PhosphoNET

           
Protein Info 
   
Short Name:  STXBP5L
Full Name:  Syntaxin-binding protein 5-like
Alias:  Giant larvae protein; Lethal; STB5L; Tomosyn-2
Type:  Cytoplasm, Plasma membrane, Integral membrane protein
Mass (Da):  131887
Number AA:  1186
UniProt ID:  Q9Y2K9
International Prot ID:  IPI00032280
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0019898  GO:0016021 Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006887  GO:0015031   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 1T14RKVLDGLTASSPGSG
Site 2S16VLDGLTASSPGSGSS
Site 3S17LDGLTASSPGSGSSS
Site 4S20LTASSPGSGSSSGSN
Site 5S22ASSPGSGSSSGSNSG
Site 6S23SSPGSGSSSGSNSGG
Site 7S24SPGSGSSSGSNSGGG
Site 8S26GSGSSSGSNSGGGAG
Site 9S28GSSSGSNSGGGAGSG
Site 10S34NSGGGAGSGSVHPAG
Site 11S36GGGAGSGSVHPAGTA
Site 12T53LREEIQETLTSEYFQ
Site 13T55EEIQETLTSEYFQIC
Site 14Y58QETLTSEYFQICKTV
Site 15Y105GRPGVDCYCQHESGA
Site 16S130EGALVSASSDDTLHL
Site 17T134VSASSDDTLHLWNLR
Site 18Y160FNRERITYCHLPFQS
Site 19Y171PFQSKWLYVGTERGN
Site 20T174SKWLYVGTERGNTHI
Site 21T179VGTERGNTHIVNIES
Site 22S215PGPVVHLSDSPRDEG
Site 23S217PVVHLSDSPRDEGKL
Site 24S240VVFWDLKSKRAELRV
Site 25Y248KRAELRVYYDEAIHS
Site 26Y249RAELRVYYDEAIHSI
Site 27S268EGKQFMCSHSDGSLT
Site 28S270KQFMCSHSDGSLTLW
Site 29S273MCSHSDGSLTLWNLK
Site 30T275SHSDGSLTLWNLKSP
Site 31S281LTLWNLKSPSRPFQT
Site 32S283LWNLKSPSRPFQTTI
Site 33T288SPSRPFQTTIPHGKS
Site 34T289PSRPFQTTIPHGKSQ
Site 35S295TTIPHGKSQREGRKS
Site 36S302SQREGRKSESCKPIL
Site 37S304REGRKSESCKPILKV
Site 38T315ILKVEYKTCKNSEPF
Site 39S326SEPFIIFSGGLSYDK
Site 40S330IIFSGGLSYDKACRR
Site 41S339DKACRRPSLTIMHGK
Site 42T341ACRRPSLTIMHGKAI
Site 43T366EFLTLCETPYPNEFQ
Site 44Y368LTLCETPYPNEFQEP
Site 45Y403FPIFENPYPMDIHES
Site 46T413DIHESPVTCTAYFAD
Site 47Y417SPVTCTAYFADCPPD
Site 48S442KHKKQGYSNKEWPIS
Site 49S449SNKEWPISGGAWNLG
Site 50S472ITGHADGSIKFWDAS
Site 51T491QMLYKLKTSKVFEKQ
Site 52T506KVGEGKQTCEIVEED
Site 53Y561SLEVRLQYDVEDIIT
Site 54T568YDVEDIITPEPETSP
Site 55T573IITPEPETSPPFPDL
Site 56S574ITPEPETSPPFPDLS
Site 57S581SPPFPDLSAQLPSSR
Site 58S586DLSAQLPSSRSLSGS
Site 59S587LSAQLPSSRSLSGST
Site 60S589AQLPSSRSLSGSTNT
Site 61S591LPSSRSLSGSTNTVA
Site 62S593SSRSLSGSTNTVASE
Site 63T594 SRSLSGSTNTVASEG
Site 64T596 SLSGSTNTVASEGVT
Site 65S599 GSTNTVASEGVTKDS
Site 66S606SEGVTKDSIPCLNVK
Site 67Y623PVRMPPGYQAELVIQ
Site 68S644EPPQQITSLAVSSAY
Site 69Y682SMGTIDLYRSSDLYQ
Site 70S685TIDLYRSSDLYQRQP
Site 71Y688LYRSSDLYQRQPRSP
Site 72S694LYQRQPRSPRKNKQF
Site 73Y715MRGLSNFYPDLTKRI
Site 74T719SNFYPDLTKRIRTSY
Site 75T724DLTKRIRTSYQSLTE
Site 76S725LTKRIRTSYQSLTEL
Site 77Y726TKRIRTSYQSLTELN
Site 78S728RIRTSYQSLTELNDS
Site 79T730RTSYQSLTELNDSPV
Site 80S735SLTELNDSPVPLELE
Site 81S746LELERCKSPTSDHVN
Site 82T748LERCKSPTSDHVNGH
Site 83T757DHVNGHCTSPTSQSC
Site 84S758HVNGHCTSPTSQSCS
Site 85T760NGHCTSPTSQSCSSG
Site 86S761GHCTSPTSQSCSSGK
Site 87S763CTSPTSQSCSSGKRL
Site 88S765SPTSQSCSSGKRLSS
Site 89S766PTSQSCSSGKRLSSA
Site 90S771CSSGKRLSSADVSKV
Site 91S772SSGKRLSSADVSKVN
Site 92S776RLSSADVSKVNRWGP
Site 93T804MEISLPVTTEENREN
Site 94S812TEENRENSYNRSRSS
Site 95Y813EENRENSYNRSRSSS
Site 96S816RENSYNRSRSSSISS
Site 97S818NSYNRSRSSSISSID
Site 98S819SYNRSRSSSISSIDK
Site 99S820YNRSRSSSISSIDKD
Site 100S822RSRSSSISSIDKDSK
Site 101S823SRSSSISSIDKDSKE
Site 102S828ISSIDKDSKEAITAL
Site 103S840TALYFMDSFARKNDS
Site 104S847SFARKNDSTISPCLF
Site 105S850RKNDSTISPCLFVGT
Site 106T878LADEQRFTEPVMVLP
Site 107Y913GGLMQPPYEVWRDPN
Site 108S937RRKVVMNSSSASQEI
Site 109S938RKVVMNSSSASQEIG
Site 110S939KVVMNSSSASQEIGD
Site 111S941VMNSSSASQEIGDHQ
Site 112Y949QEIGDHQYTIICSEK
Site 113T950EIGDHQYTIICSEKQ
Site 114S962EKQAKVFSLPSQTCL
Site 115Y970LPSQTCLYVHNITET
Site 116Y1019RPMLDVNYLPLTDMR
Site 117T1023DVNYLPLTDMRIART
Site 118Y1041TNEGQALYLVSPTEI
Site 119T1052PTEIQRLTYSQEMCD
Site 120Y1053TEIQRLTYSQEMCDN
Site 121S1054EIQRLTYSQEMCDNL
Site 122T1070DMLGDLFTPIETPEA
Site 123T1074DLFTPIETPEAQNRG
Site 124T1093LFGGSGQTFDREELF
Site 125S1104EELFGEASAGKASRS
Site 126S1111SAGKASRSLAQHIPG
Site 127S1121QHIPGPGSIEGMKGA
Site 128T1157LGELEEKTAGMMTSA
Site 129S1163KTAGMMTSAEAFSKH
Site 130S1168MTSAEAFSKHAHELM
Site 131Y1178AHELMLKYKDKKWYQ
 
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