PhosphoNET

           
Protein Info 
   
Short Name:  CDSN
Full Name:  Corneodesmosin
Alias:  S protein
Type: 
Mass (Da):  51522
Number AA:  529
UniProt ID:  Q15517
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 1T37TLAKSIGTFSDPCKD
Site 2S39AKSIGTFSDPCKDPT
Site 3T46SDPCKDPTRITSPND
Site 4T49CKDPTRITSPNDPCL
Site 5S50KDPTRITSPNDPCLT
Site 6T57SPNDPCLTGKGDSSG
Site 7S62CLTGKGDSSGFSSYS
Site 8S63LTGKGDSSGFSSYSG
Site 9S66KGDSSGFSSYSGSSS
Site 10S67GDSSGFSSYSGSSSS
Site 11Y68DSSGFSSYSGSSSSG
Site 12S69SSGFSSYSGSSSSGS
Site 13S71GFSSYSGSSSSGSSI
Site 14S72FSSYSGSSSSGSSIS
Site 15S73SSYSGSSSSGSSISS
Site 16S74SYSGSSSSGSSISSA
Site 17S76SGSSSSGSSISSARS
Site 18S77GSSSSGSSISSARSS
Site 19S79SSSGSSISSARSSGG
Site 20S80SSGSSISSARSSGGG
Site 21S83SSISSARSSGGGSSG
Site 22S84SISSARSSGGGSSGS
Site 23S88ARSSGGGSSGSSSGS
Site 24S89RSSGGGSSGSSSGSS
Site 25S91SGGGSSGSSSGSSIA
Site 26S92GGGSSGSSSGSSIAQ
Site 27S93GGSSGSSSGSSIAQG
Site 28S95SSGSSSGSSIAQGGS
Site 29S96SGSSSGSSIAQGGSA
Site 30S102SSIAQGGSAGSFKPG
Site 31S105AQGGSAGSFKPGTGY
Site 32T110AGSFKPGTGYSQVSY
Site 33Y112SFKPGTGYSQVSYSS
Site 34S113FKPGTGYSQVSYSSG
Site 35S116GTGYSQVSYSSGSGS
Site 36Y117TGYSQVSYSSGSGSS
Site 37S118GYSQVSYSSGSGSSL
Site 38S119YSQVSYSSGSGSSLQ
Site 39S121QVSYSSGSGSSLQGA
Site 40S123SYSSGSGSSLQGASG
Site 41S124YSSGSGSSLQGASGS
Site 42S129GSSLQGASGSSQLGS
Site 43S131SLQGASGSSQLGSSS
Site 44S132LQGASGSSQLGSSSS
Site 45S136SGSSQLGSSSSHSGS
Site 46S137GSSQLGSSSSHSGSS
Site 47S138SSQLGSSSSHSGSSG
Site 48S139SQLGSSSSHSGSSGS
Site 49S141LGSSSSHSGSSGSHS
Site 50S143SSSSHSGSSGSHSGS
Site 51S144SSSHSGSSGSHSGSS
Site 52S146SHSGSSGSHSGSSSS
Site 53S148SGSSGSHSGSSSSHS
Site 54S150SSGSHSGSSSSHSSS
Site 55S151SGSHSGSSSSHSSSS
Site 56S152GSHSGSSSSHSSSSS
Site 57S153SHSGSSSSHSSSSSS
Site 58S155SGSSSSHSSSSSSFQ
Site 59S156GSSSSHSSSSSSFQF
Site 60S157SSSSHSSSSSSFQFS
Site 61S158SSSHSSSSSSFQFSS
Site 62S159SSHSSSSSSFQFSSS
Site 63S160SHSSSSSSFQFSSSS
Site 64S164SSSSFQFSSSSFQVG
Site 65S165SSSFQFSSSSFQVGN
Site 66S166SSFQFSSSSFQVGNG
Site 67S167SFQFSSSSFQVGNGS
Site 68S174SFQVGNGSALPTNDN
Site 69T178GNGSALPTNDNSYRG
Site 70S182ALPTNDNSYRGILNP
Site 71Y183LPTNDNSYRGILNPS
Site 72S190YRGILNPSQPGQSSS
Site 73S195NPSQPGQSSSSSQTS
Site 74S196PSQPGQSSSSSQTSG
Site 75S197SQPGQSSSSSQTSGV
Site 76S198QPGQSSSSSQTSGVS
Site 77S199PGQSSSSSQTSGVSS
Site 78T201QSSSSSQTSGVSSSG
Site 79S202SSSSSQTSGVSSSGQ
Site 80S205SSQTSGVSSSGQSVS
Site 81S206SQTSGVSSSGQSVSS
Site 82S207QTSGVSSSGQSVSSN
Site 83S210GVSSSGQSVSSNQRP
Site 84S212SSSGQSVSSNQRPCS
Site 85S213SSGQSVSSNQRPCSS
Site 86S219SSNQRPCSSDIPDSP
Site 87S220SNQRPCSSDIPDSPC
Site 88S225CSSDIPDSPCSGGPI
Site 89S228DIPDSPCSGGPIVSH
Site 90S234CSGGPIVSHSGPYIP
Site 91S236GGPIVSHSGPYIPSS
Site 92Y239IVSHSGPYIPSSHSV
Site 93S242HSGPYIPSSHSVSGG
Site 94S243SGPYIPSSHSVSGGQ
Site 95S245PYIPSSHSVSGGQRP
Site 96S247IPSSHSVSGGQRPVV
Site 97S274VVQGPPCSNGGLPGK
Site 98T287GKPCPPITSVDKSYG
Site 99S288KPCPPITSVDKSYGG
Site 100S292PITSVDKSYGGYEVV
Site 101Y293ITSVDKSYGGYEVVG
Site 102Y296VDKSYGGYEVVGGSS
Site 103S305VVGGSSDSYLVPGMT
Site 104Y306VGGSSDSYLVPGMTY
Site 105T312SYLVPGMTYSKGKIY
Site 106Y319TYSKGKIYPVGYFTK
Site 107Y323GKIYPVGYFTKENPV
Site 108S333KENPVKGSPGVPSFA
Site 109S338KGSPGVPSFAAGPPI
Site 110S346FAAGPPISEGKYFSS
Site 111Y350PPISEGKYFSSNPII
Site 112S352ISEGKYFSSNPIIPS
Site 113S353SEGKYFSSNPIIPSQ
Site 114S359SSNPIIPSQSAASSA
Site 115S384VQLCGGGSTGSKGPC
Site 116S387CGGGSTGSKGPCSPS
Site 117S392TGSKGPCSPSSSRVP
Site 118S394SKGPCSPSSSRVPSS
Site 119S395KGPCSPSSSRVPSSS
Site 120S396GPCSPSSSRVPSSSS
Site 121S400PSSSRVPSSSSISSS
Site 122S401SSSRVPSSSSISSSS
Site 123S402SSRVPSSSSISSSSG
Site 124S403SRVPSSSSISSSSGS
Site 125S405VPSSSSISSSSGSPY
Site 126S406PSSSSISSSSGSPYH
Site 127S407SSSSISSSSGSPYHP
Site 128S408SSSISSSSGSPYHPC
Site 129S410SISSSSGSPYHPCGS
Site 130Y412SSSSGSPYHPCGSAS
Site 131S417SPYHPCGSASQSPCS
Site 132S419YHPCGSASQSPCSPP
Site 133S421PCGSASQSPCSPPGT
Site 134S424SASQSPCSPPGTGSF
Site 135T428SPCSPPGTGSFSSSS
Site 136S430CSPPGTGSFSSSSSS
Site 137S432PPGTGSFSSSSSSQS
Site 138S433PGTGSFSSSSSSQSS
Site 139S434GTGSFSSSSSSQSSG
Site 140S435TGSFSSSSSSQSSGK
Site 141S436GSFSSSSSSQSSGKI
Site 142S437SFSSSSSSQSSGKII
Site 143S439SSSSSSQSSGKIILQ
Site 144S440SSSSSQSSGKIILQP
Site 145S450IILQPCGSKSSSSGH
Site 146S452LQPCGSKSSSSGHPC
Site 147S453QPCGSKSSSSGHPCM
Site 148S454PCGSKSSSSGHPCMS
Site 149S455CGSKSSSSGHPCMSV
Site 150T468SVSSLTLTGGPDGSP
Site 151S474LTGGPDGSPHPDPSA
Site 152S480GSPHPDPSAGAKPCG
Site 153S488AGAKPCGSSSAGKIP
Site 154S490AKPCGSSSAGKIPCR
Site 155S498AGKIPCRSIRDILAQ
 
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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