PhosphoNET

           
Protein Info 
   
Short Name:  TNR
Full Name:  Tenascin-R
Alias:  Janusin; Restrictin; Restrictin, janusin; Tenascin R; Tenascin-R; TN-R
Type: 
Mass (Da):  149548
Number AA:  1358
UniProt ID:  Q92752
International Prot ID:  IPI00160552
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005578     Uniprot OncoNet
Molecular Function:  GO:0005102     PhosphoSite+ KinaseNET
Biological Process:  GO:0007411  GO:0007155  GO:0007165 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 1S44TERVQRQSVEEEGGI
Site 2Y54EEGGIANYNTSSKEQ
Site 3T56GGIANYNTSSKEQPV
Site 4S57GIANYNTSSKEQPVV
Site 5S58IANYNTSSKEQPVVF
Site 6S81PLDNLCSSGLEASAE
Site 7S92ASAEQEVSAEDETLA
Site 8T97EVSAEDETLAEYMGQ
Site 9Y101EDETLAEYMGQTSDH
Site 10S106AEYMGQTSDHESQVT
Site 11S110GQTSDHESQVTFTHR
Site 12T113SDHESQVTFTHRINF
Site 13S139QVLQELLSRIEMLER
Site 14S149EMLEREVSVLRDQCN
Site 15Y171AATGQLDYIPHCSGH
Site 16Y203GKNCSEPYCPLGCSS
Site 17Y225QCICDSEYSGDDCSE
Site 18S231EYSGDDCSELRCPTD
Site 19T237CSELRCPTDCSSRGL
Site 20S240LRCPTDCSSRGLCVD
Site 21T257CVCEEPYTGEDCREL
Site 22Y287TCLCEEGYVGEDCGQ
Site 23Y318LCVCEEGYQGPDCSA
Site 24S324GYQGPDCSAVAPPED
Site 25S338DLRVAGISDRSIELE
Site 26Y355GPMAVTEYVISYQPT
Site 27S378QRVPGDWSGVTITEL
Site 28T390TELEPGLTYNISVYA
Site 29S416AKVATHLSTPQGLQF
Site 30T417KVATHLSTPQGLQFK
Site 31S468QVPSDVTSFNQTGLK
Site 32S493ALKEQARSPPTSASV
Site 33S497QARSPPTSASVSTVI
Site 34S499RSPPTSASVSTVIDG
Site 35S501PPTSASVSTVIDGPT
Site 36T502PTSASVSTVIDGPTQ
Site 37T548VGGEGGRTTFRLQPP
Site 38T549GGEGGRTTFRLQPPL
Site 39S557FRLQPPLSQYSVQAL
Site 40S560QPPLSQYSVQALRPG
Site 41S568VQALRPGSRYEVSVS
Site 42Y570ALRPGSRYEVSVSAV
Site 43S573PGSRYEVSVSAVRGT
Site 44S575SRYEVSVSAVRGTNE
Site 45T580SVSAVRGTNESDSAT
Site 46S583AVRGTNESDSATTQF
Site 47T587TNESDSATTQFTTEI
Site 48S604PKNLRVGSRTATSLD
Site 49T606NLRVGSRTATSLDLE
Site 50T608RVGSRTATSLDLEWD
Site 51S617LDLEWDNSEAEVQEY
Site 52Y624SEAEVQEYKVVYSTL
Site 53Y636STLAGEQYHEVLVPR
Site 54T648VPRGIGPTTRATLTD
Site 55S667TEYGVGISAVMNSQQ
Site 56S672GISAVMNSQQSVPAT
Site 57T679SQQSVPATMNARTEL
Site 58T684PATMNARTELDSPRD
Site 59S688NARTELDSPRDLMVT
Site 60T695SPRDLMVTASSETSI
Site 61S703ASSETSISLIWTKAS
Site 62Y716ASGPIDHYRITFTPS
Site 63T719PIDHYRITFTPSSGI
Site 64T721DHYRITFTPSSGIAS
Site 65S723YRITFTPSSGIASEV
Site 66S724RITFTPSSGIASEVT
Site 67S728TPSSGIASEVTVPKD
Site 68T731SGIASEVTVPKDRTS
Site 69S738TVPKDRTSYTLTDLE
Site 70Y739VPKDRTSYTLTDLEP
Site 71T740PKDRTSYTLTDLEPG
Site 72T742DRTSYTLTDLEPGAE
Site 73S753PGAEYIISVTAERGR
Site 74S763AERGRQQSLESTVDA
Site 75S766GRQQSLESTVDAFTG
Site 76T767RQQSLESTVDAFTGF
Site 77T772ESTVDAFTGFRPISH
Site 78S783PISHLHFSHVTSSSV
Site 79S788HFSHVTSSSVNITWS
Site 80S789FSHVTSSSVNITWSD
Site 81T793TSSSVNITWSDPSPP
Site 82S795SSVNITWSDPSPPAD
Site 83S798NITWSDPSPPADRLI
Site 84Y808ADRLILNYSPRDEEE
Site 85S809DRLILNYSPRDEEEE
Site 86S821EEEMMEVSLDATKRH
Site 87T871IDPPKDITISNVTKD
Site 88S873PPKDITISNVTKDSV
Site 89S879ISNVTKDSVMVSWSP
Site 90S883TKDSVMVSWSPPVAS
Site 91S890SWSPPVASFDYYRVS
Site 92Y893PPVASFDYYRVSYRP
Site 93Y894PVASFDYYRVSYRPT
Site 94S897SFDYYRVSYRPTQVG
Site 95Y898FDYYRVSYRPTQVGR
Site 96T901YRVSYRPTQVGRLDS
Site 97S908TQVGRLDSSVVPNTV
Site 98S909QVGRLDSSVVPNTVT
Site 99T927ITRLNPATEYEISLN
Site 100Y929RLNPATEYEISLNSV
Site 101S932PATEYEISLNSVRGR
Site 102S935EYEISLNSVRGREES
Site 103S942SVRGREESERICTLV
Site 104T947EESERICTLVHTAMD
Site 105T951RICTLVHTAMDNPVD
Site 106T1018LLPSTHYTATMYATN
Site 107Y1022THYTATMYATNGPLT
Site 108S1030ATNGPLTSGTISTNF
Site 109T1032NGPLTSGTISTNFST
Site 110T1048LDPPANLTASEVTRQ
Site 111S1050PPANLTASEVTRQSA
Site 112S1056ASEVTRQSALISWQP
Site 113S1060TRQSALISWQPPRAE
Site 114Y1071PRAEIENYVLTYKST
Site 115T1074EIENYVLTYKSTDGS
Site 116Y1075IENYVLTYKSTDGSR
Site 117S1077NYVLTYKSTDGSRKE
Site 118S1081TYKSTDGSRKELIVD
Site 119T1115LLQAAQDTTWSSITS
Site 120T1116LQAAQDTTWSSITST
Site 121S1118AAQDTTWSSITSTAF
Site 122S1119AQDTTWSSITSTAFT
Site 123S1122TTWSSITSTAFTTGG
Site 124T1123TWSSITSTAFTTGGR
Site 125T1147QHLMNGDTLSGVYPI
Site 126Y1167LSQKLQVYCDMTTDG
Site 127Y1197FFRKWADYRVGFGNV
Site 128T1219LDNIHRITSQGRYEL
Site 129S1220DNIHRITSQGRYELR
Site 130Y1224RITSQGRYELRVDMR
Site 131S1240GQEAAFASYDRFSVE
Site 132Y1241QEAAFASYDRFSVED
Site 133S1245FASYDRFSVEDSRNL
Site 134S1249DRFSVEDSRNLYKLR
Site 135Y1253VEDSRNLYKLRIGSY
Site 136S1259LYKLRIGSYNGTAGD
Site 137Y1260YKLRIGSYNGTAGDS
Site 138T1263RIGSYNGTAGDSLSY
Site 139S1267YNGTAGDSLSYHQGR
Site 140S1269GTAGDSLSYHQGRPF
Site 141S1277YHQGRPFSTEDRDND
Site 142Y1294VTNCAMSYKGAWWYK
Site 143Y1312RTNLNGKYGESRHSQ
Site 144Y1343VEMKMRPYNHRLMAG
 
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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