PhosphoNET

           
Protein Info 
   
Short Name:  TRIP11
Full Name:  Thyroid receptor-interacting protein 11
Alias:  CEV14; Clonal evolution related gene on chromosome 14; GMAP-210; Golgi-associated microtubule-binding 210; Golgi-associated microtubule-binding protein 210; Thyroid hormone receptor interactor 11; Thyroid receptor-interacting 11; TRIP-11; Trip230; TRIPB
Type:  Nuclear receptor co-regulator; Transcription, coactivator/corepressor
Mass (Da):  227586
Number AA:  1979
UniProt ID:  Q15643
International Prot ID:  IPI00003515
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005856  GO:0019898 Uniprot OncoNet
Molecular Function:  GO:0003713     PhosphoSite+ KinaseNET
Biological Process:  GO:0006366     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______MSSWLGGLG
Site 2S3_____MSSWLGGLGS
Site 3S31ASLTGQISNFTKDML
Site 4T34TGQISNFTKDMLMEG
Site 5S52VEAELPDSRTKEIEA
Site 6T54AELPDSRTKEIEAIH
Site 7T76ERLKKLCTDLEEKHE
Site 8S95QIKQQSTSYRNQLQQ
Site 9S126DQLLKLQSAAQSVPS
Site 10S130KLQSAAQSVPSGAGV
Site 11S145PATTASSSFAYGISH
Site 12Y148TASSSFAYGISHHPS
Site 13S151SSFAYGISHHPSAFH
Site 14S169MDFGDIISSQQEINR
Site 15S170DFGDIISSQQEINRL
Site 16S178QQEINRLSNEVSRLE
Site 17S182NRLSNEVSRLESEVG
Site 18S186NEVSRLESEVGHWRH
Site 19S206KAQGTDNSDQSEICK
Site 20S209GTDNSDQSEICKLQN
Site 21S226KELKQNRSQEIDDHQ
Site 22T248NAHQQKLTEISRRHR
Site 23S251QQKLTEISRRHREEL
Site 24S259RRHREELSDYEERIE
Site 25Y261HREELSDYEERIEEL
Site 26S285GVIETDLSKIYEMQK
Site 27Y288ETDLSKIYEMQKTIQ
Site 28T293KIYEMQKTIQVLQIE
Site 29S358ENLKLECSKLQPSAV
Site 30S363ECSKLQPSAVKQSDT
Site 31T370SAVKQSDTMTEKERI
Site 32T372VKQSDTMTEKERILA
Site 33S381KERILAQSASVEEVF
Site 34S395FRLQQALSDAENEIM
Site 35S405ENEIMRLSSLNQDNS
Site 36S406NEIMRLSSLNQDNSL
Site 37S412SSLNQDNSLAEDNLK
Site 38S432EVLEKEKSLLSQEKE
Site 39S435EKEKSLLSQEKEELQ
Site 40S444EKEELQMSLLKLNNE
Site 41Y452LLKLNNEYEVIKSTA
Site 42S457NEYEVIKSTATRDIS
Site 43T460EVIKSTATRDISLDS
Site 44S464STATRDISLDSELHD
Site 45S467TRDISLDSELHDLRL
Site 46S486KEQELNQSISEKETL
Site 47S488QELNQSISEKETLIA
Site 48T492QSISEKETLIAEIEE
Site 49S519ILIKDQLSKQQNEGD
Site 50S527KQQNEGDSIISKLKQ
Site 51T554EDDKMDITKELDVQK
Site 52S595LVDQLNKSQESNVSI
Site 53S621RQNEEELSRIRNELM
Site 54S630IRNELMQSLNQDSNS
Site 55S637SLNQDSNSNFKDTLL
Site 56S659RNLKQNLSELEQLNE
Site 57S704LAGNNQLSLEKNTIV
Site 58Y739LLEEANKYEKTIEEL
Site 59T742EANKYEKTIEELSNA
Site 60S747EKTIEELSNARNLNT
Site 61S755NARNLNTSALQLEHE
Site 62T787KNIEQMDTDHKETKD
Site 63S799TKDVLSSSLEEQKQL
Site 64S825EKLKERSSKLQEELD
Site 65Y834LQEELDKYSQALRKN
Site 66S835QEELDKYSQALRKNE
Site 67T847KNEILRQTIEEKDRS
Site 68S854TIEEKDRSLGSMKEE
Site 69S857EKDRSLGSMKEENNH
Site 70S877ERLREEQSRTAPVAD
Site 71T879LREEQSRTAPVADPK
Site 72T887APVADPKTLDSVTEL
Site 73S890ADPKTLDSVTELASE
Site 74T892PKTLDSVTELASEVS
Site 75S896DSVTELASEVSQLNT
Site 76T903SEVSQLNTIKEHLEE
Site 77S925IIEDQNQSKMQLLQS
Site 78Y945KEMDEFRYQHEQMNA
Site 79S967EKDEEIKSLQKTIEQ
Site 80T971EIKSLQKTIEQIKTQ
Site 81T977KTIEQIKTQLHEERQ
Site 82T988EERQDIQTDNSDIFQ
Site 83S991QDIQTDNSDIFQETK
Site 84T997NSDIFQETKVQSLNI
Site 85S1008SLNIENGSEKHDLSK
Site 86S1014GSEKHDLSKAETERL
Site 87T1018HDLSKAETERLVKGI
Site 88S1041LLNEKNISLTKQIDQ
Site 89S1050TKQIDQLSKDEVGKL
Site 90S1076QALHARISSTSHTQD
Site 91S1077ALHARISSTSHTQDV
Site 92S1079HARISSTSHTQDVVY
Site 93T1081RISSTSHTQDVVYLQ
Site 94Y1086SHTQDVVYLQQQLQA
Site 95S1113NEKTRENSHLKTEYH
Site 96S1144QDENKKLSTRFESSG
Site 97T1145DENKKLSTRFESSGQ
Site 98S1149KLSTRFESSGQDMFR
Site 99T1158GQDMFRETIQNLSRI
Site 100S1257QAQVLVDSDNNSKLQ
Site 101S1261LVDSDNNSKLQVDYT
Site 102Y1267NSKLQVDYTGLIQSY
Site 103T1268SKLQVDYTGLIQSYE
Site 104S1273DYTGLIQSYEQNETK
Site 105S1320SPQLSSASLLTPQSA
Site 106S1333SAECLRASKSEVLSE
Site 107S1335ECLRASKSEVLSESS
Site 108S1339ASKSEVLSESSELLQ
Site 109S1355ELEELRKSLQEKDAT
Site 110T1362SLQEKDATIRTLQEN
Site 111S1374QENNHRLSDSIAATS
Site 112S1376NNHRLSDSIAATSEL
Site 113S1381SDSIAATSELERKEH
Site 114T1391ERKEHEQTDSEIKQL
Site 115S1393KEHEQTDSEIKQLKE
Site 116S1420DLLIKAKSDQLLSSN
Site 117S1426KSDQLLSSNENFTNK
Site 118Y1479YRGKETEYQALQETN
Site 119T1522KEKEQGKTGELNQLL
Site 120S1534QLLNAVKSMQEKTVV
Site 121T1539VKSMQEKTVVFQQER
Site 122S1577LRDKEFRSNQELERL
Site 123S1594HLLESEDSYTREALA
Site 124Y1595LLESEDSYTREALAA
Site 125T1596LESEDSYTREALAAE
Site 126T1614AKLRKKVTVLEEKLV
Site 127S1631SNAMENASHQASVQV
Site 128S1635ENASHQASVQVESLQ
Site 129S1640QASVQVESLQEQLNV
Site 130T1655VSKQRDETALQLSVS
Site 131S1660DETALQLSVSQEQVK
Site 132S1662TALQLSVSQEQVKQY
Site 133Y1691QQEEKAMYSAELEKQ
Site 134S1732EANAALDSASRLTEQ
Site 135T1737LDSASRLTEQLDVKE
Site 136S1770DVQKKLMSLANSSEG
Site 137S1774KLMSLANSSEGKVDK
Site 138S1775LMSLANSSEGKVDKV
Site 139T1794LFIGHFHTPKNQRHE
Site 140S1808EVLRLMGSILGVRRE
Site 141T1833GSVTRWMTGWLGGGS
Site 142S1840TGWLGGGSKSVPNTP
Site 143S1842WLGGGSKSVPNTPLR
Site 144T1846GSKSVPNTPLRPNQQ
Site 145S1854PLRPNQQSVVNSSFS
Site 146S1858NQQSVVNSSFSELFV
Site 147S1859QQSVVNSSFSELFVK
Site 148S1861SVVNSSFSELFVKFL
Site 149S1872VKFLETESHPSIPPP
Site 150S1875LETESHPSIPPPKLS
Site 151S1882SIPPPKLSVHDMKPL
Site 152S1891HDMKPLDSPGRRKRD
Site 153T1899PGRRKRDTNAPESFK
Site 154S1904RDTNAPESFKDTAES
Site 155T1908APESFKDTAESRSGR
Site 156S1911SFKDTAESRSGRRTD
Site 157S1913KDTAESRSGRRTDVN
Site 158T1917ESRSGRRTDVNPFLA
Site 159S1952HLLLKPISDVLPTFT
 
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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