PhosphoNET

           
Protein Info 
   
Short Name:  TNN
Full Name: 
Alias: 
Type: 
Mass (Da):  144034
Number AA:  1299
UniProt ID:  Q9UQP3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1T41SNKEQQVTVSHTYKI
Site 2S43KEQQVTVSHTYKIDV
Site 3S66DADPQPLSDDGASLL
Site 4T94RHNIRLQTPQKDCEL
Site 5S104KDCELAGSVQDLLAR
Site 6S127VEMKEQCSAQRCCQG
Site 7T136QRCCQGVTDLSRHCS
Site 8S139CQGVTDLSRHCSGHG
Site 9S143TDLSRHCSGHGTFSL
Site 10T147RHCSGHGTFSLETCS
Site 11Y192RCLCHEPYVGADCGY
Site 12S229DFMSEDCSEKRCPGD
Site 13S277LLKNTEDSLLVSWEP
Site 14S281TEDSLLVSWEPSSQV
Site 15S285LLVSWEPSSQVDHYL
Site 16S286LVSWEPSSQVDHYLL
Site 17Y291PSSQVDHYLLSYYPL
Site 18S294QVDHYLLSYYPLGKE
Site 19Y295VDHYLLSYYPLGKEL
Site 20Y296DHYLLSYYPLGKELS
Site 21S303YPLGKELSGKQIQVP
Site 22S315QVPKEQHSYEILGLL
Site 23Y316VPKEQHSYEILGLLP
Site 24T330PGTKYIVTLRNVKNE
Site 25S341VKNEVSSSPQHLLAT
Site 26S366VTDETENSLDVEWEN
Site 27T376VEWENPSTEVDYYKL
Site 28Y380NPSTEVDYYKLRYGP
Site 29Y381PSTEVDYYKLRYGPM
Site 30Y385VDYYKLRYGPMTGQE
Site 31T389KLRYGPMTGQEVAEV
Site 32T397GQEVAEVTVPKSSDP
Site 33S401AEVTVPKSSDPKSRY
Site 34S402EVTVPKSSDPKSRYD
Site 35S406PKSSDPKSRYDITGL
Site 36Y408SSDPKSRYDITGLHP
Site 37T411PKSRYDITGLHPGTE
Site 38Y419GLHPGTEYKITVVPM
Site 39T422PGTEYKITVVPMRGE
Site 40T441PILLNGRTEIDSPTN
Site 41S445NGRTEIDSPTNVVTD
Site 42T447RTEIDSPTNVVTDRV
Site 43T451DSPTNVVTDRVTEDT
Site 44T455NVVTDRVTEDTATVS
Site 45T458TDRVTEDTATVSWDP
Site 46T460RVTEDTATVSWDPVQ
Site 47S462TEDTATVSWDPVQAV
Site 48T478DKYVVRYTSADGDTK
Site 49S479KYVVRYTSADGDTKE
Site 50T484YTSADGDTKEMAVHK
Site 51T496VHKDESSTVLTGLKP
Site 52T499DESSTVLTGLKPGEA
Site 53Y510PGEAYKVYVWAERGN
Site 54S520AERGNQGSKKADTNA
Site 55T525QGSKKADTNALTEID
Site 56T529KADTNALTEIDSPAN
Site 57S533NALTEIDSPANLVTD
Site 58T539DSPANLVTDRVTENT
Site 59T543NLVTDRVTENTATIS
Site 60T546TDRVTENTATISWDP
Site 61T548RVTENTATISWDPVQ
Site 62S550TENTATISWDPVQAT
Site 63Y561VQATIDKYVVRYTSA
Site 64Y565IDKYVVRYTSADDQE
Site 65T566DKYVVRYTSADDQET
Site 66S567KYVVRYTSADDQETR
Site 67S584LVGKEQSSTVLTGLR
Site 68T585VGKEQSSTVLTGLRP
Site 69T588EQSSTVLTGLRPGVE
Site 70Y596GLRPGVEYTVHVWAQ
Site 71T597LRPGVEYTVHVWAQK
Site 72S609AQKGDRESKKADTNA
Site 73T614RESKKADTNAPTDID
Site 74T618KADTNAPTDIDSPKN
Site 75S622NAPTDIDSPKNLVTD
Site 76T628DSPKNLVTDRVTENM
Site 77T632NLVTDRVTENMATVS
Site 78T637RVTENMATVSWDPVQ
Site 79S639TENMATVSWDPVQAA
Site 80Y654IDKYVVRYTSAGGET
Site 81T655DKYVVRYTSAGGETR
Site 82S656KYVVRYTSAGGETRE
Site 83S672PVGKEQSSTVLTGLR
Site 84T676EQSSTVLTGLRPGME
Site 85Y684GLRPGMEYMVHVWAQ
Site 86T706KADTKAQTDIDSPQN
Site 87S710KAQTDIDSPQNLVTD
Site 88T716DSPQNLVTDRVTENM
Site 89T725RVTENMATVSWDPVR
Site 90S727TENMATVSWDPVRAT
Site 91T734SWDPVRATIDRYVVR
Site 92Y738VRATIDRYVVRYTSA
Site 93Y742IDRYVVRYTSAKDGE
Site 94T743DRYVVRYTSAKDGET
Site 95S744RYVVRYTSAKDGETR
Site 96T814WVTENTATVSWDPVQ
Site 97S816TENTATVSWDPVQAT
Site 98Y827VQATIDRYVVHYTSA
Site 99Y831IDRYVVHYTSANGET
Site 100Y861GLRPGMEYTVHVWAQ
Site 101S904TENMATVSWDPVQAT
Site 102Y915VQATIDKYMVRYTSA
Site 103T920DKYMVRYTSADGETR
Site 104S921KYMVRYTSADGETRE
Site 105S937PVGKEHSSTVLTGLR
Site 106T938VGKEHSSTVLTGLRP
Site 107T941EHSSTVLTGLRPGME
Site 108S982PPRNLRPSAVTQSGG
Site 109T985NLRPSAVTQSGGILT
Site 110T992TQSGGILTWTPPSAQ
Site 111T994SGGILTWTPPSAQIH
Site 112T1013TYQFPDGTVKEMQLG
Site 113S1050AFKGGRRSRNVSTTL
Site 114S1054GRRSRNVSTTLSTVG
Site 115T1056RSRNVSTTLSTVGAR
Site 116S1058RNVSTTLSTVGARFP
Site 117S1068GARFPHPSDCSQVQQ
Site 118S1071FPHPSDCSQVQQNSN
Site 119S1077CSQVQQNSNAASGLY
Site 120S1081QQNSNAASGLYTIYL
Site 121Y1084SNAASGLYTIYLHGD
Site 122Y1087ASGLYTIYLHGDASR
Site 123Y1099ASRPLQVYCDMETDG
Site 124T1117IVFQRRNTGQLDFFK
Site 125S1128DFFKRWRSYVEGFGD
Site 126Y1129FFKRWRSYVEGFGDP
Site 127T1154LHNLTTGTPARYEVR
Site 128Y1158TTGTPARYEVRVDLQ
Site 129T1166EVRVDLQTANESAYA
Site 130Y1187VASSKERYKLTVGKY
Site 131T1190SKERYKLTVGKYRGT
Site 132Y1194YKLTVGKYRGTAGDA
Site 133T1197TVGKYRGTAGDALTY
Site 134Y1204TAGDALTYHNGWKFT
Site 135S1252RYGETKHSEGVNWEP
Site 136S1266PWKGHEFSIPYVELK
Site 137Y1269GHEFSIPYVELKIRP
Site 138S1280KIRPHGYSREPVLGR
Site 139T1291VLGRKKRTLRGRLRT
 
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
 


2019 Kinexus Bioinformatics Corporation