADTEHRYQQQ
Site 90Y537EHRYQQQYLQPLPLT
Site 91T544YLQPLPLTHYELVTD
Site 92Y546QPLPLTHYELVTDAF
Site 93T568LRGARDRTPPLLYRD
Site 94Y581RDRDRDLYPDSDWVP
Site 95S584DRDLYPDSDWVPPPP
Site 96S597PPPVRERSTRTAATS
Site 97T598PPVRERSTRTAATSV
Site 98S604STRTAATSVPAYEPL
Site 99Y608AATSVPAYEPLDSLD
Site 100S613PAYEPLDSLDRRRDG
Site 101S622DRRRDGWSLDRDRGD
Site 102S634RGDRDLPSSRDQPRK
Site 103S635GDRDLPSSRDQPRKR
Site 104S648KRRLPEESGGRHLDR
Site 105S656GGRHLDRSPESDRPR
Site 106S659HLDRSPESDRPRKRH
Site 107S670RKRHCAPSPDRSPEL
Site 108S674CAPSPDRSPELSSSR
Site 109S678PDRSPELSSSRDRYN
Site 110S679DRSPELSSSRDRYNS
Site 111S680RSPELSSSRDRYNSD
Site 112Y684LSSSRDRYNSDNDRS
Site 113S686SSRDRYNSDNDRSSR
Site 114S691YNSDNDRSSRLLLER
Site 115S692NSDNDRSSRLLLERP
Site 116S700RLLLERPSPIRDRRG
Site 117S708PIRDRRGSLEKSQGD
Site 118S712RRGSLEKSQGDKRDR
Site 119S722DKRDRKNSASAERDR
Site 120S724RDRKNSASAERDRKH
Site 121T733ERDRKHRTTAPTEGK
Site 122T734RDRKHRTTAPTEGKS
Site 123T737KHRTTAPTEGKSPLK
Site 124S741TAPTEGKSPLKKEDR
Site 125S749PLKKEDRSDGSAPST
Site 126S752KEDRSDGSAPSTSTA
Site 127S755RSDGSAPSTSTASSK
Site 128T756SDGSAPSTSTASSKL
Site 129S757DGSAPSTSTASSKLK
Site 130T758GSAPSTSTASSKLKS
Site 131S761PSTSTASSKLKSPSQ
Site 132S765TASSKLKSPSQKQDG
Site 133S767SSKLKSPSQKQDGGT
Site 134T774SQKQDGGTAPVASAS
Site 135S779GGTAPVASASPKLCL
Site 136S781TAPVASASPKLCLAW
Site 137S797GMLLLKNSNFPSNMH
Site 138S801LKNSNFPSNMHLLQG
Site 139S821SSLLVEGSTGGKVAQ
Site 140T832KVAQLKITQRLRLDQ
Site 141T846QPKLDEVTRRIKVAG
Site 142S866ILLAVPGSSDSRSSS
Site 143S867LLAVPGSSDSRSSSS
Site 144S869AVPGSSDSRSSSSSA
Site 145S871PGSSDSRSSSSSAAS
Site 146S872GSSDSRSSSSSAASD
Site 147S873SSDSRSSSSSAASDT
Site 148S874SDSRSSSSSAASDTA
Site 149S875DSRSSSSSAASDTAT
Site 150S878SSSSSAASDTATSTQ
Site 151T880SSSAASDTATSTQRP
Site 152T882SAASDTATSTQRPLR
Site 153T884ASDTATSTQRPLRNL
Site 154S893RPLRNLVSYLKQKQA
Site 155Y894PLRNLVSYLKQKQAA
Site 156S929AFPPCEFSQQFLDSP
Site 157S935FSQQFLDSPAKALAK
Site 158S943PAKALAKSEEDYLVM
 
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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