PhosphoNET

           
Protein Info 
   
Short Name:  RBMXL3
Full Name:  RNA-binding motif protein, X-linked-like-3
Alias:  Putative uncharacterized protein CXorf55
Type: 
Mass (Da):  114919
Number AA:  1067
UniProt ID:  Q8N7X1
International Prot ID: 
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:      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 1T19IGGLNLKTDEKALKA
Site 2T45FLMKDRKTNKSRGFA
Site 3S48KDRKTNKSRGFAFVT
Site 4S58FAFVTFESPADAKAA
Site 5Y73ARDMNGKYLDGKAIM
Site 6S91TIKPAFKSSRWVPPT
Site 7S92IKPAFKSSRWVPPTP
Site 8T98SSRWVPPTPGSGSRS
Site 9S101WVPPTPGSGSRSRFS
Site 10S103PPTPGSGSRSRFSHR
Site 11S105TPGSGSRSRFSHRTR
Site 12S108SGSRSRFSHRTRGGG
Site 13T111RSRFSHRTRGGGSSP
Site 14S116HRTRGGGSSPQRPPS
Site 15S117RTRGGGSSPQRPPSQ
Site 16S123SSPQRPPSQGRPDDG
Site 17Y133RPDDGRGYAGYFDLW
Site 18Y136DGRGYAGYFDLWPYR
Site 19Y142GYFDLWPYRAPMPRK
Site 20S159PPPRHWASPPHKRAT
Site 21T166SPPHKRATPSSLAHS
Site 22S168PHKRATPSSLAHSVG
Site 23S169HKRATPSSLAHSVGC
Site 24S173TPSSLAHSVGCGMRG
Site 25T184GMRGKAPTVSGQDGY
Site 26S186RGKAPTVSGQDGYSG
Site 27Y191TVSGQDGYSGLQPRR
Site 28S192VSGQDGYSGLQPRRW
Site 29S211HKRAVPRSSLARIGG
Site 30S212KRAVPRSSLARIGGS
Site 31S219SLARIGGSGMPGKAP
Site 32Y234AVWGQDGYSGPRVRE
Site 33S235VWGQDGYSGPRVREP
Site 34Y259FVPALRDYSRRYYGH
Site 35S260VPALRDYSRRYYGHS
Site 36Y263LRDYSRRYYGHSSVP
Site 37Y264RDYSRRYYGHSSVPD
Site 38S267SRRYYGHSSVPDYRP
Site 39S268RRYYGHSSVPDYRPL
Site 40Y272GHSSVPDYRPLRGDG
Site 41Y291YRGRDHEYTDHPSKG
Site 42T292RGRDHEYTDHPSKGS
Site 43S299TDHPSKGSYREPLKS
Site 44Y300DHPSKGSYREPLKSY
Site 45S306SYREPLKSYGGPCGA
Site 46Y307YREPLKSYGGPCGAA
Site 47T319GAAPVWGTPPSYGGG
Site 48Y323VWGTPPSYGGGCRYE
Site 49Y329SYGGGCRYEEYQGNS
Site 50Y332GGCRYEEYQGNSPDA
Site 51S336YEEYQGNSPDACSEG
Site 52S341GNSPDACSEGRSSEA
Site 53S345DACSEGRSSEALPVV
Site 54Y357PVVLPDAYSRDHSPK
Site 55S358VVLPDAYSRDHSPKA
Site 56S362DAYSRDHSPKAYSGG
Site 57S367DHSPKAYSGGRSSSS
Site 58S371KAYSGGRSSSSNGYS
Site 59S372AYSGGRSSSSNGYSR
Site 60S373YSGGRSSSSNGYSRS
Site 61S374SGGRSSSSNGYSRSD
Site 62Y377RSSSSNGYSRSDRYG
Site 63S378SSSSNGYSRSDRYGE
Site 64S380SSNGYSRSDRYGEEG
Site 65Y383GYSRSDRYGEEGCYE
Site 66Y389RYGEEGCYEEYRGRS
Site 67Y392EEGCYEEYRGRSPDA
Site 68S396YEEYRGRSPDAHSGG
Site 69S401GRSPDAHSGGRNSSS
Site 70S406AHSGGRNSSSNSYGQ
Site 71S407HSGGRNSSSNSYGQS
Site 72S408SGGRNSSSNSYGQSH
Site 73S410GRNSSSNSYGQSHHY
Site 74Y411RNSSSNSYGQSHHYG
Site 75S414SSNSYGQSHHYGGEG
Site 76Y417SYGQSHHYGGEGRYE
Site 77Y423HYGGEGRYEEYRGRS
Site 78Y426GEGRYEEYRGRSHEA
Site 79S430YEEYRGRSHEARSGG
Site 80S435GRSHEARSGGRSTDA
Site 81S439EARSGGRSTDAHSRG
Site 82T440ARSGGRSTDAHSRGR
Site 83S444GRSTDAHSRGRSDDA
Site 84S448DAHSRGRSDDAYSGG
Site 85Y452RGRSDDAYSGGHDSS
Site 86S453GRSDDAYSGGHDSSS
Site 87S458AYSGGHDSSSWSDCC
Site 88S459YSGGHDSSSWSDCCG
Site 89S460SGGHDSSSWSDCCGG
Site 90S462GHDSSSWSDCCGGGG
Site 91Y471CCGGGGRYEEYQGRS
Site 92Y474GGGRYEEYQGRSLDA
Site 93S478YEEYQGRSLDANSGG
Site 94S483GRSLDANSGGCSPEA
Site 95S487DANSGGCSPEAYSGG
Site 96Y491GGCSPEAYSGGHDNS
Site 97S492GCSPEAYSGGHDNSS
Site 98S498YSGGHDNSSWSDRYG
Site 99S499SGGHDNSSWSDRYGV
Site 100S501GHDNSSWSDRYGVGG
Site 101Y504NSSWSDRYGVGGHYE
Site 102Y510RYGVGGHYEENRGHS
Site 103S517YEENRGHSLDANSGG
Site 104S522GHSLDANSGGRSPDT
Site 105S526DANSGGRSPDTHSGG
Site 106T529SGGRSPDTHSGGHSS
Site 107S531GRSPDTHSGGHSSSS
Site 108S535DTHSGGHSSSSNSYG
Site 109S536THSGGHSSSSNSYGQ
Site 110S537HSGGHSSSSNSYGQS
Site 111S538SGGHSSSSNSYGQSH
Site 112S540GHSSSSNSYGQSHRY
Site 113Y541HSSSSNSYGQSHRYG
Site 114S544SSNSYGQSHRYGGEG
Site 115Y547SYGQSHRYGGEGRYE
Site 116Y553RYGGEGRYEYRGRSH
Site 117Y555GGEGRYEYRGRSHDA
Site 118S559RYEYRGRSHDAHSGG
Site 119S564GRSHDAHSGGCSADA
Site 120S568DAHSGGCSADAYSGG
Site 121Y572GGCSADAYSGGHDSS
Site 122S573GCSADAYSGGHDSSS
Site 123S578AYSGGHDSSSQSNRY
Site 124S579YSGGHDSSSQSNRYG
Site 125S580SGGHDSSSQSNRYGG
Site 126S582GHDSSSQSNRYGGGG
Site 127Y585SSSQSNRYGGGGCYE
Site 128Y591RYGGGGCYEEYRGRS
Site 129Y594GGGCYEEYRGRSLDA
Site 130S598YEEYRGRSLDANSGG
Site 131S603GRSLDANSGGRSPNA
Site 132S607DANSGGRSPNAYSGG
Site 133Y611GGRSPNAYSGGHDSS
Site 134S612GRSPNAYSGGHDSSS
Site 135S617AYSGGHDSSSWSHRY
Site 136S618YSGGHDSSSWSHRYG
Site 137S619SGGHDSSSWSHRYGG
Site 138S621GHDSSSWSHRYGGGG
Site 139Y624SSSWSHRYGGGGRYE
Site 140Y630RYGGGGRYEEYRGRS
Site 141Y633GGGRYEEYRGRSLDA
Site 142S642GRSLDANSGGRSPDA
Site 143S646DANSGGRSPDAYSGG
Site 144Y650GGRSPDAYSGGHDSS
Site 145S651GRSPDAYSGGHDSSG
Site 146S656AYSGGHDSSGQSNCY
Site 147S657YSGGHDSSGQSNCYG
Site 148S660GHDSSGQSNCYGGGG
Site 149Y663SSGQSNCYGGGGRYE
Site 150Y669CYGGGGRYEEYRGRL
Site 151Y672GGGRYEEYRGRLLDA
Site 152S681GRLLDANSGGRSPDA
Site 153S690GRSPDAYSGGHDSSS
Site 154Y708RYGGGGRYEEYRGHS
Site 155Y711GGGRYEEYRGHSLDA
Site 156S715YEEYRGHSLDANSGG
Site 157S724DANSGGRSPDTYSRG
Site 158T727SGGRSPDTYSRGHDS
Site 159Y728GGRSPDTYSRGHDSS
Site 160S729GRSPDTYSRGHDSSS
Site 161S734TYSRGHDSSSQSDHY
Site 162S735YSRGHDSSSQSDHYG
Site 163S736SRGHDSSSQSDHYGG
Site 164S738GHDSSSQSDHYGGGG
Site 165Y741SSSQSDHYGGGGRSL
Site 166S747HYGGGGRSLDANSSG
Site 167S752GRSLDANSSGRLPDA
Site 168S753RSLDANSSGRLPDAY
Site 169Y760SGRLPDAYSGGHDSS
Site 170S761GRLPDAYSGGHDSSS
Site 171S766AYSGGHDSSSRSHRY
Site 172S767YSGGHDSSSRSHRYG
Site 173S768SGGHDSSSRSHRYGG
Site 174S770GHDSSSRSHRYGGGG
Site 175Y799GGRSPNAYSGGHNSS
Site 176S800GRSPNAYSGGHNSSS
Site 177S805AYSGGHNSSSRNDPC
Site 178S806YSGGHNSSSRNDPCR
Site 179S807SGGHNSSSRNDPCRG
Site 180Y818PCRGGGRYEENRGHS
Site 181S830GHSLDANSGGHSPNA
Site 182S834DANSGGHSPNAYSGG
Site 183Y838GGHSPNAYSGGRDSS
Site 184S839GHSPNAYSGGRDSSS
Site 185S844AYSGGRDSSSNSYDR
Site 186S845YSGGRDSSSNSYDRS
Site 187S846SGGRDSSSNSYDRSH
Site 188S848GRDSSSNSYDRSHRY
Site 189Y849RDSSSNSYDRSHRYG
Site 190S852SSNSYDRSHRYGGGG
Site 191Y855SYDRSHRYGGGGHYE
Site 192Y861RYGGGGHYEEYRGRS
Site 193Y864GGGHYEEYRGRSHDT
Site 194S868YEEYRGRSHDTHSRG
Site 195T871YRGRSHDTHSRGRSP
Site 196S873GRSHDTHSRGRSPDA
Site 197S877DTHSRGRSPDAHSGD
Site 198S882GRSPDAHSGDHYTEA
Site 199Y886DAHSGDHYTEAYSRG
Site 200T887AHSGDHYTEAYSRGR
Site 201Y890GDHYTEAYSRGRDSF
Site 202S891DHYTEAYSRGRDSFS
Site 203S896AYSRGRDSFSNSYGR
Site 204S898SRGRDSFSNSYGRSD
Site 205S900GRDSFSNSYGRSDHY
Site 206Y901RDSFSNSYGRSDHYG
Site 207S904FSNSYGRSDHYGRGG
Site 208Y907SYGRSDHYGRGGCYE
Site 209Y913HYGRGGCYEEYQGRS
Site 210Y916RGGCYEEYQGRSPNA
Site 211S920YEEYQGRSPNAYGGG
Site 212Y924QGRSPNAYGGGRGLN
Site 213S932GGGRGLNSSNNSHGR
Site 214S933GGRGLNSSNNSHGRS
Site 215S936GLNSSNNSHGRSHRY
Site 216S940SNNSHGRSHRYGGGG
Site 217Y943SHGRSHRYGGGGRYE
Site 218Y949RYGGGGRYEEYRGPS
Site 219Y952GGGRYEEYRGPSPDA
Site 220S956YEEYRGPSPDAHSGG
Site 221S961GPSPDAHSGGRDSSI
Site 222S966AHSGGRDSSIKSYGL
Site 223S967HSGGRDSSIKSYGLS
Site 224S970GRDSSIKSYGLSDRY
Site 225Y971RDSSIKSYGLSDRYG
Site 226S974SIKSYGLSDRYGGGG
Site 227Y977SYGLSDRYGGGGHYE
Site 228Y983RYGGGGHYEEYQGSL
Site 229Y986GGGHYEEYQGSLPDA
Site 230S989HYEEYQGSLPDAYSG
Site 231Y994QGSLPDAYSGDHDRS
Site 232S995GSLPDAYSGDHDRSS
Site 233S1001YSGDHDRSSNSYGRS
Site 234S1002SGDHDRSSNSYGRSD
Site 235S1004DHDRSSNSYGRSDRY
Site 236Y1005HDRSSNSYGRSDRYS
Site 237S1008SSNSYGRSDRYSRGR
Site 238Y1011SYGRSDRYSRGRDRV
Site 239S1012YGRSDRYSRGRDRVG
Site 240T1031GLPLPMETGSPPLHD
Site 241S1033PLPMETGSPPLHDSY
Site 242S1039GSPPLHDSYSRSGCR
Site 243Y1040SPPLHDSYSRSGCRV
Site 244S1041PPLHDSYSRSGCRVP
Site 245S1043LHDSYSRSGCRVPRG
 
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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