PhosphoNET

           
Protein Info 
   
Short Name:  TRIP12
Full Name:  Probable E3 ubiquitin-protein ligase TRIP12
Alias:  KIAA0045; Thyroid hormone receptor interactor 12; Thyroid receptor interacting protein 12; Thyroid receptor-interacting protein 12; TRIB; TRIPC
Type:  EC 6.3.2.-; Ubiquitin conjugating system; Nuclear receptor co-regulator; Ligase
Mass (Da):  220434
Number AA:  1992
UniProt ID:  Q14669
International Prot ID:  IPI00032342
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000502     Uniprot OncoNet
Molecular Function:  GO:0046966  GO:0004842   PhosphoSite+ KinaseNET
Biological Process:  GO:0019941  GO:0016567   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 1S12PNNNPGGSLRRSQRN
Site 2S16PGGSLRRSQRNTAGA
Site 3T20LRRSQRNTAGAQPQD
Site 4S29GAQPQDDSIGGRSCS
Site 5S34DDSIGGRSCSSSSAV
Site 6S38GGRSCSSSSAVIVPQ
Site 7S39GRSCSSSSAVIVPQP
Site 8T54EDPDRANTSERQKTG
Site 9S55DPDRANTSERQKTGQ
Site 10T60NTSERQKTGQVPKKD
Site 11S75NSRGVKRSASPDYNR
Site 12S77RGVKRSASPDYNRTN
Site 13Y80KRSASPDYNRTNSPS
Site 14T83ASPDYNRTNSPSSAK
Site 15S85PDYNRTNSPSSAKKP
Site 16S87YNRTNSPSSAKKPKA
Site 17S88NRTNSPSSAKKPKAL
Site 18T98KPKALQHTESPSETN
Site 19S100KALQHTESPSETNKP
Site 20S102LQHTESPSETNKPHS
Site 21T104HTESPSETNKPHSKS
Site 22S109SETNKPHSKSKKRHL
Site 23S111TNKPHSKSKKRHLDQ
Site 24S124DQEQQLKSAQSPSTS
Site 25S127QQLKSAQSPSTSKAH
Site 26S129LKSAQSPSTSKAHTR
Site 27S131SAQSPSTSKAHTRKS
Site 28T135PSTSKAHTRKSGATG
Site 29S138SKAHTRKSGATGGSR
Site 30T141HTRKSGATGGSRSQK
Site 31S146GATGGSRSQKRKRTE
Site 32T152RSQKRKRTESSCVKS
Site 33S154QKRKRTESSCVKSGS
Site 34S155KRKRTESSCVKSGSG
Site 35S159TESSCVKSGSGSEST
Site 36S161SSCVKSGSGSESTGA
Site 37S163CVKSGSGSESTGAEE
Site 38S165KSGSGSESTGAEERS
Site 39S172STGAEERSAKPTKLA
Site 40T176EERSAKPTKLASKSA
Site 41S180AKPTKLASKSATSAK
Site 42S182PTKLASKSATSAKAG
Site 43T184KLASKSATSAKAGCS
Site 44S191TSAKAGCSTITDSSS
Site 45T192SAKAGCSTITDSSSA
Site 46T194KAGCSTITDSSSAAS
Site 47S196GCSTITDSSSAASTS
Site 48S197CSTITDSSSAASTSS
Site 49S198STITDSSSAASTSSS
Site 50S201TDSSSAASTSSSSSA
Site 51T202DSSSAASTSSSSSAV
Site 52S203SSSAASTSSSSSAVA
Site 53S204SSAASTSSSSSAVAS
Site 54S205SAASTSSSSSAVASA
Site 55S206AASTSSSSSAVASAS
Site 56S207ASTSSSSSAVASASS
Site 57S211SSSSAVASASSTVPP
Site 58S234DQNKARRSRSASSPS
Site 59S236NKARRSRSASSPSPR
Site 60S238ARRSRSASSPSPRRS
Site 61S239RRSRSASSPSPRRSS
Site 62S241SRSASSPSPRRSSRE
Site 63S245SSPSPRRSSREKEQS
Site 64S246SPSPRRSSREKEQSK
Site 65S252SSREKEQSKTGGSSK
Site 66T254REKEQSKTGGSSKFD
Site 67S267FDWAARFSPKVSLPK
Site 68S271ARFSPKVSLPKTKLS
Site 69T275PKVSLPKTKLSLPGS
Site 70S278SLPKTKLSLPGSSKS
Site 71S282TKLSLPGSSKSETSK
Site 72S283KLSLPGSSKSETSKP
Site 73S285SLPGSSKSETSKPGP
Site 74T287PGSSKSETSKPGPSG
Site 75S288GSSKSETSKPGPSGL
Site 76S301GLQAKLASLRKSTKK
Site 77S305KLASLRKSTKKRSES
Site 78T306LASLRKSTKKRSESP
Site 79S310RKSTKKRSESPPAEL
Site 80S312STKKRSESPPAELPS
Site 81S319SPPAELPSLRRSTRQ
Site 82S323ELPSLRRSTRQKTTG
Site 83T324LPSLRRSTRQKTTGS
Site 84T328RRSTRQKTTGSCAST
Site 85T329RSTRQKTTGSCASTS
Site 86S331TRQKTTGSCASTSRR
Site 87S334KTTGSCASTSRRGSG
Site 88T335TTGSCASTSRRGSGL
Site 89S336TGSCASTSRRGSGLG
Site 90S340ASTSRRGSGLGKRGA
Site 91S361EKMADPESNQEAVNS
Site 92S368SNQEAVNSSAARTDE
Site 93T373VNSSAARTDEAPQGA
Site 94T388AGAVGMTTSGESESD
Site 95S389GAVGMTTSGESESDD
Site 96S392GMTTSGESESDDSEM
Site 97S394TTSGESESDDSEMGR
Site 98S397GESESDDSEMGRLQA
Site 99S424GPLGPRMSQLFHRTI
Site 100S433LFHRTIGSGASSKAQ
Site 101S437TIGSGASSKAQQLLQ
Site 102S449LLQGLQASDESQQLQ
Site 103Y507HACRALTYMMEALPR
Site 104S550LTALEMLSRRHSKAI
Site 105S554EMLSRRHSKAILQAG
Site 106T608ADSLPLLTQRLTHQD
Site 107T612PLLTQRLTHQDKKSV
Site 108S618LTHQDKKSVESTCLC
Site 109T622DKKSVESTCLCFARL
Site 110T650VASKDLLTNVQQLLV
Site 111T684LMCSNCPTLAVQLMK
Site 112S720QIDLVPRSPQELYEL
Site 113Y725PRSPQELYELTSLIC
Site 114T758KKGNAQNTDGAIWQW
Site 115Y775DRGLWHPYNRIDSRI
Site 116T792QINEDTGTARAIQRK
Site 117S806KPNPLANSNTSGYSE
Site 118T808NPLANSNTSGYSESK
Site 119S809PLANSNTSGYSESKK
Site 120Y811ANSNTSGYSESKKDD
Site 121S833EDPELAKSFIKTLFG
Site 122S849LYEVYSSSAGPAVRH
Site 123S918QKLPDIFSVYFRREG
Site 124S936QVKHLAESESLLTSP
Site 125S938KHLAESESLLTSPPK
Site 126T941AESESLLTSPPKACT
Site 127S942ESESLLTSPPKACTN
Site 128T948TSPPKACTNGSGSMG
Site 129S951PKACTNGSGSMGSTT
Site 130S953ACTNGSGSMGSTTSV
Site 131S956NGSGSMGSTTSVSSG
Site 132T957GSGSMGSTTSVSSGT
Site 133T958SGSMGSTTSVSSGTA
Site 134S959GSMGSTTSVSSGTAT
Site 135S977HAAADLGSPSLQHSR
Site 136S979AADLGSPSLQHSRDD
Site 137S983GSPSLQHSRDDSLDL
Site 138S987LQHSRDDSLDLSPQG
Site 139S991RDDSLDLSPQGRLSD
Site 140S997LSPQGRLSDVLKRKR
Site 141Y1015RGPRRPKYSPPRDDD
Site 142S1016GPRRPKYSPPRDDDK
Site 143S1030KVDNQAKSPTTTQSP
Site 144T1032DNQAKSPTTTQSPKS
Site 145T1034QAKSPTTTQSPKSSF
Site 146S1036KSPTTTQSPKSSFLA
Site 147S1039TTTQSPKSSFLASLN
Site 148S1040TTQSPKSSFLASLNP
Site 149S1044PKSSFLASLNPKTWG
Site 150T1049LASLNPKTWGRLSTQ
Site 151S1054PKTWGRLSTQSNSNN
Site 152T1055KTWGRLSTQSNSNNI
Site 153S1057WGRLSTQSNSNNIEP
Site 154T1067NNIEPARTAGGSGLA
Site 155S1071PARTAGGSGLARAAS
Site 156S1078SGLARAASKDTISNN
Site 157S1083AASKDTISNNREKIK
Site 158Y1104AHKFVERYFSSENMD
Site 159S1106KFVERYFSSENMDGS
Site 160S1113SSENMDGSNPALNVL
Site 161S1154IVSESDVSSFEIQHS
Site 162S1155VSESDVSSFEIQHSG
Site 163S1161SSFEIQHSGFVKQLL
Site 164Y1170FVKQLLLYLTSKSEK
Site 165S1173QLLLYLTSKSEKDAV
Site 166S1175LLYLTSKSEKDAVSR
Site 167S1181KSEKDAVSREIRLKR
Site 168S1195RFLHVFFSSPLPGEE
Site 169S1241VKVHDFPSGNGTGGS
Site 170T1245DFPSGNGTGGSFSLN
Site 171S1248SGNGTGGSFSLNRGS
Site 172S1250NGTGGSFSLNRGSQA
Site 173S1255SFSLNRGSQALKFFN
Site 174Y1307RYLVVRGYGRVREDD
Site 175S1317VREDDEDSDDDGSDE
Site 176S1322EDSDDDGSDEEIDES
Site 177S1329SDEEIDESLAAQFLN
Site 178Y1360LPYNMTVYQAVRQFS
Site 179S1367YQAVRQFSIQAEDER
Site 180S1376QAEDERESTDDESNP
Site 181T1377AEDERESTDDESNPL
Site 182S1381RESTDDESNPLGRAG
Site 183T1393RAGIWTKTHTIWYKP
Site 184S1407PVREDEESNKDCVGG
Site 185T1421GKRGRAQTAPTKTSP
Site 186T1426AQTAPTKTSPRNAKK
Site 187S1427QTAPTKTSPRNAKKH
Site 188S1445WHDGVCPSVSNPLEV
Site 189Y1453VSNPLEVYLIPTPPE
Site 190T1463PTPPENITFEDPSLD
Site 191Y1489SRYWYYLYDNAMCKE
Site 192T1500MCKEIIPTSEFINSK
Site 193S1501CKEIIPTSEFINSKL
Site 194T1532GNIPTWLTELGKTCP
Site 195Y1552DTRQMLFYVTAFDRD
Site 196T1568AMQRLLDTNPEINQS
Site 197S1575TNPEINQSDSQDSRV
Site 198S1577PEINQSDSQDSRVAP
Site 199T1592RLDRKKRTVNREELL
Site 200S1604ELLKQAESVMQDLGS
Site 201Y1620RAMLEIQYENEVGTG
Site 202S1639LEFYALVSQELQRAD
Site 203T1656LWRGEEVTLSNPKGS
Site 204S1658RGEEVTLSNPKGSQE
Site 205S1663TLSNPKGSQEGTKYI
Site 206T1667PKGSQEGTKYIQNLQ
Site 207Y1669GSQEGTKYIQNLQGL
Site 208Y1723LPLGLPFYKWMLRQE
Site 209T1731KWMLRQETSLTSHDL
Site 210S1732WMLRQETSLTSHDLF
Site 211T1734LRQETSLTSHDLFDI
Site 212S1735RQETSLTSHDLFDID
Site 213S1767KRLEQDKSQTKESLQ
Site 214S1772DKSQTKESLQYALET
Site 215Y1775QTKESLQYALETLTM
Site 216T1814GGKDIPVTIHNLEEY
Site 217S1840GVSRQFDSFRDGFES
Site 218S1847SFRDGFESVFPLSHL
Site 219Y1856FPLSHLQYFYPEELD
Site 220Y1858LSHLQYFYPEELDQL
Site 221S1869LDQLLCGSKADTWDA
Site 222T1873LCGSKADTWDAKTLM
Site 223Y1889CCRPDHGYTHDSRAV
Site 224S1904KFLFEILSSFDNEQQ
Site 225S1905FLFEILSSFDNEQQR
Site 226T1937RSLNPPLTIVRKTFE
Site 227T1942PLTIVRKTFESTENP
Site 228S1945IVRKTFESTENPDDF
Site 229Y1968NYLKLPDYSSIEIMR
Site 230S1970LKLPDYSSIEIMREK
Site 231S1988AAREGQQSFHLS___
 
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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