PhosphoNET

           
Protein Info 
   
Short Name:  PKP2
Full Name:  Plakophilin-2
Alias:  Plakophilin 2
Type:  Membrane protein, integral; Adhesion
Mass (Da):  97399
Number AA:  881
UniProt ID:  Q99959
International Prot ID:  IPI00219688
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005856  GO:0030057  GO:0016021 Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0016337     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 1Y10APGAPAEYGYIRTVL
Site 2Y12GAPAEYGYIRTVLGQ
Site 3S29LGQLDSSSLALPSEA
Site 4S43AKLKLAGSSGRGGQT
Site 5S44KLKLAGSSGRGGQTV
Site 6T50SSGRGGQTVKSLRIQ
Site 7S53RGGQTVKSLRIQEQV
Site 8T63IQEQVQQTLARKGRS
Site 9S71LARKGRSSVGNGNLH
Site 10T80GNGNLHRTSSVPEYV
Site 11S81NGNLHRTSSVPEYVY
Site 12S82GNLHRTSSVPEYVYN
Site 13Y86RTSSVPEYVYNLHLV
Site 14Y88SSVPEYVYNLHLVEN
Site 15S102NDFVGGRSPVPKTYD
Site 16T107GRSPVPKTYDMLKAG
Site 17Y108RSPVPKTYDMLKAGT
Site 18T118LKAGTTATYEGRWGR
Site 19Y119KAGTTATYEGRWGRG
Site 20T127EGRWGRGTAQYSSQK
Site 21Y130WGRGTAQYSSQKSVE
Site 22S131GRGTAQYSSQKSVEE
Site 23S132RGTAQYSSQKSVEER
Site 24S135AQYSSQKSVEERSLR
Site 25S140QKSVEERSLRHPLRR
Site 26S151PLRRLEISPDSSPER
Site 27S154RLEISPDSSPERAHY
Site 28S155LEISPDSSPERAHYT
Site 29Y161SSPERAHYTHSDYQY
Site 30T162SPERAHYTHSDYQYS
Site 31S164ERAHYTHSDYQYSQR
Site 32Y166AHYTHSDYQYSQRSQ
Site 33Y168YTHSDYQYSQRSQAG
Site 34S169THSDYQYSQRSQAGH
Site 35S172DYQYSQRSQAGHTLH
Site 36S183HTLHHQESRRAALLV
Site 37Y194ALLVPPRYARSEIVG
Site 38S197VPPRYARSEIVGVSR
Site 39S203RSEIVGVSRAGTTSR
Site 40T207VGVSRAGTTSRQRHF
Site 41T208GVSRAGTTSRQRHFD
Site 42S209VSRAGTTSRQRHFDT
Site 43T216SRQRHFDTYHRQYQH
Site 44Y217RQRHFDTYHRQYQHG
Site 45Y221FDTYHRQYQHGSVSD
Site 46S225HRQYQHGSVSDTVFD
Site 47S227QYQHGSVSDTVFDSI
Site 48T229QHGSVSDTVFDSIPA
Site 49T242PANPALLTYPRPGTS
Site 50Y243ANPALLTYPRPGTSR
Site 51T248LTYPRPGTSRSMGNL
Site 52S249TYPRPGTSRSMGNLL
Site 53S251PRPGTSRSMGNLLEK
Site 54Y261NLLEKENYLTAGLTV
Site 55T263LEKENYLTAGLTVGQ
Site 56T267NYLTAGLTVGQVRPL
Site 57T281LVPLQPVTQNRASRS
Site 58S286PVTQNRASRSSWHQS
Site 59S288TQNRASRSSWHQSSF
Site 60S289QNRASRSSWHQSSFH
Site 61S293SRSSWHQSSFHSTRT
Site 62S294RSSWHQSSFHSTRTL
Site 63S297WHQSSFHSTRTLREA
Site 64T298HQSSFHSTRTLREAG
Site 65T300SSFHSTRTLREAGPS
Site 66S307TLREAGPSVAVDSSG
Site 67S312GPSVAVDSSGRRAHL
Site 68S313PSVAVDSSGRRAHLT
Site 69T320SGRRAHLTVGQAAAG
Site 70S329GQAAAGGSGNLLTER
Site 71T334GGSGNLLTERSTFTD
Site 72S337GNLLTERSTFTDSQL
Site 73T338NLLTERSTFTDSQLG
Site 74S342ERSTFTDSQLGNADM
Site 75S368EADHMPPSRISAAAT
Site 76T462KKQITDHTVNLRSRN
Site 77S467DHTVNLRSRNGWPGA
Site 78S482VAHACNPSTLGGQGG
Site 79T483AHACNPSTLGGQGGR
Site 80T492GGQGGRITRSGVRDQ
Site 81S494QGGRITRSGVRDQPD
Site 82S510HGLLWNLSSNDKLKN
Site 83S511GLLWNLSSNDKLKNL
Site 84Y543SGWPEGDYPKANGLL
Site 85S566TGCLRNMSSAGADGR
Site 86S567GCLRNMSSAGADGRK
Site 87S585RCDGLIDSLVHYVRG
Site 88T593LVHYVRGTIADYQPD
Site 89Y597VRGTIADYQPDDKAT
Site 90Y616CILHNLSYQLEAELP
Site 91Y626EAELPEKYSQNIYIQ
Site 92S627AELPEKYSQNIYIQN
Site 93Y631EKYSQNIYIQNRNIQ
Site 94S650KSIGCFGSRSRKVKE
Site 95S652IGCFGSRSRKVKEQY
Site 96Y659SRKVKEQYQDVPMPE
Site 97S669VPMPEEKSNPKGVEW
Site 98Y686HSIVIRMYLSLIAKS
Site 99S693YLSLIAKSVRNYTQE
Site 100Y697IAKSVRNYTQEASLG
Site 101T698AKSVRNYTQEASLGA
Site 102S713LQNLTAGSGPMPTSV
Site 103T723MPTSVAQTVVQKESG
Site 104S744MLHVGDPSVKKTAIS
Site 105T748GDPSVKKTAISLLRN
Site 106S751SVKKTAISLLRNLSR
Site 107S757ISLLRNLSRNLSLQN
Site 108S761RNLSRNLSLQNEIAK
Site 109T798TTASACYTLNNIIQN
Site 110T816NARDLLNTGGIQKIM
Site 111Y831AISAGDAYASNKASK
Site 112S833SAGDAYASNKASKAA
Site 113Y845KAASVLLYSLWAHTE
Site 114T865KKAQFKKTDFVNSRT
Site 115S870KKTDFVNSRTAKAYH
Site 116Y876NSRTAKAYHSLKD__
 
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