PhosphoNET

           
Protein Info 
   
Short Name:  NCOA1
Full Name:  Nuclear receptor coactivator 1
Alias:  NCoA-1; Steroid receptor coactivator 1
Type:  Transcription regulation protein
Mass (Da):  156757
Number AA:  1441
UniProt ID:  Q15788
International Prot ID:  IPI00470490
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0050681  GO:0004402  GO:0047485 PhosphoSite+ KinaseNET
Biological Process:  GO:0030521  GO:0006350   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 1S2______MSGLGDSSS
Site 2S7_MSGLGDSSSDPANP
Site 3S8MSGLGDSSSDPANPD
Site 4S9SGLGDSSSDPANPDS
Site 5S16SDPANPDSHKRKGSP
Site 6S22DSHKRKGSPCDTLAS
Site 7T26RKGSPCDTLASSTEK
Site 8S30PCDTLASSTEKRRRE
Site 9Y42RREQENKYLEELAEL
Site 10S51EELAELLSANISDID
Site 11S59ANISDIDSLSVKPDK
Site 12S61ISDIDSLSVKPDKCK
Site 13T73KCKILKKTVDQIQLM
Site 14S88KRMEQEKSTTDDDVQ
Site 15T90MEQEKSTTDDDVQKS
Site 16S97TDDDVQKSDISSSSQ
Site 17S100DVQKSDISSSSQGVI
Site 18S101VQKSDISSSSQGVIE
Site 19S102QKSDISSSSQGVIEK
Site 20S103KSDISSSSQGVIEKE
Site 21T154NQEELMNTSVYSILH
Site 22S155QEELMNTSVYSILHV
Site 23T188VPWPQEATRRNSHTF
Site 24T194ATRRNSHTFNCRMLI
Site 25T209HPPDEPGTENQEACQ
Site 26T225YEVMQCFTVSQPKSI
Site 27S227VMQCFTVSQPKSIQE
Site 28S231FTVSQPKSIQEDGED
Site 29S261PAITGVESFMTKQDT
Site 30T264TGVESFMTKQDTTGK
Site 31S274DTTGKIISIDTSSLR
Site 32S278KIISIDTSSLRAAGR
Site 33T286SLRAAGRTGWEDLVR
Site 34Y297DLVRKCIYAFFQPQG
Site 35S308QPQGREPSYARQLFQ
Site 36Y309PQGREPSYARQLFQE
Site 37T322QEVMTRGTASSPSYR
Site 38S325MTRGTASSPSYRFIL
Site 39S327RGTASSPSYRFILND
Site 40Y328GTASSPSYRFILNDG
Site 41T336RFILNDGTMLSAHTK
Site 42S339LNDGTMLSAHTKCKL
Site 43S369HIIDREHSGLSPQDD
Site 44S372DREHSGLSPQDDTNS
Site 45T377GLSPQDDTNSGMSIP
Site 46S379SPQDDTNSGMSIPRV
Site 47S389SIPRVNPSVNPSISP
Site 48S393VNPSVNPSISPAHGV
Site 49S395PSVNPSISPAHGVAR
Site 50S403PAHGVARSSTLPPSN
Site 51S404AHGVARSSTLPPSNS
Site 52T405HGVARSSTLPPSNSN
Site 53S409RSSTLPPSNSNMVST
Site 54S411STLPPSNSNMVSTRI
Site 55S415PSNSNMVSTRINRQQ
Site 56S423TRINRQQSSDLHSSS
Site 57S424RINRQQSSDLHSSSH
Site 58S428QQSSDLHSSSHSNSS
Site 59S429QSSDLHSSSHSNSSN
Site 60S430SSDLHSSSHSNSSNS
Site 61S432DLHSSSHSNSSNSQG
Site 62S434HSSSHSNSSNSQGSF
Site 63S435SSSHSNSSNSQGSFG
Site 64S437SHSNSSNSQGSFGCS
Site 65S440NSSNSQGSFGCSPGS
Site 66S444SQGSFGCSPGSQIVA
Site 67S461ALNQGQASSQSSNPS
Site 68S462LNQGQASSQSSNPSL
Site 69S464QGQASSQSSNPSLNL
Site 70S465GQASSQSSNPSLNLN
Site 71S468SSQSSNPSLNLNNSP
Site 72S474PSLNLNNSPMEGTGI
Site 73S488ISLAQFMSPRRQVTS
Site 74T494MSPRRQVTSGLATRP
Site 75S495SPRRQVTSGLATRPR
Site 76T499QVTSGLATRPRMPNN
Site 77S507RPRMPNNSFPPNIST
Site 78S513NSFPPNISTLSSPVG
Site 79S516PPNISTLSSPVGMTS
Site 80S517PNISTLSSPVGMTSS
Site 81S523SSPVGMTSSACNNNN
Site 82S524SPVGMTSSACNNNNR
Site 83Y533CNNNNRSYSNIPVTS
Site 84S534NNNNRSYSNIPVTSL
Site 85S540YSNIPVTSLQGMNEG
Site 86S551MNEGPNNSVGFSASS
Site 87S555PNNSVGFSASSPVLR
Site 88S557NSVGFSASSPVLRQM
Site 89S558SVGFSASSPVLRQMS
Site 90S565SPVLRQMSSQNSPSR
Site 91S566PVLRQMSSQNSPSRL
Site 92S569RQMSSQNSPSRLNIQ
Site 93S582IQPAKAESKDNKEIA
Site 94S598ILNEMIQSDNSSSDG
Site 95S601EMIQSDNSSSDGKPL
Site 96S602MIQSDNSSSDGKPLD
Site 97S603IQSDNSSSDGKPLDS
Site 98S610SDGKPLDSGLLHNND
Site 99S620LHNNDRLSDGDSKYS
Site 100S624DRLSDGDSKYSQTSH
Site 101Y626LSDGDSKYSQTSHKL
Site 102S627SDGDSKYSQTSHKLV
Site 103T652LRHADIDTSCKDVLS
Site 104S653RHADIDTSCKDVLSC
Site 105S659TSCKDVLSCTGTSNS
Site 106T661CKDVLSCTGTSNSAS
Site 107T663DVLSCTGTSNSASAN
Site 108S664VLSCTGTSNSASANS
Site 109S666SCTGTSNSASANSSG
Site 110S668TGTSNSASANSSGGS
Site 111S671SNSASANSSGGSCPS
Site 112S672NSASANSSGGSCPSS
Site 113S675SANSSGGSCPSSHSS
Site 114S678SSGGSCPSSHSSLTE
Site 115S679SGGSCPSSHSSLTER
Site 116S681GSCPSSHSSLTERHK
Site 117S682SCPSSHSSLTERHKI
Site 118T684PSSHSSLTERHKILH
Site 119S698HRLLQEGSPSDITTL
Site 120T703EGSPSDITTLSVEPD
Site 121T704GSPSDITTLSVEPDK
Site 122S706PSDITTLSVEPDKKD
Site 123S714VEPDKKDSASTSVSV
Site 124S716PDKKDSASTSVSVTG
Site 125S718KKDSASTSVSVTGQV
Site 126S720DSASTSVSVTGQVQG
Site 127T722ASTSVSVTGQVQGNS
Site 128S738IKLELDASKKKESKD
Site 129Y751KDHQLLRYLLDKDEK
Site 130S762KDEKDLRSTPNLSLD
Site 131T763DEKDLRSTPNLSLDD
Site 132S767LRSTPNLSLDDVKVK
Site 133T789DPCNTNPTPMTKPTP
Site 134T795PTPMTKPTPEEIKLE
Site 135T833QLPGLCETDRMDGAV
Site 136S853KSEILPASLQSATAR
Site 137T858PASLQSATARPTSRL
Site 138T862QSATARPTSRLNRLP
Site 139S863SATARPTSRLNRLPE
Site 140T892TGDQIPWTNNTVTAI
Site 141T895QIPWTNNTVTAINQS
Site 142S904TAINQSKSEDQCISS
Site 143S911SEDQCISSQLDELLC
Site 144T921DELLCPPTTVEGRND
Site 145T922ELLCPPTTVEGRNDE
Site 146S941EQLVSFLSGKDETEL
Site 147S970GGGLDVLSERFPPQQ
Site 148T979RFPPQQATPPLIMEE
Site 149Y991MEERPNLYSQPYSSP
Site 150S992EERPNLYSQPYSSPS
Site 151Y995PNLYSQPYSSPSPTA
Site 152S996NLYSQPYSSPSPTAN
Site 153S997LYSQPYSSPSPTANL
Site 154S999SQPYSSPSPTANLPS
Site 155T1001PYSSPSPTANLPSPF
Site 156S1006SPTANLPSPFQGMVR
Site 157S1017GMVRQKPSLGTMPVQ
Site 158T1026GTMPVQVTPPRGAFS
Site 159S1033TPPRGAFSPGMGMQP
Site 160T1043MGMQPRQTLNRPPAA
Site 161T1099SGMQQQITPQPPLNA
Site 162Y1117AQRQRELYSQQHRQR
Site 163S1118QRQRELYSQQHRQRQ
Site 164S1139AMLMRQQSFGNNLPP
Site 165S1147FGNNLPPSSGLPVQM
Site 166S1148GNNLPPSSGLPVQMG
Site 167Y1169GAPQQFPYPPNYGTN
Site 168Y1173QFPYPPNYGTNPGTP
Site 169T1175PYPPNYGTNPGTPPA
Site 170T1179NYGTNPGTPPASTSP
Site 171S1183NPGTPPASTSPFSQL
Site 172T1184PGTPPASTSPFSQLA
Site 173S1185GTPPASTSPFSQLAA
Site 174S1188PASTSPFSQLAANPE
Site 175S1197LAANPEASLANRNSM
Site 176S1203ASLANRNSMVSRGMT
Site 177S1206ANRNSMVSRGMTGNI
Site 178T1210SMVSRGMTGNIGGQF
Site 179Y1232MQQNVFQYPGAGMVP
Site 180S1248GEANFAPSLSPGSSM
Site 181S1250ANFAPSLSPGSSMVP
Site 182S1266PIPPPQSSLLQQTPP
Site 183T1271QSSLLQQTPPASGYQ
Site 184S1275LQQTPPASGYQSPDM
Site 185Y1277QTPPASGYQSPDMKA
Site 186S1279PPASGYQSPDMKAWQ
Site 187T1305QAVQNQPTPAQPGVY
Site 188Y1312TPAQPGVYNNMSITV
Site 189T1364NDPALRHTGLYCNQL
Site 190Y1367ALRHTGLYCNQLSST
Site 191S1372GLYCNQLSSTDLLKT
Site 192T1379SSTDLLKTEADGTQQ
Site 193T1384LKTEADGTQQVQQVQ
Site 194Y1408NLVGGDPYLNQPGPL
Site 195T1417NQPGPLGTQKPTSGP
Site 196S1422LGTQKPTSGPQTPQA
Site 197T1426KPTSGPQTPQAQQKS
Site 198S1433TPQAQQKSLLQQLLT
 
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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