PhosphoNET

           
Protein Info 
   
Short Name:  NCOR2
Full Name:  Nuclear receptor corepressor 2
Alias:  CTG repeat protein 26; CTG26; N-CoR2; NCR2; Nuclear receptor co-repressor 2; Nuclear receptor corepressor 2: Silencing mediator of retinoic acid and thyroid hormone receptor: Thyroid-, retinoic-acid-receptor-associated corepressor: T3 receptor-associating factor: CTG repeat protein 26: SMAP270: Putative uncharacterized protein: Nuclear receptor corepressor 2: Silencing mediator of retinoic acid and thyroid hormone receptor: Thyroid-, retinoic-acid-receptor-associated corepressor: T3 receptor-associating factor: CTG repeat protein 26: SMAP270; Silencing mediator of retinoic acid and thyroid hormone receptor; SMAP270; SMRT; SMRTe; T3 receptor- associating factor; Thyroid-, retinoic-acid-receptor-associated corepressor; TNRC14; TRAC; TRAC-1
Type:  Nuclear receptor co-regulator; Transcription, coactivator/corepressor
Mass (Da):  274804
Number AA:  2525
UniProt ID:  Q9Y618
International Prot ID:  IPI00001735
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016604  GO:0017053   Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0005112  GO:0047485 PhosphoSite+ KinaseNET
Biological Process:  GO:0010553  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 1T15VAQTWRATEPRYPPH
Site 2Y19WRATEPRYPPHSLSY
Site 3S23EPRYPPHSLSYPVQI
Site 4S25RYPPHSLSYPVQIAR
Site 5T33YPVQIARTHTDVGLL
Site 6T35VQIARTHTDVGLLEY
Site 7Y42TDVGLLEYQHHSRDY
Site 8S46LLEYQHHSRDYASHL
Site 9Y49YQHHSRDYASHLSPG
Site 10S51HHSRDYASHLSPGSI
Site 11S54RDYASHLSPGSIIQP
Site 12S57ASHLSPGSIIQPQRR
Site 13S67QPQRRRPSLLSEFQP
Site 14S70RRRPSLLSEFQPGNE
Site 15S79FQPGNERSQELHLRP
Site 16S88ELHLRPESHSYLPEL
Site 17S90HLRPESHSYLPELGK
Site 18Y91LRPESHSYLPELGKS
Site 19S98YLPELGKSEMEFIES
Site 20S105SEMEFIESKRPRLEL
Site 21S121PDPLLRPSPLLATGQ
Site 22T126RPSPLLATGQPAGSE
Site 23T136PAGSEDLTKDRSLTG
Site 24S140EDLTKDRSLTGKLEP
Site 25T142LTKDRSLTGKLEPVS
Site 26S149TGKLEPVSPPSPPHT
Site 27S152LEPVSPPSPPHTDPE
Site 28T156SPPSPPHTDPELELV
Site 29S168ELVPPRLSKEELIQN
Site 30T184DRVDREITMVEQQIS
Site 31S191TMVEQQISKLKKKQQ
Site 32S215PEPEKPVSPPPIESK
Site 33S221VSPPPIESKHRSLVQ
Site 34S225PIESKHRSLVQIIYD
Site 35Y231RSLVQIIYDENRKKA
Site 36Y257PQVELPLYNQPSDTR
Site 37S261LPLYNQPSDTRQYHE
Site 38Y266QPSDTRQYHENIKIN
Site 39Y283MRKKLILYFKRRNHA
Site 40Y302EQKFCQRYDQLMEAW
Site 41S327PRRRAKESKVREYYE
Site 42Y332KESKVREYYEKQFPE
Site 43Y333ESKVREYYEKQFPEI
Site 44S352ELQERMQSRVGQRGS
Site 45S359SRVGQRGSGLSMSAA
Site 46S362GQRGSGLSMSAARSE
Site 47S364RGSGLSMSAARSEHE
Site 48S368LSMSAARSEHEVSEI
Site 49S373ARSEHEVSEIIDGLS
Site 50S380SEIIDGLSEQENLEK
Site 51Y400AVIPPMLYDADQQRI
Site 52T439WSEQEKETFREKFMQ
Site 53Y469TVAECVLYYYLTKKN
Site 54Y471AECVLYYYLTKKNEN
Site 55S481KKNENYKSLVRRSYR
Site 56S486YKSLVRRSYRRRGKS
Site 57Y487KSLVRRSYRRRGKSQ
Site 58S493SYRRRGKSQQQQQQQ
Site 59S516QQPMPRSSQEEKDEK
Site 60T550EDLLKEKTDDTSGED
Site 61T553LKEKTDDTSGEDNDE
Site 62S554KEKTDDTSGEDNDEK
Site 63S566DEKEAVASKGRKTAN
Site 64T571VASKGRKTANSQGRR
Site 65S574KGRKTANSQGRRKGR
Site 66T583GRRKGRITRSMANEA
Site 67S585RKGRITRSMANEANS
Site 68T597ANSEEAITPQQSAEL
Site 69S612ASMELNESSRWTEEE
Site 70T616LNESSRWTEEEMETA
Site 71T622WTEEEMETAKKGLLE
Site 72S635LEHGRNWSAIARMVG
Site 73T645ARMVGSKTVSQCKNF
Site 74Y653VSQCKNFYFNYKKRQ
Site 75Y656CKNFYFNYKKRQNLD
Site 76S708EDEEMEASGVSGNEE
Site 77T741GECSGPATVNNSSDT
Site 78S745GPATVNNSSDTESIP
Site 79S746PATVNNSSDTESIPS
Site 80T748TVNNSSDTESIPSPH
Site 81S750NNSSDTESIPSPHTE
Site 82S753SDTESIPSPHTEAAK
Site 83T756ESIPSPHTEAAKDTG
Site 84T772NGPKPPATLGADGPP
Site 85T784GPPPGPPTPPPEDIP
Site 86T797IPAPTEPTPASEATG
Site 87S800PTEPTPASEATGAPT
Site 88T803PTPASEATGAPTPPP
Site 89T807SEATGAPTPPPAPPS
Site 90S814TPPPAPPSPSAPPPV
Site 91S816PPAPPSPSAPPPVVP
Site 92S864KAEEPVKSECTEEAE
Site 93S900AEKKEGGSGRATTAK
Site 94T904EGGSGRATTAKSSGA
Site 95T905GGSGRATTAKSSGAP
Site 96S915SSGAPQDSDSSATCS
Site 97S917GAPQDSDSSATCSAD
Site 98S918APQDSDSSATCSADE
Site 99S922SDSSATCSADEVDEA
Site 100S939GDKNRLLSPRPSLLT
Site 101S943RLLSPRPSLLTPTGD
Site 102T946SPRPSLLTPTGDPRA
Site 103T948RPSLLTPTGDPRANA
Site 104S956GDPRANASPQKPLDL
Site 105T992PREDAAPTKPAPPAP
Site 106S1009PQNLQPESDAPQQPG
Site 107S1017DAPQQPGSSPRGKSR
Site 108S1018APQQPGSSPRGKSRS
Site 109S1023GSSPRGKSRSPAPPA
Site 110S1025SPRGKSRSPAPPADK
Site 111S1059GDPPCWTSGLPFPVP
Site 112S1074PREVIKASPHAPDPS
Site 113S1081SPHAPDPSAFSYAPP
Site 114S1084APDPSAFSYAPPGHP
Site 115Y1085PDPSAFSYAPPGHPL
Site 116T1099LPLGLHDTARPVLPR
Site 117T1109PVLPRPPTISNPPPL
Site 118S1111LPRPPTISNPPPLIS
Site 119S1118SNPPPLISSAKHPSV
Site 120S1119NPPPLISSAKHPSVL
Site 121S1124ISSAKHPSVLERQIG
Site 122S1134ERQIGAISQGMSVQL
Site 123S1146VQLHVPYSEHAKAPV
Site 124S1173PKKLAPFSGVKQEQL
Site 125S1181GVKQEQLSPRGQAGP
Site 126S1191GQAGPPESLGVPTAQ
Site 127T1206EASVLRGTALGSVPG
Site 128S1210LRGTALGSVPGGSIT
Site 129S1215LGSVPGGSITKGIPS
Site 130T1217SVPGGSITKGIPSTR
Site 131S1222SITKGIPSTRVPSDS
Site 132T1223ITKGIPSTRVPSDSA
Site 133S1227IPSTRVPSDSAITYR
Site 134S1229STRVPSDSAITYRGS
Site 135T1232VPSDSAITYRGSITH
Site 136Y1233PSDSAITYRGSITHG
Site 137S1236SAITYRGSITHGTPA
Site 138T1241RGSITHGTPADVLYK
Site 139S1259TRIIGEDSPSRLDRG
Site 140S1261IIGEDSPSRLDRGRE
Site 141S1270LDRGREDSLPKGHVI
Site 142Y1278LPKGHVIYEGKKGHV
Site 143S1287GKKGHVLSYEGGMSV
Site 144Y1288KKGHVLSYEGGMSVT
Site 145S1293LSYEGGMSVTQCSKE
Site 146S1304CSKEDGRSSSGPPHE
Site 147S1305SKEDGRSSSGPPHET
Site 148S1306KEDGRSSSGPPHETA
Site 149T1312SSGPPHETAAPKRTY
Site 150Y1319TAAPKRTYDMMEGRV
Site 151S1331GRVGRAISSASIEGL
Site 152S1332RVGRAISSASIEGLM
Site 153S1334GRAISSASIEGLMGR
Site 154S1349AIPPERHSPHHLKEQ
Site 155S1362EQHHIRGSITQGIPR
Site 156S1370ITQGIPRSYVEAQED
Site 157Y1371TQGIPRSYVEAQEDY
Site 158Y1378YVEAQEDYLRREAKL
Site 159T1391KLLKREGTPPPPPPS
Site 160S1398TPPPPPPSRDLTEAY
Site 161T1402PPPSRDLTEAYKTQA
Site 162T1407DLTEAYKTQALGPLK
Site 163T1425AHEGLVATVKEAGRS
Site 164S1432TVKEAGRSIHEIPRE
Site 165T1444PREELRHTPELPLAP
Site 166T1460PLKEGSITQGTPLKY
Site 167T1463EGSITQGTPLKYDTG
Site 168Y1467TQGTPLKYDTGASTT
Site 169T1469GTPLKYDTGASTTGS
Site 170S1472LKYDTGASTTGSKKH
Site 171S1476TGASTTGSKKHDVRS
Site 172S1483SKKHDVRSLIGSPGR
Site 173S1487DVRSLIGSPGRTFPP
Site 174Y1512RALERACYEESLKSR
Site 175S1515ERACYEESLKSRPGT
Site 176S1518CYEESLKSRPGTASS
Site 177T1522SLKSRPGTASSSGGS
Site 178S1524KSRPGTASSSGGSIA
Site 179S1525SRPGTASSSGGSIAR
Site 180S1526RPGTASSSGGSIARG
Site 181S1529TASSSGGSIARGAPV
Site 182S1547ELGKPRQSPLTYEDH
Site 183T1550KPRQSPLTYEDHGAP
Site 184Y1551PRQSPLTYEDHGAPF
Site 185S1566AGHLPRGSPVTTREP
Site 186T1569LPRGSPVTTREPTPR
Site 187T1570PRGSPVTTREPTPRL
Site 188T1574PVTTREPTPRLQEGS
Site 189S1581TPRLQEGSLSSSKAS
Site 190S1583RLQEGSLSSSKASQD
Site 191S1584LQEGSLSSSKASQDR
Site 192S1585QEGSLSSSKASQDRK
Site 193S1588SLSSSKASQDRKLTS
Site 194T1594ASQDRKLTSTPREIA
Site 195S1595SQDRKLTSTPREIAK
Site 196T1596QDRKLTSTPREIAKS
Site 197S1603TPREIAKSPHSTVPE
Site 198S1606EIAKSPHSTVPEHHP
Site 199T1607IAKSPHSTVPEHHPH
Site 200S1617EHHPHPISPYEHLLR
Site 201S1627EHLLRGVSGVDLYRS
Site 202S1634SGVDLYRSHIPLAFD
Site 203T1668RHLAPNPTYPHLYPP
Site 204Y1669HLAPNPTYPHLYPPY
Site 205Y1673NPTYPHLYPPYLIRG
Site 206Y1676YPHLYPPYLIRGYPD
Site 207Y1681PPYLIRGYPDTAALE
Site 208T1684LIRGYPDTAALENRQ
Site 209T1692AALENRQTIINDYIT
Site 210Y1697RQTIINDYITSQQMH
Site 211S1722ADMLRGLSPRESSLA
Site 212S1726RGLSPRESSLALNYA
Site 213S1727GLSPRESSLALNYAA
Site 214T1758LVPPTPGTPATAMDR
Site 215T1761PTPGTPATAMDRLAY
Site 216Y1768TAMDRLAYLPTAPQP
Site 217S1777PTAPQPFSSRHSSSP
Site 218S1778TAPQPFSSRHSSSPL
Site 219S1781QPFSSRHSSSPLSPG
Site 220S1782PFSSRHSSSPLSPGG
Site 221S1783FSSRHSSSPLSPGGP
Site 222S1786RHSSSPLSPGGPTHL
Site 223T1791PLSPGGPTHLTKPTT
Site 224T1794PGGPTHLTKPTTTSS
Site 225T1797PTHLTKPTTTSSSER
Site 226T1798THLTKPTTTSSSERE
Site 227S1801TKPTTTSSSERERDR
Site 228S1802KPTTTSSSERERDRD
Site 229S1821RDREREKSILTSTTT
Site 230S1825REKSILTSTTTVEHA
Site 231T1839APIWRPGTEQSSGSS
Site 232S1842WRPGTEQSSGSSGSS
Site 233S1843RPGTEQSSGSSGSSG
Site 234S1845GTEQSSGSSGSSGGG
Site 235S1846TEQSSGSSGSSGGGG
Site 236S1848QSSGSSGSSGGGGGS
Site 237S1849SSGSSGSSGGGGGSS
Site 238S1855SSGGGGGSSSRPASH
Site 239S1856SGGGGGSSSRPASHS
Site 240S1857GGGGGSSSRPASHSH
Site 241S1861GSSSRPASHSHAHQH
Site 242S1863SSRPASHSHAHQHSP
Site 243S1869HSHAHQHSPISPRTQ
Site 244S1872AHQHSPISPRTQDAL
Site 245S1884DALQQRPSVLHNTGM
Site 246T1904AVEPSTPTVLRSTST
Site 247S1908STPTVLRSTSTSSPV
Site 248T1909TPTVLRSTSTSSPVR
Site 249S1910PTVLRSTSTSSPVRP
Site 250S1912VLRSTSTSSPVRPAA
Site 251S1913LRSTSTSSPVRPAAT
Site 252T1920SPVRPAATFPPATHC
Site 253T1963PERPRADTGHAFLAK
Site 254S1975SGLEPASSPSKGSEP
Site 255S1981RSGLEPASSPSKGSE
Site 256S1982SGLEPASSPSKGSEP
Site 257S1984LEPASSPSKGSEPRP
Site 258S1987ASSPSKGSEPRPLVP
Site 259T2001PPVSGHATIARTPAK
Site 260T2005GHATIARTPAKNLAP
Site 261S2016NLAPHHASPDPPAPP
Site 262S2025DPPAPPASASDPHRE
Site 263S2027PAPPASASDPHREKT
Site 264T2034SDPHREKTQSKPFSI
Site 265S2036PHREKTQSKPFSIQE
Site 266S2040KTQSKPFSIQELELR
Site 267S2048IQELELRSLGYHGSS
Site 268Y2051LELRSLGYHGSSYSP
Site 269S2054RSLGYHGSSYSPEGV
Site 270S2055SLGYHGSSYSPEGVE
Site 271Y2056LGYHGSSYSPEGVEP
Site 272S2057GYHGSSYSPEGVEPV
Site 273S2065PEGVEPVSPVSSPSL
Site 274S2068VEPVSPVSSPSLTHD
Site 275S2069EPVSPVSSPSLTHDK
Site 276S2071VSPVSSPSLTHDKGL
Site 277T2073PVSSPSLTHDKGLPK
Site 278S2088HLEELDKSHLEGELR
Site 279S2120HLRPLPESQPSSSPL
Site 280S2123PLPESQPSSSPLLQT
Site 281S2124LPESQPSSSPLLQTA
Site 282S2125PESQPSSSPLLQTAP
Site 283T2142KGHQRVVTLAQHISE
Site 284Y2155SEVITQDYTRHHPQQ
Site 285T2156EVITQDYTRHHPQQL
Site 286S2164RHHPQQLSAPLPAPL
Site 287Y2172APLPAPLYSFPGASC
Site 288S2173PLPAPLYSFPGASCP
Site 289S2189LDLRRPPSDLYLPPP
Site 290Y2192RRPPSDLYLPPPDHG
Site 291S2205HGAPARGSPHSEGGK
Site 292S2208PARGSPHSEGGKRSP
Site 293S2214HSEGGKRSPEPNKTS
Site 294T2220RSPEPNKTSVLGGGE
Site 295S2221SPEPNKTSVLGGGED
Site 296S2234EDGIEPVSPPEGMTE
Site 297T2240VSPPEGMTEPGHSRS
Site 298S2245GMTEPGHSRSAVYPL
Site 299S2247TEPGHSRSAVYPLLY
Site 300Y2250GHSRSAVYPLLYRDG
Site 301Y2254SAVYPLLYRDGEQTE
Site 302T2260LYRDGEQTEPSRMGS
Site 303S2263DGEQTEPSRMGSKSP
Site 304S2267TEPSRMGSKSPGNTS
Site 305S2269PSRMGSKSPGNTSQP
Site 306T2273GSKSPGNTSQPPAFF
Site 307S2274SKSPGNTSQPPAFFS
Site 308S2281SQPPAFFSKLTESNS
Site 309S2286FFSKLTESNSAMVKS
Site 310S2288SKLTESNSAMVKSKK
Site 311S2293SNSAMVKSKKQEINK
Site 312T2304EINKKLNTHNRNEPE
Site 313Y2312HNRNEPEYNISQPGT
Site 314S2315NEPEYNISQPGTEIF
Site 315T2319YNISQPGTEIFNMPA
Site 316T2334ITGTGLMTYRSQAVQ
Site 317Y2335TGTGLMTYRSQAVQE
Site 318S2337TGLMTYRSQAVQEHA
Site 319T2346AVQEHASTNMGLEAI
Site 320Y2362RKALMGKYDQWEESP
Site 321S2368KYDQWEESPPLSANA
Site 322S2372WEESPPLSANAFNPL
Site 323T2392LPAAMPITAADGRSD
Site 324T2401ADGRSDHTLTSPGGG
Site 325T2403GRSDHTLTSPGGGGK
Site 326S2404RSDHTLTSPGGGGKA
Site 327S2414GGGKAKVSGRPSSRK
Site 328S2418AKVSGRPSSRKAKSP
Site 329S2419KVSGRPSSRKAKSPA
Site 330S2424PSSRKAKSPAPGLAS
Site 331S2431SPAPGLASGDRPPSV
Site 332S2437ASGDRPPSVSSVHSE
Site 333S2439GDRPPSVSSVHSEGD
Site 334S2440DRPPSVSSVHSEGDC
Site 335S2443PSVSSVHSEGDCNRR
Site 336T2451EGDCNRRTPLTNRVW
Site 337T2454CNRRTPLTNRVWEDR
Site 338S2463RVWEDRPSSAGSTPF
Site 339S2464VWEDRPSSAGSTPFP
Site 340S2467DRPSSAGSTPFPYNP
Site 341T2468RPSSAGSTPFPYNPL
Site 342S2496PPGLPAGSGPLAGPH
Site 343S2516EPKPLLCSQYETLSD
Site 344Y2518KPLLCSQYETLSDSE
Site 345T2520LLCSQYETLSDSE__
Site 346S2522CSQYETLSDSE____
Site 347S2524QYETLSDSE______
 
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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