PhosphoNET

           
Protein Info 
   
Short Name:  NARG2
Full Name:  NMDA receptor-regulated protein 2
Alias:  BRCC1
Type:  Nucleus protein
Mass (Da):  110011
Number AA:  982
UniProt ID:  Q659A1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:      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 1S8MSSKMVISEPGLNWD
Site 2S17PGLNWDISPKNGLKT
Site 3T24SPKNGLKTFFSRENY
Site 4S27NGLKTFFSRENYKDH
Site 5Y31TFFSRENYKDHSMAP
Site 6S35RENYKDHSMAPSLKE
Site 7S39KDHSMAPSLKELRVL
Site 8S47LKELRVLSNRRIGEN
Site 9S58IGENLNASASSVENE
Site 10S60ENLNASASSVENEPA
Site 11Y94LPKPRVPYPRFSRFS
Site 12S98RVPYPRFSRFSQREQ
Site 13S101YPRFSRFSQREQRSY
Site 14S107FSQREQRSYVDLLVK
Site 15Y108SQREQRSYVDLLVKY
Site 16Y115YVDLLVKYAKIPANS
Site 17Y132VGINKNDYLQYLDMK
Site 18Y135NKNDYLQYLDMKKHV
Site 19Y164AKKCAQDYNMLSDDA
Site 20S168AQDYNMLSDDARLFT
Site 21T175SDDARLFTEKILRAC
Site 22Y189CIEQVKKYSEFYTLH
Site 23T194KKYSEFYTLHEVTSL
Site 24T248LSKDDIATIETSEQT
Site 25Y261QTAEAMHYDISKDPN
Site 26S264EAMHYDISKDPNAEK
Site 27Y298LNNHGPTYKEQWEIP
Site 28Y323SKPVKVIYINSPLPQ
Site 29S326VKVIYINSPLPQKKM
Site 30T334PLPQKKMTMRERNQI
Site 31S360KNTSVPVSAVFMDKP
Site 32S372DKPEEFISEMDMSCE
Site 33S388NECRKIESLENLYLD
Site 34T401LDFDDDVTELETFGV
Site 35T405DDVTELETFGVTTTK
Site 36T411ETFGVTTTKVSKSPS
Site 37S414GVTTTKVSKSPSPAS
Site 38S416TTTKVSKSPSPASTS
Site 39S418TKVSKSPSPASTSTV
Site 40S421SKSPSPASTSTVPNM
Site 41T422KSPSPASTSTVPNMT
Site 42S423SPSPASTSTVPNMTD
Site 43T424PSPASTSTVPNMTDA
Site 44T429TSTVPNMTDAPTAPK
Site 45T433PNMTDAPTAPKAGTT
Site 46T441APKAGTTTVAPSAPD
Site 47S445GTTTVAPSAPDISAN
Site 48S450APSAPDISANSRSLS
Site 49S453APDISANSRSLSQIL
Site 50S455DISANSRSLSQILME
Site 51S457SANSRSLSQILMEQL
Site 52S491KDDQGFESCEKVSNS
Site 53S496FESCEKVSNSDKPLI
Site 54S498SCEKVSNSDKPLIQD
Site 55S506DKPLIQDSDLKTSDA
Site 56T510IQDSDLKTSDALQLE
Site 57S511QDSDLKTSDALQLEN
Site 58S519DALQLENSQEIETSN
Site 59T531TSNKNDMTIDILHAD
Site 60S551VLENLDNSKEKTVGS
Site 61T555LDNSKEKTVGSEAAK
Site 62S558SKEKTVGSEAAKTED
Site 63T563VGSEAAKTEDTVLCS
Site 64T566EAAKTEDTVLCSSDT
Site 65S571EDTVLCSSDTDEECL
Site 66T573TVLCSSDTDEECLII
Site 67T582EECLIIDTECKNNSD
Site 68T592KNNSDGKTAVVGSNL
Site 69S600AVVGSNLSSRPASPN
Site 70S601VVGSNLSSRPASPNS
Site 71S605NLSSRPASPNSSSGQ
Site 72S608SRPASPNSSSGQASV
Site 73S609RPASPNSSSGQASVG
Site 74S610PASPNSSSGQASVGN
Site 75S614NSSSGQASVGNQTNT
Site 76T621SVGNQTNTACSPEES
Site 77S624NQTNTACSPEESCVL
Site 78S628TACSPEESCVLKKPI
Site 79Y639KKPIKRVYKKFDPVG
Site 80S660DELLKPISRKVPELP
Site 81S674PLMNLENSKQPSVSE
Site 82S678LENSKQPSVSEQLSG
Site 83S680NSKQPSVSEQLSGPS
Site 84S684PSVSEQLSGPSDSSS
Site 85S687SEQLSGPSDSSSWPK
Site 86S689QLSGPSDSSSWPKSG
Site 87S690LSGPSDSSSWPKSGW
Site 88S691SGPSDSSSWPKSGWP
Site 89S695DSSSWPKSGWPSAFQ
Site 90S699WPKSGWPSAFQKPKG
Site 91Y710KPKGRLPYELQDYVE
Site 92Y715LPYELQDYVEDTSEY
Site 93S720QDYVEDTSEYLAPQE
Site 94Y722YVEDTSEYLAPQEGN
Site 95Y732PQEGNFVYKLFSLQD
Site 96T753CSVQRIETRPRSKKR
Site 97S757RIETRPRSKKRKKIR
Site 98Y770IRRQFPVYVLPKVEY
Site 99Y777YVLPKVEYQACYGVE
Site 100T796SELCRLWTESLLHSN
Site 101S798LCRLWTESLLHSNSS
Site 102S802WTESLLHSNSSFYVG
Site 103S804ESLLHSNSSFYVGHI
Site 104S805SLLHSNSSFYVGHID
Site 105Y807LHSNSSFYVGHIDAF
Site 106S826FLLEEITSEELKEKL
Site 107S834EELKEKLSALKISNL
Site 108S854HILKKLSSLQEGSYL
Site 109S859LSSLQEGSYLLSHAA
Site 110Y860SSLQEGSYLLSHAAE
Site 111S863QEGSYLLSHAAEDSS
Site 112S870SHAAEDSSLLIYKAS
Site 113Y874EDSSLLIYKASDGKV
Site 114S877SLLIYKASDGKVTRT
Site 115Y886GKVTRTAYNLYKTHC
Site 116Y889TRTAYNLYKTHCGLP
Site 117T891TAYNLYKTHCGLPGV
Site 118Y917DPSLLLPYHIHHGRI
Site 119T927HHGRIPCTFPPKSLD
Site 120S932PCTFPPKSLDTTTQQ
Site 121T936PPKSLDTTTQQKIGG
Site 122T937PKSLDTTTQQKIGGT
Site 123T944TQQKIGGTRMPTRSH
Site 124T948IGGTRMPTRSHRNPV
Site 125S950GTRMPTRSHRNPVSM
Site 126S956RSHRNPVSMETKSSC
Site 127S961PVSMETKSSCLPAQQ
Site 128S962VSMETKSSCLPAQQV
 
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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