PhosphoNET

           
Protein Info 
   
Short Name:  TRAK1
Full Name:  Trafficking kinesin-binding protein 1
Alias:  106 kDa O-GlcNAc transferase-interacting protein; KIAA1042; OGT(O Glc NAc transferase) interacting protein 106 KDa; OIP106; Trafficking protein, kinesin binding 1
Type: 
Mass (Da):  106040
Number AA:  953
UniProt ID:  Q9UPV9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005739  GO:0005634   Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006493  GO:0006605  GO:0006357 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 1Y54LEEQLPHYKLRADTI
Site 2Y62KLRADTIYGYDHDDW
Site 3Y64RADTIYGYDHDDWLH
Site 4T72DHDDWLHTPLISPDA
Site 5T84PDANIDLTTEQIEET
Site 6T91TTEQIEETLKYFLLC
Site 7Y94QIEETLKYFLLCAER
Site 8T106AERVGQMTKTYNDID
Site 9T108RVGQMTKTYNDIDAV
Site 10Y109VGQMTKTYNDIDAVT
Site 11T142SLLKKNKTLTERNEL
Site 12T144LKKNKTLTERNELLE
Site 13S162EHIREEVSQLRHELS
Site 14S169SQLRHELSMKDELLQ
Site 15S180ELLQFYTSAAEESEP
Site 16S185YTSAAEESEPESVCS
Site 17S189AEESEPESVCSTPLK
Site 18S192SEPESVCSTPLKRNE
Site 19T193EPESVCSTPLKRNES
Site 20S200TPLKRNESSSSVQNY
Site 21S202LKRNESSSSVQNYFH
Site 22S203KRNESSSSVQNYFHL
Site 23Y207SSSSVQNYFHLDSLQ
Site 24S212QNYFHLDSLQKKLKD
Site 25S229EENVVLRSEASQLKT
Site 26S232VVLRSEASQLKTETI
Site 27T236SEASQLKTETITYEE
Site 28Y241LKTETITYEEKEQQL
Site 29S265DANVQIASISEELAK
Site 30T285ARQQEEITHLLSQIV
Site 31S289EEITHLLSQIVDLQK
Site 32T323KDAQRQLTAELRELE
Site 33Y333LRELEDKYAECMEML
Site 34T354LKNLRNKTMPNTTSR
Site 35T358RNKTMPNTTSRRYHS
Site 36T359NKTMPNTTSRRYHSL
Site 37S360KTMPNTTSRRYHSLG
Site 38Y363PNTTSRRYHSLGLFP
Site 39S365TTSRRYHSLGLFPMD
Site 40T381LAAEIEGTMRKELQL
Site 41S393LQLEEAESPDITHQK
Site 42T397EAESPDITHQKRVFE
Site 43T405HQKRVFETVRNINQV
Site 44S417NQVVKQRSLTPSPMN
Site 45T419VVKQRSLTPSPMNIP
Site 46S421KQRSLTPSPMNIPGS
Site 47S428SPMNIPGSNQSSAMN
Site 48S431NIPGSNQSSAMNSLL
Site 49S432IPGSNQSSAMNSLLS
Site 50S436NQSSAMNSLLSSCVS
Site 51S439SAMNSLLSSCVSTPR
Site 52S440AMNSLLSSCVSTPRS
Site 53S443SLLSSCVSTPRSSFY
Site 54S447SCVSTPRSSFYGSDI
Site 55S448CVSTPRSSFYGSDIG
Site 56Y450STPRSSFYGSDIGNV
Site 57S452PRSSFYGSDIGNVVL
Site 58S481DLGNDERSKKPGTPG
Site 59T486ERSKKPGTPGTPGSH
Site 60T489KKPGTPGTPGSHDLE
Site 61S492GTPGTPGSHDLETAL
Site 62T497PGSHDLETALRRLSL
Site 63S503ETALRRLSLRRENYL
Site 64Y509LSLRRENYLSERRFF
Site 65S511LRRENYLSERRFFEE
Site 66S537KGELRSGSLTPTESI
Site 67T539ELRSGSLTPTESIMS
Site 68T541RSGSLTPTESIMSLG
Site 69S543GSLTPTESIMSLGTH
Site 70S546TPTESIMSLGTHSRF
Site 71T549ESIMSLGTHSRFSEF
Site 72S554LGTHSRFSEFTGFSG
Site 73T557HSRFSEFTGFSGMSF
Site 74S560FSEFTGFSGMSFSSR
Site 75S563FTGFSGMSFSSRSYL
Site 76S565GFSGMSFSSRSYLPE
Site 77S566FSGMSFSSRSYLPEK
Site 78S568GMSFSSRSYLPEKLQ
Site 79Y569MSFSSRSYLPEKLQI
Site 80T585KPLEGSATLHHWQQL
Site 81T609DPRPGVVTKGFRTLD
Site 82Y623DVDLDEVYCLNDFEE
Site 83T633NDFEEDDTGDHISLP
Site 84S638DDTGDHISLPRLATS
Site 85T644ISLPRLATSTPVQHP
Site 86T646LPRLATSTPVQHPET
Site 87T653TPVQHPETSAHHPGK
Site 88T665PGKCMSQTNSTFTFT
Site 89T670SQTNSTFTFTTCRIL
Site 90T672TNSTFTFTTCRILHP
Site 91S680TCRILHPSDELTRVT
Site 92T684LHPSDELTRVTPSLN
Site 93T687SDELTRVTPSLNSAP
Site 94S689ELTRVTPSLNSAPTP
Site 95T695PSLNSAPTPACGSTS
Site 96S700APTPACGSTSHLKST
Site 97S702TPACGSTSHLKSTPV
Site 98S706GSTSHLKSTPVATPC
Site 99T707STSHLKSTPVATPCT
Site 100T711LKSTPVATPCTPRRL
Site 101T714TPVATPCTPRRLSLA
Site 102S719PCTPRRLSLAESFTN
Site 103S723RRLSLAESFTNTRES
Site 104T725LSLAESFTNTRESTT
Site 105T727LAESFTNTRESTTTM
Site 106S730SFTNTRESTTTMSTS
Site 107T731FTNTRESTTTMSTSL
Site 108T733NTRESTTTMSTSLGL
Site 109S750LLKERGISAAVYDPQ
Site 110Y754RGISAAVYDPQSWDR
Site 111S758AAVYDPQSWDRAGRG
Site 112S766WDRAGRGSLLHSYTP
Site 113S770GRGSLLHSYTPKMAV
Site 114S780PKMAVIPSTPPNSPM
Site 115T781KMAVIPSTPPNSPMQ
Site 116S785IPSTPPNSPMQTPTS
Site 117T789PPNSPMQTPTSSPPS
Site 118T791NSPMQTPTSSPPSFE
Site 119S792SPMQTPTSSPPSFEF
Site 120S793PMQTPTSSPPSFEFK
Site 121S796TPTSSPPSFEFKCTS
Site 122T802PSFEFKCTSPPYDNF
Site 123S803SFEFKCTSPPYDNFL
Site 124Y806FKCTSPPYDNFLASK
Site 125S812PYDNFLASKPASSIL
Site 126S816FLASKPASSILREVR
Site 127S817LASKPASSILREVRE
Site 128S829VREKNVRSSESQTDV
Site 129S830REKNVRSSESQTDVS
Site 130S832KNVRSSESQTDVSVS
Site 131T834VRSSESQTDVSVSNL
Site 132S837SESQTDVSVSNLNLV
Site 133T865SGRAHVPTLTEEQGP
Site 134T867RAHVPTLTEEQGPLL
Site 135S912IGGLQLNSGIRRNRS
Site 136S919SGIRRNRSFPTMVGS
Site 137T922RRNRSFPTMVGSSMQ
Site 138S926SFPTMVGSSMQMKAP
Site 139S947ILMGAKLSKQTSLR_
 
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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