PhosphoNET

           
Protein Info 
   
Short Name:  TTC3
Full Name:  E3 ubiquitin-protein ligase TTC3
Alias:  DCRR1; RING finger protein 105; RNF105; Tetratricopeptide repeat 3; Tetratricopeptide repeat domain 3; TPR repeat 3; TPR repeat D; TPRD; TPRDI; TPRDII; TPRDIII
Type:  Unknown function
Mass (Da):  229891
Number AA:  2025
UniProt ID:  P53804
International Prot ID:  IPI00023977
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0008270     PhosphoSite+ KinaseNET
Biological Process:      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 1Y37AEFMSNDYVRVTQLY
Site 2Y55VGVQYKDYIQSERNL
Site 3S58QYKDYIQSERNLEFD
Site 4S100LLFQHQNSSVISRLH
Site 5S101LFQHQNSSVISRLHP
Site 6S104HQNSSVISRLHPCVD
Site 7S118DANNSRASEINLKKL
Site 8T221NLLEELKTQSCMDCI
Site 9S243MKGNEEFSKERFDIA
Site 10Y268RPENYLLYGNRALCF
Site 11T292LGDGKRATILKNTWP
Site 12Y305WPKGHYRYCDALSML
Site 13S310YRYCDALSMLGEYDW
Site 14Y367KDPIKAFYENRAYTP
Site 15Y372AFYENRAYTPRSLSA
Site 16T373FYENRAYTPRSLSAP
Site 17S376NRAYTPRSLSAPIFT
Site 18S378AYTPRSLSAPIFTTS
Site 19S385SAPIFTTSLNFVEKE
Site 20S429CDCHPEFSPPSSQPP
Site 21S432HPEFSPPSSQPPKHK
Site 22S433PEFSPPSSQPPKHKG
Site 23S444KHKGKQKSRNNESEK
Site 24S449QKSRNNESEKFSSSS
Site 25S453NNESEKFSSSSPLTL
Site 26S454NESEKFSSSSPLTLP
Site 27S455ESEKFSSSSPLTLPA
Site 28S456SEKFSSSSPLTLPAD
Site 29T459FSSSSPLTLPADLKN
Site 30S473NILEKQFSKSSRAAH
Site 31S475LEKQFSKSSRAAHQD
Site 32Y498RSLIQDGYMALLEQR
Site 33S508LLEQRCRSAAQAFTE
Site 34Y569FKRIIEHYPSEGLDC
Site 35S571RIIEHYPSEGLDCLA
Site 36Y586YCGIGKVYLKKNRFL
Site 37T604NHFEKARTLIYRLPG
Site 38S625SNVIIEESQPQKIKM
Site 39Y665GYSKIQIYITDPDFK
Site 40T667SKIQIYITDPDFKGF
Site 41T699WKKLKTTTFNDKIDK
Site 42S758PILKQKCSSLEKLRL
Site 43S759ILKQKCSSLEKLRLK
Site 44S795MEEDLRESNPPKNEE
Site 45T806KNEEQKETVDNVQRC
Site 46S852LLSWKVLSTEDYTTC
Site 47Y856KVLSTEDYTTCFSSR
Site 48T857VLSTEDYTTCFSSRN
Site 49T858LSTEDYTTCFSSRNF
Site 50T886QENNRVKTRIFLHVL
Site 51S912AWIQKLNSFGLDATG
Site 52T918NSFGLDATGTFFSRY
Site 53S923DATGTFFSRYGASLK
Site 54Y945TFLWNEKYGHKLDSI
Site 55S951KYGHKLDSIEGKQLD
Site 56Y959IEGKQLDYFSEPASL
Site 57S961GKQLDYFSEPASLKE
Site 58S965DYFSEPASLKEARCL
Site 59S988DKFPALHSALDEFFD
Site 60T1002DIMDSRCTVLRKQDS
Site 61S1009TVLRKQDSGEAPFSS
Site 62S1015DSGEAPFSSTKVKNK
Site 63S1023STKVKNKSKKKKPKD
Site 64S1031KKKKPKDSKPMLVGS
Site 65S1038SKPMLVGSGTTSVTS
Site 66T1040PMLVGSGTTSVTSNN
Site 67S1042LVGSGTTSVTSNNEI
Site 68S1045SGTTSVTSNNEIITS
Site 69S1052SNNEIITSSEDHSNR
Site 70S1053NNEIITSSEDHSNRN
Site 71S1057ITSSEDHSNRNSDSA
Site 72S1061EDHSNRNSDSAGPFA
Site 73S1063HSNRNSDSAGPFAVP
Site 74Y1084VEEFEALYDQHSNEY
Site 75S1088EALYDQHSNEYVVRN
Site 76Y1091YDQHSNEYVVRNKKL
Site 77T1109NPKQKCSTLYDYFSQ
Site 78Y1111KQKCSTLYDYFSQFL
Site 79Y1113KCSTLYDYFSQFLEE
Site 80S1115STLYDYFSQFLEEHG
Site 81S1127EHGPLDMSNKMFSAE
Site 82Y1135NKMFSAEYEFFPEET
Site 83S1176IALKKVASRLKKKRK
Site 84T1189RKKKNIKTKVEEISK
Site 85Y1200EISKAGEYVRVKLQL
Site 86S1220EFKPDVKSKPVSDSS
Site 87S1224DVKSKPVSDSSSAPA
Site 88S1226KSKPVSDSSSAPAFE
Site 89S1227SKPVSDSSSAPAFEN
Site 90S1228KPVSDSSSAPAFENV
Site 91S1241NVKPKPVSANSPKPA
Site 92S1244PKPVSANSPKPACED
Site 93S1258DVKAKPVSDNSSRQV
Site 94S1261AKPVSDNSSRQVSED
Site 95S1262KPVSDNSSRQVSEDG
Site 96S1266DNSSRQVSEDGQPKG
Site 97S1275DGQPKGVSSNSPKPG
Site 98S1276GQPKGVSSNSPKPGS
Site 99S1278PKGVSSNSPKPGSED
Site 100S1283SNSPKPGSEDANYKR
Site 101Y1288PGSEDANYKRVSCNS
Site 102S1292DANYKRVSCNSPKPV
Site 103S1295YKRVSCNSPKPVLED
Site 104Y1307LEDVKPTYWAQSHLV
Site 105Y1317QSHLVTGYCTYLPFQ
Site 106T1329PFQRFDITQTPPAYI
Site 107T1331QRFDITQTPPAYINV
Site 108S1347PGLPQYTSIYTPLAS
Site 109T1350PQYTSIYTPLASLSP
Site 110S1354SIYTPLASLSPEYQL
Site 111S1356YTPLASLSPEYQLPR
Site 112Y1359LASLSPEYQLPRSVP
Site 113S1364PEYQLPRSVPVVPSF
Site 114Y1384ADKNAAAYFEGHHLN
Site 115S1410ETQILEGSLGISVKS
Site 116S1414LEGSLGISVKSHCST
Site 117S1417SLGISVKSHCSTGDA
Site 118T1421SVKSHCSTGDAHTVL
Site 119T1426CSTGDAHTVLSESNR
Site 120S1429GDAHTVLSESNRNDE
Site 121S1431AHTVLSESNRNDEHC
Site 122S1493EERQGEISRIEKEHQ
Site 123Y1513LQEVYENYEQIKLKG
Site 124S1541HLEENKISKTELDWF
Site 125S1572EIQERLKSLKKKIKK
Site 126S1581KKKIKKVSNASEMYT
Site 127S1584IKKVSNASEMYTQKN
Site 128T1588SNASEMYTQKNDGKE
Site 129S1605HELHLDQSLEISNTL
Site 130S1609LDQSLEISNTLTNEK
Site 131T1611QSLEISNTLTNEKMK
Site 132T1613LEISNTLTNEKMKIE
Site 133Y1622EKMKIEEYIKKGKED
Site 134Y1630IKKGKEDYEESHQRA
Site 135S1633GKEDYEESHQRAVAA
Site 136S1643RAVAAEVSVLENWKE
Site 137S1651VLENWKESEVYKLQI
Site 138Y1654NWKESEVYKLQIMES
Site 139S1661YKLQIMESQAEAFLK
Site 140Y1680ISRDPAAYPDMESDI
Site 141S1685AAYPDMESDIRSWEL
Site 142S1689DMESDIRSWELFLSN
Site 143S1695RSWELFLSNVTKEIE
Site 144S1706KEIEKAKSQFEEQIK
Site 145S1719IKAIKNGSRLSELSK
Site 146S1722IKNGSRLSELSKVQI
Site 147S1725GSRLSELSKVQISEL
Site 148S1748HPELLPESSGHDGQG
Site 149S1749PELLPESSGHDGQGL
Site 150S1759DGQGLVTSASDVTGN
Site 151S1761QGLVTSASDVTGNHA
Site 152S1775AALHRDPSVFSAGDS
Site 153S1778HRDPSVFSAGDSPGE
Site 154S1782SVFSAGDSPGEAPSA
Site 155S1816RAGQAALSERSPVAD
Site 156S1819QAALSERSPVADRKQ
Site 157S1836PPGRAARSSQSPKKP
Site 158S1837PGRAARSSQSPKKPF
Site 159S1839RAARSSQSPKKPFNS
Site 160S1846SPKKPFNSIIEHLSV
Site 161S1872GFIKKVRSKNKNSLS
Site 162S1877VRSKNKNSLSGLSID
Site 163S1879SKNKNSLSGLSIDEI
Site 164T1891DEIVQRVTEHILDEQ
Site 165T1911NPGKDKRTYEPSSAT
Site 166Y1912PGKDKRTYEPSSATP
Site 167S1915DKRTYEPSSATPVTR
Site 168S1916KRTYEPSSATPVTRS
Site 169T1918TYEPSSATPVTRSSQ
Site 170T1921PSSATPVTRSSQGSP
Site 171S1923SATPVTRSSQGSPSV
Site 172S1924ATPVTRSSQGSPSVV
Site 173S1927VTRSSQGSPSVVVAP
Site 174S1929RSSQGSPSVVVAPSP
Site 175S1935PSVVVAPSPKTKGQK
Site 176T1938VVAPSPKTKGQKAED
Site 177Y1978VLKCGHKYHKGCFKQ
Site 178T2003CQGRDLLTEESPSGR
Site 179S2006RDLLTEESPSGRGWP
Site 180S2008LLTEESPSGRGWPSQ
Site 181S2014PSGRGWPSQNQELPS
Site 182S2021SQNQELPSCSSR___
 
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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