PhosphoNET

           
Protein Info 
   
Short Name:  RBM6
Full Name:  RNA-binding protein 6
Alias:  3G2; DEF3; DEF-3; G16; Lung cancer antigen NY-LU-12; NY-LU-12; RNA binding motif protein 6; RNA-binding motif protein 6; RNA-binding protein DEF-3
Type:  RNA binding protein
Mass (Da):  128644
Number AA:  1123
UniProt ID:  P78332
International Prot ID:  IPI00297723
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0003723  GO:0008270 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 1T11DSRPANRTGPFRGSQ
Site 2S17RTGPFRGSQEERFAP
Site 3Y30APGWNRDYPPPPLKS
Site 4S37YPPPPLKSHAQERHS
Site 5S44SHAQERHSGNFPGRD
Site 6S52GNFPGRDSLPFDFQG
Site 7S61PFDFQGHSGPPFANV
Site 8S72FANVEEHSFSYGARD
Site 9S74NVEEHSFSYGARDGP
Site 10Y75VEEHSFSYGARDGPH
Site 11Y85RDGPHGDYRGGEGPG
Site 12S101DFRGGDFSSSDFQSR
Site 13S102FRGGDFSSSDFQSRD
Site 14S103RGGDFSSSDFQSRDS
Site 15S107FSSSDFQSRDSSQLD
Site 16S110SDFQSRDSSQLDFRG
Site 17S111DFQSRDSSQLDFRGR
Site 18Y135REGPPMDYRGGDGTS
Site 19T141DYRGGDGTSMDYRGR
Site 20S142YRGGDGTSMDYRGRE
Site 21Y145GDGTSMDYRGREAPH
Site 22Y155REAPHMNYRDRDAHA
Site 23S173RGRDAPPSDFRGRGT
Site 24T180SDFRGRGTYDLDFRG
Site 25Y181DFRGRGTYDLDFRGR
Site 26S191DFRGRDGSHADFRGR
Site 27S201DFRGRDLSDLDFRAR
Site 28S211DFRAREQSRSDFRNR
Site 29S213RAREQSRSDFRNRDV
Site 30S221DFRNRDVSDLDFRDK
Site 31T231DFRDKDGTQVDFRGR
Site 32S240VDFRGRGSGTTDLDF
Site 33T243RGRGSGTTDLDFRDR
Site 34T252LDFRDRDTPHSDFRG
Site 35S255RDRDTPHSDFRGRHR
Site 36S263DFRGRHRSRTDQDFR
Site 37T265RGRHRSRTDQDFRGR
Site 38Y295VDPNILDYIQPSTQD
Site 39S299ILDYIQPSTQDREHS
Site 40T300LDYIQPSTQDREHSG
Site 41S306STQDREHSGMNVNRR
Site 42S316NVNRREESTHDHTIE
Site 43T317VNRREESTHDHTIER
Site 44T321EESTHDHTIERPAFG
Site 45S337QKGEFEHSETREGET
Site 46T339GEFEHSETREGETQG
Site 47T344SETREGETQGVAFEH
Site 48S353GVAFEHESPADFQNS
Site 49S360SPADFQNSQSPVQDQ
Site 50S362ADFQNSQSPVQDQDK
Site 51S370PVQDQDKSQLSGREE
Site 52S373DQDKSQLSGREEQSS
Site 53S379LSGREEQSSDAGLFK
Site 54S380SGREEQSSDAGLFKE
Site 55T399DFLGRQDTDYRSMEY
Site 56Y401LGRQDTDYRSMEYRD
Site 57S403RQDTDYRSMEYRDVD
Site 58S416VDHRLPGSQMFGYGQ
Site 59Y421PGSQMFGYGQSKSFP
Site 60S424QMFGYGQSKSFPEGK
Site 61S426FGYGQSKSFPEGKTA
Site 62T432KSFPEGKTARDAQRD
Site 63Y445RDLQDQDYRTGPSEE
Site 64T447LQDQDYRTGPSEEKP
Site 65S450QDYRTGPSEEKPSRL
Site 66S455GPSEEKPSRLIRLSG
Site 67S461PSRLIRLSGVPEDAT
Site 68T468SGVPEDATKEEILNA
Site 69T478EILNAFRTPDGMPVK
Site 70Y492KNLQLKEYNTGYDYG
Site 71Y496LKEYNTGYDYGYVCV
Site 72Y498EYNTGYDYGYVCVEF
Site 73Y500NTGYDYGYVCVEFSL
Site 74Y533DKEVTLEYVSSLDFW
Site 75Y541VSSLDFWYCKRCKAN
Site 76S554ANIGGHRSSCSFCKN
Site 77S555NIGGHRSSCSFCKNP
Site 78S557GGHRSSCSFCKNPRE
Site 79T566CKNPREVTEAKQELI
Site 80Y575AKQELITYPQPQKTS
Site 81T581TYPQPQKTSIPAPLE
Site 82Y625QKREAERYLPPSRRE
Site 83S629AERYLPPSRREGPTF
Site 84T635PSRREGPTFRRDRER
Site 85S644RRDRERESWSGETRQ
Site 86S655ETRQDGESKTIMLKR
Site 87T657RQDGESKTIMLKRIY
Site 88Y664TIMLKRIYRSTPPEV
Site 89T667LKRIYRSTPPEVIVE
Site 90T684EPYVRLTTANVRIIK
Site 91Y701TGPMGHTYGFIDLDS
Site 92S727QNLDPPFSIDGKMVA
Site 93S746TGKRRNDSGDHSDHM
Site 94Y755DHSDHMHYYQGKKYF
Site 95Y761HYYQGKKYFRDRRGG
Site 96S772RRGGGRNSDWSSDTN
Site 97S775GGRNSDWSSDTNRQG
Site 98S776GRNSDWSSDTNRQGQ
Site 99T778NSDWSSDTNRQGQQS
Site 100S785TNRQGQQSSSDCYIY
Site 101S786NRQGQQSSSDCYIYD
Site 102S787RQGQQSSSDCYIYDS
Site 103Y790QQSSSDCYIYDSATG
Site 104Y792SSSDCYIYDSATGYY
Site 105Y798IYDSATGYYYDPLAG
Site 106Y799YDSATGYYYDPLAGT
Site 107Y800DSATGYYYDPLAGTY
Site 108Y807YDPLAGTYYDPNTQQ
Site 109Y808DPLAGTYYDPNTQQE
Site 110T812GTYYDPNTQQEVYVP
Site 111Y817PNTQQEVYVPQDPGL
Site 112T836EIKEKKPTSQGKSSS
Site 113S837IKEKKPTSQGKSSSK
Site 114S841KPTSQGKSSSKKEMS
Site 115S842PTSQGKSSSKKEMSK
Site 116S843TSQGKSSSKKEMSKR
Site 117S848SSSKKEMSKRDGKEK
Site 118T861EKKDRGVTRFQENAS
Site 119T885FKKPLPPTVKKEESP
Site 120S891PTVKKEESPPPPKVV
Site 121Y908LIGLLGEYGGDSDYE
Site 122S912LGEYGGDSDYEEEEE
Site 123Y914EYGGDSDYEEEEEEE
Site 124T923EEEEEEQTPPPQPRT
Site 125T930TPPPQPRTAQPQKRE
Site 126T950ENEEDKLTDWNKLAC
Site 127S977LIKHQQLSDLHKQNL
Site 128S993IHRKIKQSEQELAYL
Site 129Y999QSEQELAYLERRERE
Site 130S1022DRREKLQSFDSPERK
Site 131S1025EKLQSFDSPERKRIK
Site 132Y1033PERKRIKYSRETDSD
Site 133T1037RIKYSRETDSDRKLV
Site 134S1039KYSRETDSDRKLVDK
Site 135T1051VDKEDIDTSSKGGCV
Site 136S1053KEDIDTSSKGGCVQQ
Site 137T1062GGCVQQATGWRKGTG
Site 138T1068ATGWRKGTGLGYGHP
Site 139Y1072RKGTGLGYGHPGLAS
Site 140S1079YGHPGLASSEEAEGR
Site 141S1080GHPGLASSEEAEGRM
Site 142S1091EGRMRGPSVGASGRT
Site 143S1095RGPSVGASGRTSKRQ
Site 144S1099VGASGRTSKRQSNET
Site 145S1103GRTSKRQSNETYRDA
Site 146T1106SKRQSNETYRDAVRR
 
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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