PhosphoNET

           
Protein Info 
   
Short Name:  R3HDM2
Full Name:  R3H domain-containing protein 2
Alias:  KIAA1002; R3H domain containing 2; R3h domain-containing protein 2; R3hd2
Type:  RNA binding protein
Mass (Da):  106999
Number AA:  976
UniProt ID:  Q9Y2K5
International Prot ID:  IPI00396041
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003676     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 1S33VNKNKFISKTPSKEE
Site 2T35KNKFISKTPSKEEIE
Site 3S37KFISKTPSKEEIEKE
Site 4T48IEKECEDTSLRQETQ
Site 5S49EKECEDTSLRQETQR
Site 6T54DTSLRQETQRRTSNH
Site 7T58RQETQRRTSNHGHAR
Site 8S59QETQRRTSNHGHARK
Site 9S70HARKRAKSNSKLKLV
Site 10S72RKRAKSNSKLKLVRS
Site 11S79SKLKLVRSLAVCEES
Site 12S86SLAVCEESSTPFADG
Site 13T88AVCEESSTPFADGPL
Site 14S116SDKEEEKSTKDVSEK
Site 15T117DKEEEKSTKDVSEKE
Site 16S139KIPRKMLSRDSSQEY
Site 17S142RKMLSRDSSQEYTDS
Site 18S143KMLSRDSSQEYTDST
Site 19Y146SRDSSQEYTDSTGID
Site 20T147RDSSQEYTDSTGIDL
Site 21S149SSQEYTDSTGIDLHE
Site 22T150SQEYTDSTGIDLHEF
Site 23T161LHEFLVNTLKKNPRD
Site 24Y199KFPQMTSYHRMLLHR
Site 25S230AVIINKTSNTRIPEQ
Site 26S240RIPEQRFSEHIKDEK
Site 27S263ILKRDDASMDRDDNQ
Site 28T271MDRDDNQTGQNGYLN
Site 29S283YLNDIRLSKEAFSSS
Site 30S288RLSKEAFSSSSHKRR
Site 31S289LSKEAFSSSSHKRRQ
Site 32S290SKEAFSSSSHKRRQI
Site 33S291KEAFSSSSHKRRQIF
Site 34S306RGNREGLSRTSSSRQ
Site 35S309REGLSRTSSSRQSST
Site 36S310EGLSRTSSSRQSSTD
Site 37S311GLSRTSSSRQSSTDS
Site 38S314RTSSSRQSSTDSELK
Site 39S315TSSSRQSSTDSELKS
Site 40T316SSSRQSSTDSELKSL
Site 41S318SRQSSTDSELKSLEP
Site 42S322STDSELKSLEPRPWS
Site 43S329SLEPRPWSSTDSDGS
Site 44S330LEPRPWSSTDSDGSV
Site 45T331EPRPWSSTDSDGSVR
Site 46S333RPWSSTDSDGSVRSM
Site 47S336SSTDSDGSVRSMRPP
Site 48S339DSDGSVRSMRPPVTK
Site 49T345RSMRPPVTKASSFSG
Site 50S348RPPVTKASSFSGISI
Site 51S349PPVTKASSFSGISIL
Site 52S351VTKASSFSGISILTR
Site 53S361SILTRGDSIGSSKGG
Site 54S364TRGDSIGSSKGGSAG
Site 55S365RGDSIGSSKGGSAGR
Site 56S369IGSSKGGSAGRISRP
Site 57S374GGSAGRISRPGMALG
Site 58T390PEVCNQVTSSQSVRG
Site 59S394NQVTSSQSVRGLLPC
Site 60T420QLPALPPTPQQQPPL
Site 61S433PLNNHMISQADDLSN
Site 62S439MSLSRQGSTEAADPS
Site 63S446SNPFGQMSLSRQGST
Site 64S448PFGQMSLSRQGSTEA
Site 65S452MSLSRQGSTEAADPS
Site 66T453SLSRQGSTEAADPSA
Site 67S459STEAADPSAALFQTP
Site 68T465PSAALFQTPLISQHP
Site 69S469LFQTPLISQHPQQTS
Site 70S476SQHPQQTSFIMASTG
Site 71T488STGQPLPTSNYSTSS
Site 72S489TGQPLPTSNYSTSSH
Site 73Y491QPLPTSNYSTSSHAP
Site 74S492PLPTSNYSTSSHAPP
Site 75T493LPTSNYSTSSHAPPT
Site 76S495TSNYSTSSHAPPTQQ
Site 77T500TSSHAPPTQQVLPPQ
Site 78Y509QVLPPQGYMQPPQQI
Site 79S519PPQQIQVSYYPPGQY
Site 80Y520PQQIQVSYYPPGQYP
Site 81Y521QQIQVSYYPPGQYPN
Site 82Y526SYYPPGQYPNSNQQY
Site 83S529PPGQYPNSNQQYRPL
Site 84Y533YPNSNQQYRPLSHPV
Site 85S537NQQYRPLSHPVAYSP
Site 86S543LSHPVAYSPQRGQQL
Site 87S554GQQLPQPSQQPGLQP
Site 88Y571PNQQQAAYQGMIGVQ
Site 89S587PQNQGLLSSQRSSMG
Site 90S588QNQGLLSSQRSSMGG
Site 91S591GLLSSQRSSMGGQMQ
Site 92S592LLSSQRSSMGGQMQG
Site 93S609VQYTPLPSYQVPVGS
Site 94Y610QYTPLPSYQVPVGSD
Site 95S618QVPVGSDSQNVVQPP
Site 96S663PAQQNGTSPSVGFLQ
Site 97S665QQNGTSPSVGFLQPP
Site 98S674GFLQPPGSEQYQMPQ
Site 99Y677QPPGSEQYQMPQSPS
Site 100S682EQYQMPQSPSPCSPP
Site 101S684YQMPQSPSPCSPPQM
Site 102S687PQSPSPCSPPQMPQQ
Site 103Y695PPQMPQQYSGVSPSG
Site 104S696PQMPQQYSGVSPSGP
Site 105S699PQQYSGVSPSGPGVV
Site 106Y746GQKPGDLYSPDSSPQ
Site 107S747QKPGDLYSPDSSPQA
Site 108S750GDLYSPDSSPQANTQ
Site 109S751DLYSPDSSPQANTQM
Site 110T756DSSPQANTQMSSSPV
Site 111S759PQANTQMSSSPVTSP
Site 112S760QANTQMSSSPVTSPT
Site 113S761ANTQMSSSPVTSPTQ
Site 114T764QMSSSPVTSPTQSPA
Site 115S765MSSSPVTSPTQSPAP
Site 116T767SSPVTSPTQSPAPSP
Site 117S769PVTSPTQSPAPSPVT
Site 118S773PTQSPAPSPVTSLSS
Site 119Y807PAQGDGRYSLLGQPL
Site 120S808AQGDGRYSLLGQPLQ
Site 121S829PPLLHGQSTYTVHQG
Site 122Y831LLHGQSTYTVHQGQS
Site 123T832LHGQSTYTVHQGQSG
Site 124S853GKRQALKSASTDLGT
Site 125S855RQALKSASTDLGTAD
Site 126T856QALKSASTDLGTADV
Site 127S915GGGGGDNSGTAENGR
Site 128T917GGGDNSGTAENGRHS
Site 129S924TAENGRHSDLAALYT
Site 130Y930HSDLAALYTIVAVFP
Site 131S946PLAAQNASLRLNNSV
Site 132S952ASLRLNNSVSRFKLR
Site 133S954LRLNNSVSRFKLRMA
Site 134Y965LRMAKKNYDLRILER
 
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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