PhosphoNET

           
Protein Info 
   
Short Name:  STON2
Full Name:  Stonin-2
Alias:  Stoned B
Type:  Adaptor/scaffold
Mass (Da):  101165
Number AA:  905
UniProt ID:  Q8WXE9
International Prot ID:  IPI00103521
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030131  GO:0005730   Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0006897  GO:0006886  GO:0030100 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 1S17THQSEWVSFNEEPPF
Site 2S28EPPFPAHSQGGTEEH
Site 3T32PAHSQGGTEEHLPGL
Site 4S40EEHLPGLSSSPDQSE
Site 5S41EHLPGLSSSPDQSES
Site 6S42HLPGLSSSPDQSESS
Site 7S46LSSSPDQSESSSGEN
Site 8S48SSPDQSESSSGENHV
Site 9S50PDQSESSSGENHVVD
Site 10S60NHVVDGGSQDHSHSE
Site 11S64DGGSQDHSHSEQDDS
Site 12S66GSQDHSHSEQDDSSE
Site 13S71SHSEQDDSSEKMGLI
Site 14S72HSEQDDSSEKMGLIS
Site 15S79SEKMGLISEAASPPG
Site 16S83GLISEAASPPGSPEQ
Site 17S87EAASPPGSPEQPPPD
Site 18S97QPPPDLASAISNWVQ
Site 19S100PDLASAISNWVQFED
Site 20T109WVQFEDDTPWASTSP
Site 21S113EDDTPWASTSPPHQE
Site 22S115DTPWASTSPPHQETA
Site 23T124PHQETAETALPLTMP
Site 24S140WTCPSFDSLGRCPLT
Site 25T147SLGRCPLTSESSWTT
Site 26S148LGRCPLTSESSWTTH
Site 27S150RCPLTSESSWTTHSE
Site 28S151CPLTSESSWTTHSED
Site 29T153LTSESSWTTHSEDTS
Site 30T154TSESSWTTHSEDTSS
Site 31S156ESSWTTHSEDTSSPS
Site 32T159WTTHSEDTSSPSFGC
Site 33S160TTHSEDTSSPSFGCS
Site 34S161THSEDTSSPSFGCSY
Site 35S163SEDTSSPSFGCSYTD
Site 36S167SSPSFGCSYTDLQLI
Site 37Y168SPSFGCSYTDLQLIN
Site 38S181INAEEQTSGQASGAD
Site 39S185EQTSGQASGADSTDN
Site 40S189GQASGADSTDNSSSL
Site 41T190QASGADSTDNSSSLQ
Site 42S193GADSTDNSSSLQEDE
Site 43S195DSTDNSSSLQEDEEV
Site 44S208EVEMEAISWQASSPA
Site 45S212EAISWQASSPAMNGH
Site 46S213AISWQASSPAMNGHP
Site 47T225GHPAPPVTSARFPSW
Site 48S226HPAPPVTSARFPSWV
Site 49S231VTSARFPSWVTFDDN
Site 50T234ARFPSWVTFDDNEVS
Site 51S241TFDDNEVSCPLPPVT
Site 52T248SCPLPPVTSPLKPNT
Site 53S249CPLPPVTSPLKPNTP
Site 54T255TSPLKPNTPPSASVI
Site 55S258LKPNTPPSASVIPDV
Site 56S260PNTPPSASVIPDVPY
Site 57Y267SVIPDVPYNSMGSFK
Site 58S269IPDVPYNSMGSFKKR
Site 59S272VPYNSMGSFKKRDRP
Site 60S281KKRDRPKSTLMNFSK
Site 61T282KRDRPKSTLMNFSKV
Site 62S296VQKLDISSLNRTPSV
Site 63T300DISSLNRTPSVTEAS
Site 64S302SSLNRTPSVTEASPW
Site 65T304LNRTPSVTEASPWRA
Site 66S307TPSVTEASPWRATNP
Site 67T312EASPWRATNPFLNET
Site 68T319TNPFLNETLQDVQPS
Site 69S326TLQDVQPSPINPFSA
Site 70S332PSPINPFSAFFEEQE
Site 71S342FEEQERRSQNSSISS
Site 72S345QERRSQNSSISSTTG
Site 73S346ERRSQNSSISSTTGK
Site 74S348RSQNSSISSTTGKSQ
Site 75S349SQNSSISSTTGKSQR
Site 76T350QNSSISSTTGKSQRD
Site 77S354ISSTTGKSQRDSLIV
Site 78S358TGKSQRDSLIVIYQD
Site 79S368VIYQDAISFDDSSKT
Site 80S372DAISFDDSSKTQSHS
Site 81S373AISFDDSSKTQSHSD
Site 82T375SFDDSSKTQSHSDAV
Site 83S377DDSSKTQSHSDAVEK
Site 84S379SSKTQSHSDAVEKLK
Site 85T400PDHFGSATLPDDDPV
Site 86S419LDAHPPGSARSQPRD
Site 87S422HPPGSARSQPRDGWP
Site 88T454GPIFVKLTDTGYLQL
Site 89Y458VKLTDTGYLQLYYEQ
Site 90Y462DTGYLQLYYEQGLEK
Site 91Y463TGYLQLYYEQGLEKP
Site 92Y490SEPRLQNYDENGRIH
Site 93S498DENGRIHSLRIDRVT
Site 94T505SLRIDRVTYKEKKKY
Site 95Y506LRIDRVTYKEKKKYQ
Site 96Y512TYKEKKKYQPKPAVA
Site 97T572NYLEEEITVDVRDEF
Site 98S580VDVRDEFSGIVSKGD
Site 99S584DEFSGIVSKGDNQIL
Site 100T685RTVFAEKTLPFTLRT
Site 101T689AEKTLPFTLRTATSV
Site 102S695FTLRTATSVNGAEVE
Site 103S705GAEVEVQSWLRMSTG
Site 104S710VQSWLRMSTGFSANR
Site 105T711QSWLRMSTGFSANRD
Site 106S714LRMSTGFSANRDPLT
Site 107T721SANRDPLTQVPCENV
Site 108Y732CENVMIRYPVPSEWV
Site 109S746VKNFRRESVLGEKSL
Site 110S752ESVLGEKSLKAKVNR
Site 111S762AKVNRGASFGSTSVS
Site 112S765NRGASFGSTSVSGSE
Site 113T766RGASFGSTSVSGSEP
Site 114S767GASFGSTSVSGSEPV
Site 115S769SFGSTSVSGSEPVMR
Site 116S771GSTSVSGSEPVMRVT
Site 117T778SEPVMRVTLGTAKYE
Site 118Y784VTLGTAKYEHAFNSI
Site 119S803NRLPDKNSASGHPHC
Site 120S805LPDKNSASGHPHCFF
Site 121S819FCHLELGSDREVPSR
Site 122T840VEFSMPTTSASKASV
Site 123S841EFSMPTTSASKASVR
Site 124S843SMPTTSASKASVRSI
Site 125S846TTSASKASVRSISVE
Site 126S851KASVRSISVEDKTDV
Site 127T856SISVEDKTDVRKWVN
Site 128Y864DVRKWVNYSAHYSYQ
Site 129S869VNYSAHYSYQVALGS
Site 130Y870NYSAHYSYQVALGSI
 
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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