PhosphoNET

           
Protein Info 
   
Short Name:  PPL
Full Name:  Periplakin
Alias:  190 kDa paraneoplastic pemphigus antigen; 195 kDa cornified envelope precursor; 195 kDa cornified envelope precursor protein; KIAA0568; PEPL
Type:  Cytoskeletal protein
Mass (Da):  204678
Number AA:  1756
UniProt ID:  O60437
International Prot ID:  IPI00298057
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005856  GO:0030057  GO:0005739 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005200   PhosphoSite+ KinaseNET
Biological Process:  GO:0031424     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 1Y13RKRNKGKYSPTVQTR
Site 2S14KRNKGKYSPTVQTRS
Site 3T16NKGKYSPTVQTRSIS
Site 4S21SPTVQTRSISNKELS
Site 5S23TVQTRSISNKELSEL
Site 6S28SISNKELSELIEQLQ
Site 7T48VEKNIVDTEAKMQSD
Site 8T71QPEHRDVTLQKVLDS
Site 9T115RQLKERVTNLRGKHK
Site 10Y125RGKHKQIYRLAVKEV
Site 11S153LDKLNNQSFGTDLPL
Site 12S192DGDKEQNSELRAKYQ
Site 13Y198NSELRAKYQKLLAAS
Site 14S205YQKLLAASQARQQHL
Site 15S213QARQQHLSSLQDYMQ
Site 16S214ARQQHLSSLQDYMQR
Site 17Y218HLSSLQDYMQRCTNE
Site 18Y227QRCTNELYWLDQQAK
Site 19Y239QAKGRMQYDWSDRNL
Site 20Y248WSDRNLDYPSRRRQY
Site 21S250DRNLDYPSRRRQYEN
Site 22Y255YPSRRRQYENFINRN
Site 23S290AEHPGRNSIEAHMEA
Site 24Y318CEESHLKYMEDYHQF
Site 25Y322HLKYMEDYHQFHEDV
Site 26S341ELLRKVDSDLNQKYG
Site 27Y347DSDLNQKYGPDFKDR
Site 28Y355GPDFKDRYQIELLLR
Site 29Y374QEKVLDKYEDVVQGL
Site 30Y393QQVVPLKYRRETPLK
Site 31T397PLKYRRETPLKPIPV
Site 32S418EGEQGLISRGYSYTL
Site 33Y421QGLISRGYSYTLQKN
Site 34S422GLISRGYSYTLQKNN
Site 35T424ISRGYSYTLQKNNGE
Site 36S438ESWELMDSAGNKLIA
Site 37S465EALALADSLGSQYRS
Site 38S468ALADSLGSQYRSVRQ
Site 39S472SLGSQYRSVRQKAAG
Site 40S480VRQKAAGSKRTLQQR
Site 41Y488KRTLQQRYEVLKTEN
Site 42T493QRYEVLKTENPGDAS
Site 43S500TENPGDASDLQGRQL
Site 44S516AGLDKVASDLDRQEK
Site 45T526DRQEKAITGILRPPL
Site 46S542QGRAVQDSAERAKDL
Site 47T564LRIEPEKTRSTAEGE
Site 48S566IEPEKTRSTAEGEAF
Site 49T567EPEKTRSTAEGEAFI
Site 50T593LRTRVEDTNRKYEHL
Site 51Y597VEDTNRKYEHLLQLL
Site 52S620VANRLEKSLQQSWEL
Site 53S624LEKSLQQSWELLATH
Site 54T630QSWELLATHENHLNQ
Site 55T640NHLNQDDTVPESSRV
Site 56S644QDDTVPESSRVLDSK
Site 57S650ESSRVLDSKGQELAA
Site 58S667CELQAQKSLLGEVEQ
Site 59S684QAAKQCSSTLASRFQ
Site 60S688QCSSTLASRFQEHCP
Site 61S724QVERRAQSLQSAKAA
Site 62Y732LQSAKAAYEHFHRGH
Site 63S751QFLVSIPSYEPQETD
Site 64Y752FLVSIPSYEPQETDS
Site 65T757PSYEPQETDSLSQME
Site 66S759YEPQETDSLSQMETK
Site 67S761PQETDSLSQMETKLK
Site 68T765DSLSQMETKLKNQKN
Site 69S779NLLDEIASREQEVQK
Site 70Y801YQQAVKDYELEAEKL
Site 71S810LEAEKLRSLLDLENG
Site 72S819LDLENGRSSHVSKRA
Site 73S820DLENGRSSHVSKRAR
Site 74S823NGRSSHVSKRARLQS
Site 75S830SKRARLQSPATKVKE
Site 76Y850AAKFTEVYAINRQRL
Site 77T876QQPEVEVTHETLQRN
Site 78S887LQRNRPDSGVEEAWK
Site 79T903RKELDEETERRRQLE
Site 80S915QLENEVKSTQEEIWT
Site 81T916LENEVKSTQEEIWTL
Site 82T922STQEEIWTLRNQGPQ
Site 83S931RNQGPQESVVRKEVL
Site 84S949PDPVLEESFQQLQRT
Site 85T956SFQQLQRTLAEEQHK
Site 86Y992TRDGGQEYVVKEVLR
Site 87S1046AALAEEKSRAQEKVT
Site 88Y1070DPQLEAEYQQLQEDH
Site 89S1092EKQEEELSFLQDKLK
Site 90T1126KVEKDAATEREVSDL
Site 91S1131AATEREVSDLTRQYE
Site 92T1134EREVSDLTRQYEDEA
Site 93Y1137VSDLTRQYEDEAAKA
Site 94S1147EAAKARASQREKTEL
Site 95T1152RASQREKTELLRKIW
Site 96S1186RPDPKAESEVANLRL
Site 97Y1202LVEQERKYRGAEEQL
Site 98S1211GAEEQLRSYQSELEA
Site 99Y1212AEEQLRSYQSELEAL
Site 100Y1238VTKEVIKYKTDPEME
Site 101T1259REEIVDKTRLIERCD
Site 102Y1270ERCDLEIYQLKKEIQ
Site 103T1304QFQEDPQTKEEVASL
Site 104S1310QTKEEVASLRAKLSE
Site 105S1316ASLRAKLSEEQKKQV
Site 106S1331DLERERASQEEQIAR
Site 107S1344ARKEEELSRVKERVV
Site 108Y1358VQQEVVRYEEEPGLR
Site 109S1369PGLRAEASAFAESID
Site 110S1374EASAFAESIDVELRQ
Site 111T1397RRLQRRRTELERQLE
Site 112T1482LLEGELETLRRKLAA
Site 113S1502VKEKVVLSESVQVEK
Site 114S1504EKVVLSESVQVEKGD
Site 115T1512VQVEKGDTEQEIQRL
Site 116S1521QEIQRLKSSLEEESR
Site 117S1522EIQRLKSSLEEESRS
Site 118S1527KSSLEEESRSKRELD
Site 119S1529SLEEESRSKRELDVE
Site 120S1545SRLEARLSELEFHNS
Site 121S1552SELEFHNSKSSKELD
Site 122S1554LEFHNSKSSKELDFL
Site 123T1579RQNLQLETRRLQSEI
Site 124S1584LETRRLQSEINMAAT
Site 125T1600TRDLRNMTVADSGTN
Site 126S1604RNMTVADSGTNHDSR
Site 127T1606MTVADSGTNHDSRLW
Site 128S1610DSGTNHDSRLWSLER
Site 129S1614NHDSRLWSLERELDD
Site 130S1626LDDLKRLSKDKDLEI
Site 131S1642ELQKRLGSVAVKREQ
Site 132S1657RENHLRRSIVVIHPD
Site 133T1665IVVIHPDTGRELSPE
Site 134S1670PDTGRELSPEEAHRA
Site 135S1708KGPNGESSVIHDRKS
Site 136S1715SVIHDRKSGKKFSIE
Site 137S1720RKSGKKFSIEEALQS
Site 138S1727SIEEALQSGRLTPAQ
Site 139T1731ALQSGRLTPAQYDRY
Site 140Y1735GRLTPAQYDRYVNKD
Site 141Y1738TPAQYDRYVNKDMSI
 
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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