PhosphoNET

           
Protein Info 
   
Short Name:  TCF20
Full Name:  Transcription factor 20
Alias:  AR1; KIAA0292; nuclear factor SPBP; SPBP; SPRE-binding protein; stromelysin 1 PDGF-responsive element-binding protein; stromelysin-1 platelet-derived growth factor-responsive element binding protein; TF20; transcription factor 20
Type:  Nuclear receptor co-regulator; Transcription factor
Mass (Da):  211771
Number AA:  1960
UniProt ID:  Q9UGU0
International Prot ID:  IPI00159322
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0003713  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0006355  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 1S8MQSFREQSSYHGNQQ
Site 2S9QSFREQSSYHGNQQS
Site 3Y10SFREQSSYHGNQQSY
Site 4S16SYHGNQQSYPQEVHG
Site 5Y17YHGNQQSYPQEVHGS
Site 6S24YPQEVHGSSRLEEFS
Site 7S31SSRLEEFSPRQAQMF
Site 8T44MFQNFGGTGGSSGSS
Site 9S47NFGGTGGSSGSSGSG
Site 10S48FGGTGGSSGSSGSGS
Site 11S50GTGGSSGSSGSGSGG
Site 12S51TGGSSGSSGSGSGGG
Site 13S53GSSGSSGSGSGGGRR
Site 14S55SGSSGSGSGGGRRGA
Site 15S71AAAAAMASETSGHQG
Site 16Y90RKEAGDFYYMAGNKD
Site 17Y91KEAGDFYYMAGNKDP
Site 18T100AGNKDPVTTGTPQPP
Site 19T101GNKDPVTTGTPQPPQ
Site 20T103KDPVTTGTPQPPQRR
Site 21S112QPPQRRPSGPVQSYG
Site 22S117RPSGPVQSYGPPQGS
Site 23Y118PSGPVQSYGPPQGSS
Site 24S124SYGPPQGSSFGNQYG
Site 25S125YGPPQGSSFGNQYGS
Site 26Y130GSSFGNQYGSEGHVG
Site 27S132SFGNQYGSEGHVGQF
Site 28Y152GLGGVSHYQQDYTGP
Site 29Y156VSHYQQDYTGPFSPG
Site 30T157SHYQQDYTGPFSPGS
Site 31S161QDYTGPFSPGSAQYQ
Site 32S164TGPFSPGSAQYQQQA
Site 33S173QYQQQASSQQQQQQV
Site 34Y188QQLRQQLYQSHQPLP
Site 35S190LRQQLYQSHQPLPQA
Site 36S203QATGQPASSSSHLQP
Site 37S204ATGQPASSSSHLQPM
Site 38S205TGQPASSSSHLQPMQ
Site 39S215LQPMQRPSTLPSSAA
Site 40T216QPMQRPSTLPSSAAG
Site 41S219QRPSTLPSSAAGYQL
Site 42S220RPSTLPSSAAGYQLR
Site 43Y224LPSSAAGYQLRVGQF
Site 44Y235VGQFGQHYQSSASSS
Site 45S237QFGQHYQSSASSSSS
Site 46S238FGQHYQSSASSSSSS
Site 47S240QHYQSSASSSSSSSF
Site 48S241HYQSSASSSSSSSFP
Site 49S242YQSSASSSSSSSFPS
Site 50S243QSSASSSSSSSFPSP
Site 51S244SSASSSSSSSFPSPQ
Site 52S245SASSSSSSSFPSPQR
Site 53S246ASSSSSSSFPSPQRF
Site 54S249SSSSSFPSPQRFSQS
Site 55S254FPSPQRFSQSGQSYD
Site 56S256SPQRFSQSGQSYDGS
Site 57S259RFSQSGQSYDGSYNV
Site 58Y260FSQSGQSYDGSYNVN
Site 59S263SGQSYDGSYNVNAGS
Site 60Y264GQSYDGSYNVNAGSQ
Site 61S270SYNVNAGSQYEGHNV
Site 62Y284VGSNAQAYGTQSNYS
Site 63T286SNAQAYGTQSNYSYQ
Site 64S288AQAYGTQSNYSYQPQ
Site 65S291YGTQSNYSYQPQSMK
Site 66Y292GTQSNYSYQPQSMKN
Site 67S342ATKLPLQSQVGQYNQ
Site 68Y347LQSQVGQYNQPEVPV
Site 69S356QPEVPVRSPMQFHQN
Site 70S365MQFHQNFSPISNPSP
Site 71S368HQNFSPISNPSPAAS
Site 72S375SNPSPAASVVQSPSC
Site 73S379PAASVVQSPSCSSTP
Site 74S381ASVVQSPSCSSTPSP
Site 75S383VVQSPSCSSTPSPLM
Site 76S384VQSPSCSSTPSPLMQ
Site 77T385QSPSCSSTPSPLMQT
Site 78S387PSCSSTPSPLMQTGE
Site 79S402NLQCGQGSVPMGSRN
Site 80S407QGSVPMGSRNRILQL
Site 81S419LQLMPQLSPTPSMMP
Site 82T421LMPQLSPTPSMMPSP
Site 83S423PQLSPTPSMMPSPNS
Site 84S427PTPSMMPSPNSHAAG
Site 85S430SMMPSPNSHAAGFKG
Site 86T449GVPEKRLTDPGLSSL
Site 87S454RLTDPGLSSLSALST
Site 88S455LTDPGLSSLSALSTQ
Site 89T461SSLSALSTQVANLPN
Site 90T469QVANLPNTVQHMLLS
Site 91S476TVQHMLLSDALTPQK
Site 92T480MLLSDALTPQKKTSK
Site 93T485ALTPQKKTSKRPSSS
Site 94S486LTPQKKTSKRPSSSK
Site 95S490KKTSKRPSSSKKADS
Site 96S491KTSKRPSSSKKADSC
Site 97S492TSKRPSSSKKADSCT
Site 98S497SSSKKADSCTNSEGS
Site 99T499SKKADSCTNSEGSSQ
Site 100S501KADSCTNSEGSSQPE
Site 101S505CTNSEGSSQPEEQLK
Site 102S513QPEEQLKSPMAESLD
Site 103S518LKSPMAESLDGGCSS
Site 104S524ESLDGGCSSSSEDQG
Site 105S525SLDGGCSSSSEDQGE
Site 106S526LDGGCSSSSEDQGER
Site 107S527DGGCSSSSEDQGERV
Site 108S538GERVRQLSGQSTSSD
Site 109S541VRQLSGQSTSSDTTY
Site 110T542RQLSGQSTSSDTTYK
Site 111S544LSGQSTSSDTTYKGG
Site 112T546GQSTSSDTTYKGGAS
Site 113T547QSTSSDTTYKGGASE
Site 114Y548STSSDTTYKGGASEK
Site 115S558GASEKAGSSPAQGAQ
Site 116S559ASEKAGSSPAQGAQN
Site 117S574EPPRLNASPAAREEA
Site 118T582PAAREEATSPGAKDM
Site 119S583AAREEATSPGAKDMP
Site 120S592GAKDMPLSSDGNPKV
Site 121S593AKDMPLSSDGNPKVN
Site 122T603NPKVNEKTVGVIVSR
Site 123S627PGGQDKGSQEDDPAA
Site 124T635QEDDPAATQRPPSNG
Site 125S640AATQRPPSNGGAKET
Site 126S648NGGAKETSHASLPQP
Site 127S651AKETSHASLPQPEPP
Site 128S663EPPGGGGSKGNKNGD
Site 129S683NGEGNGQSGHSAAGP
Site 130S686GNGQSGHSAAGPGFT
Site 131T693SAAGPGFTSRTEPSK
Site 132S694AAGPGFTSRTEPSKS
Site 133T696GPGFTSRTEPSKSPG
Site 134S699FTSRTEPSKSPGSLR
Site 135S701SRTEPSKSPGSLRYS
Site 136S704EPSKSPGSLRYSYKD
Site 137S708SPGSLRYSYKDSFGS
Site 138Y709PGSLRYSYKDSFGSA
Site 139S712LRYSYKDSFGSAVPR
Site 140S722SAVPRNVSGFPQYPT
Site 141Y727NVSGFPQYPTGQEKG
Site 142T729SGFPQYPTGQEKGDF
Site 143T737GQEKGDFTGHGERKG
Site 144S751GRNEKFPSLLQEVLQ
Site 145Y768HHHPDRRYSRSTQEH
Site 146S769HHPDRRYSRSTQEHQ
Site 147S771PDRRYSRSTQEHQGM
Site 148T772DRRYSRSTQEHQGMA
Site 149S781EHQGMAGSLEGTTRP
Site 150S793TRPNVLVSQTNELAS
Site 151S807SRGLLNKSIGSLLEN
Site 152S810LLNKSIGSLLENPHW
Site 153S824WGPWERKSSSTAPEM
Site 154S825GPWERKSSSTAPEMK
Site 155S826PWERKSSSTAPEMKQ
Site 156T827WERKSSSTAPEMKQI
Site 157T837EMKQINLTDYPIPRK
Site 158Y839KQINLTDYPIPRKFE
Site 159S851KFEIEPQSSAHEPGG
Site 160S852FEIEPQSSAHEPGGS
Site 161S859SAHEPGGSLSERRSV
Site 162S861HEPGGSLSERRSVIC
Site 163S865GSLSERRSVICDISP
Site 164S871RSVICDISPLRQIVR
Site 165S884VRDPGAHSLGHMSAD
Site 166T892LGHMSADTRIGRNDR
Site 167T903RNDRLNPTLSQSVIL
Site 168S905DRLNPTLSQSVILPG
Site 169S916ILPGGLVSMETKLKS
Site 170T919GGLVSMETKLKSQSG
Site 171S923SMETKLKSQSGQIKE
Site 172S936KEEDFEQSKSQASFN
Site 173S938EDFEQSKSQASFNNK
Site 174S941EQSKSQASFNNKKSG
Site 175S947ASFNNKKSGDHCHPP
Site 176S960PPSIKHESYRGNASP
Site 177S966ESYRGNASPGAATHD
Site 178S974PGAATHDSLSDYGPQ
Site 179S976AATHDSLSDYGPQDS
Site 180Y978THDSLSDYGPQDSRP
Site 181S983SDYGPQDSRPTPMRR
Site 182T986GPQDSRPTPMRRVPG
Site 183S1005REGMRGRSPSQYHDF
Site 184S1007GMRGRSPSQYHDFAE
Site 185Y1009RGRSPSQYHDFAEKL
Site 186S1019FAEKLKMSPGRSRGP
Site 187S1023LKMSPGRSRGPGGDP
Site 188S1040MNPHMTFSERANRSS
Site 189S1046FSERANRSSLHTPFS
Site 190S1047SERANRSSLHTPFSP
Site 191T1050ANRSSLHTPFSPNSE
Site 192S1053SSLHTPFSPNSETLA
Site 193S1056HTPFSPNSETLASAY
Site 194T1058PFSPNSETLASAYHA
Site 195S1061PNSETLASAYHANTR
Site 196Y1072ANTRAHAYGDPNAGL
Site 197S1081DPNAGLNSQLHYKRQ
Site 198Y1085GLNSQLHYKRQMYQQ
Site 199Y1090LHYKRQMYQQQPEEY
Site 200Y1097YQQQPEEYKDWSSGS
Site 201S1122RQEGPRKSPRQQQFL
Site 202S1134QFLDRVRSPLKNDKD
Site 203Y1145NDKDGMMYGPPVGTY
Site 204Y1152YGPPVGTYHDPSAQE
Site 205S1156VGTYHDPSAQEAGRC
Site 206S1166EAGRCLMSSDGLPNK
Site 207S1167AGRCLMSSDGLPNKG
Site 208S1181GMELKHGSQKLQESC
Site 209S1187GSQKLQESCWDLSRQ
Site 210S1192QESCWDLSRQTSPAK
Site 211T1195CWDLSRQTSPAKSSG
Site 212S1196WDLSRQTSPAKSSGP
Site 213S1200RQTSPAKSSGPPGMS
Site 214S1201QTSPAKSSGPPGMSS
Site 215S1207SSGPPGMSSQKRYGP
Site 216S1208SGPPGMSSQKRYGPP
Site 217Y1212GMSSQKRYGPPHETD
Site 218T1227GHGLAEATQSSKPGS
Site 219S1229GLAEATQSSKPGSVM
Site 220S1234TQSSKPGSVMLRLPG
Site 221S1246LPGQEDHSSQNPLIM
Site 222S1247PGQEDHSSQNPLIMR
Site 223S1259IMRRRVRSFISPIPS
Site 224S1262RRVRSFISPIPSKRQ
Site 225S1266SFISPIPSKRQSQDV
Site 226S1270PIPSKRQSQDVKNSS
Site 227T1278QDVKNSSTEDKGRLL
Site 228S1288KGRLLHSSKEGADKA
Site 229S1298GADKAFNSYAHLSHS
Site 230Y1299ADKAFNSYAHLSHSQ
Site 231S1303FNSYAHLSHSQDIKS
Site 232S1305SYAHLSHSQDIKSIP
Site 233S1310SHSQDIKSIPKRDSS
Site 234S1316KSIPKRDSSKDLPSP
Site 235S1317SIPKRDSSKDLPSPD
Site 236S1322DSSKDLPSPDSRNCP
Site 237S1325KDLPSPDSRNCPAVT
Site 238T1332SRNCPAVTLTSPAKT
Site 239S1335CPAVTLTSPAKTKIL
Site 240T1339TLTSPAKTKILPPRK
Site 241S1361AIVQKITSPNIRRSA
Site 242S1367TSPNIRRSASSNSAE
Site 243S1369PNIRRSASSNSAEAG
Site 244S1370NIRRSASSNSAEAGG
Site 245S1372RRSASSNSAEAGGDT
Site 246T1379SAEAGGDTVTLDDIL
Site 247S1387VTLDDILSLKSGPPE
Site 248S1390DDILSLKSGPPEGGS
Site 249S1397SGPPEGGSVAVQDAD
Site 250S1414KRKGEVASDLVSPAN
Site 251S1418EVASDLVSPANQELH
Site 252S1433VEKPLPRSSEEWRGS
Site 253S1434EKPLPRSSEEWRGSV
Site 254S1440SSEEWRGSVDDKVKT
Site 255S1466EPPGAMTSTTSQKPG
Site 256T1467PPGAMTSTTSQKPGS
Site 257T1468PGAMTSTTSQKPGSN
Site 258S1469GAMTSTTSQKPGSNQ
Site 259S1474TTSQKPGSNQGRPDG
Site 260S1482NQGRPDGSLGGTAPL
Site 261T1518AEEKENDTVTISPKQ
Site 262T1520EKENDTVTISPKQEG
Site 263S1522ENDTVTISPKQEGFP
Site 264Y1533EGFPPKGYFPSGKKK
Site 265S1536PPKGYFPSGKKKGRP
Site 266S1570PPQIPEGSADGEPKP
Site 267T1598AQPRKRKTKQAVPIV
Site 268Y1616EPEIKLKYATQPLDK
Site 269T1624ATQPLDKTDAKNKSF
Site 270Y1632DAKNKSFYPYIHVVN
Site 271Y1634KNKSFYPYIHVVNKC
Site 272T1658NAEEEEQTKLVRGRK
Site 273S1669RGRKGQRSLTPPPSS
Site 274T1671RKGQRSLTPPPSSTE
Site 275S1675RSLTPPPSSTESKAL
Site 276S1676SLTPPPSSTESKALP
Site 277T1677LTPPPSSTESKALPA
Site 278S1679PPPSSTESKALPASS
Site 279S1685ESKALPASSFMLQGP
Site 280Y1714LCGKWASYRNMGDLF
Site 281Y1725GDLFGPFYPQDYAAT
Site 282Y1729GPFYPQDYAATLPKN
Site 283T1743NPPPKRATEMQSKVK
Site 284S1747KRATEMQSKVKVRHK
Site 285S1755KVKVRHKSASNGSKT
Site 286S1757KVRHKSASNGSKTDT
Site 287S1760HKSASNGSKTDTEEE
Site 288T1762SASNGSKTDTEEEEE
Site 289T1764SNGSKTDTEEEEEQQ
Site 290S1779QQQKEQRSLAAHPRF
Site 291S1792RFKRRHRSEDCGGGP
Site 292S1801DCGGGPRSLSRGLPC
Site 293S1803GGGPRSLSRGLPCKK
Site 294T1820TEGSSEKTVLDSKPS
Site 295S1824SEKTVLDSKPSVPTT
Site 296S1827TVLDSKPSVPTTSEG
Site 297T1831SKPSVPTTSEGGPEL
Site 298S1849IPELPLDSNEFWVHE
Site 299Y1900AGATLGCYNKGCSFR
Site 300Y1910GCSFRYHYPCAIDAD
Site 301S1926LLHEENFSVRCPKHK
Site 302T1947LPPLQNKTAKGSLST
Site 303S1951QNKTAKGSLSTEQSE
Site 304S1953KTAKGSLSTEQSERG
Site 305S1957GSLSTEQSERG____
 
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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