PhosphoNET

           
Protein Info 
   
Short Name:  PALLD
Full Name:  Palladin
Alias:  Palladin: Sarcoma antigen NY-SAR-77: SIH002: Palladin: Sarcoma antigen NY-SAR-77: SIH002: Palladin: Sarcoma antigen NY-SAR-77: SIH002: Palladin: Sarcoma antigen NY-SAR-77: SIH002: Palladin: Sarcoma antigen NY-SAR-77: SIH002: Palladin: Sarcoma antigen NY-SAR-77: SIH002; Sarcoma antigen NY-SAR-77
Type:  Cytoskeletal protein
Mass (Da):  150537
Number AA:  1383
UniProt ID:  Q8WX93
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005884  GO:0005737  GO:0005634 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0051371  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0007010  GO:0007010  GO:0009987 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 1S6__MSGTSSHESFYDS
Site 2S9SGTSSHESFYDSLSD
Site 3Y11TSSHESFYDSLSDMQ
Site 4S13SHESFYDSLSDMQEE
Site 5S15ESFYDSLSDMQEESK
Site 6T24MQEESKNTDFFPGLS
Site 7S31TDFFPGLSAFLSQEE
Site 8S35PGLSAFLSQEEINKS
Site 9S42SQEEINKSLDLARRA
Site 10S53ARRAIADSETEDFDS
Site 11T55RAIADSETEDFDSEK
Site 12S60SETEDFDSEKEISQI
Site 13S65FDSEKEISQIFSTSP
Site 14S69KEISQIFSTSPASLC
Site 15S74IFSTSPASLCEHPSH
Site 16S80ASLCEHPSHKETKLG
Site 17T84EHPSHKETKLGEHAS
Site 18S91TKLGEHASRRPQDNR
Site 19S99RRPQDNRSTPVQPLA
Site 20T100RPQDNRSTPVQPLAE
Site 21T110QPLAEKQTKSISSPV
Site 22S112LAEKQTKSISSPVSK
Site 23S114EKQTKSISSPVSKRK
Site 24S115KQTKSISSPVSKRKP
Site 25S118KSISSPVSKRKPAMS
Site 26S125SKRKPAMSPLLTRPS
Site 27T129PAMSPLLTRPSYIRS
Site 28S132SPLLTRPSYIRSLRK
Site 29Y133PLLTRPSYIRSLRKA
Site 30S136TRPSYIRSLRKAEKR
Site 31T147AEKRGAKTPSTNVKP
Site 32S149KRGAKTPSTNVKPKT
Site 33T150RGAKTPSTNVKPKTP
Site 34T156STNVKPKTPHQRKGG
Site 35S166QRKGGPQSQLCDKAA
Site 36S192AAKPRNRSPNGESSS
Site 37S197NRSPNGESSSPDSGY
Site 38S198RSPNGESSSPDSGYL
Site 39S199SPNGESSSPDSGYLS
Site 40S202GESSSPDSGYLSPKN
Site 41Y204SSSPDSGYLSPKNQP
Site 42S206SPDSGYLSPKNQPSA
Site 43S212LSPKNQPSALLSASA
Site 44S216NQPSALLSASASQSP
Site 45S218PSALLSASASQSPME
Site 46S220ALLSASASQSPMEDQ
Site 47S222LSASASQSPMEDQGE
Site 48S236EMEREVKSPGARHCY
Site 49Y243SPGARHCYQDNQDLA
Site 50S257AVPHNRKSHPQPHSA
Site 51S263KSHPQPHSALHFPAA
Site 52S279RFIQKLRSQEVAEGS
Site 53Y289VAEGSRVYLECRVTG
Site 54T295VYLECRVTGNPTPRV
Site 55T299CRVTGNPTPRVRWFC
Site 56T314EGKELHNTPDIQIHC
Site 57T339AEAFEDDTGRYTCLA
Site 58T343EDDTGRYTCLATNPS
Site 59S350TCLATNPSGSDTTSA
Site 60S352LATNPSGSDTTSAEV
Site 61T354TNPSGSDTTSAEVFI
Site 62S356PSGSDTTSAEVFIEG
Site 63S365EVFIEGASSTDSDSE
Site 64S366VFIEGASSTDSDSES
Site 65T367FIEGASSTDSDSESL
Site 66S369EGASSTDSDSESLAF
Site 67S371ASSTDSDSESLAFKS
Site 68S373STDSDSESLAFKSRA
Site 69T390MPQAQKKTTSVSLTI
Site 70S392QAQKKTTSVSLTIGS
Site 71S394QKKTTSVSLTIGSSS
Site 72T396KTTSVSLTIGSSSPK
Site 73S401SLTIGSSSPKTGVTT
Site 74S423VPVQQVHSPTSYLCR
Site 75S426QQVHSPTSYLCRPDG
Site 76Y427QVHSPTSYLCRPDGT
Site 77T435LCRPDGTTTAYFPPV
Site 78Y438PDGTTTAYFPPVFTK
Site 79T450FTKELQNTAVAEGQV
Site 80S479VQWFRQGSEIQDSPD
Site 81S484QGSEIQDSPDFRILQ
Site 82S496ILQKKPRSTAEPEEI
Site 83T497LQKKPRSTAEPEEIC
Site 84S522DAGIFTCSARNDYGS
Site 85Y527TCSARNDYGSATSTA
Site 86S529SARNDYGSATSTAQL
Site 87T533DYGSATSTAQLVVTS
Site 88S547SANTENCSYESMGES
Site 89Y548ANTENCSYESMGESN
Site 90S573PPILETSSLELASKK
Site 91S578TSSLELASKKPSEIQ
Site 92S582ELASKKPSEIQQVNN
Site 93S595NNPELGLSRAALQMQ
Site 94T610FNAAERETSGVHPSR
Site 95S611NAAERETSGVHPSRG
Site 96S616ETSGVHPSRGVNGLI
Site 97S629LINGKANSNKSLPTP
Site 98S632GKANSNKSLPTPAVL
Site 99T635NSNKSLPTPAVLLSP
Site 100S641PTPAVLLSPTKEPPP
Site 101T643PAVLLSPTKEPPPLL
Site 102S684QPPPAPRSAPPSPPF
Site 103S688APRSAPPSPPFPPPP
Site 104T704FPELAACTPPASPEP
Site 105S708AACTPPASPEPMSAL
Site 106S713PASPEPMSALASRSA
Site 107S717EPMSALASRSAPAMQ
Site 108S719MSALASRSAPAMQSS
Site 109S725RSAPAMQSSGSFNYA
Site 110S726SAPAMQSSGSFNYAR
Site 111S728PAMQSSGSFNYARPK
Site 112Y731QSSGSFNYARPKQFI
Site 113S747AQNLGPASGHGTPAS
Site 114T751GPASGHGTPASSPSS
Site 115S754SGHGTPASSPSSSSL
Site 116S755GHGTPASSPSSSSLP
Site 117S757GTPASSPSSSSLPSP
Site 118S758TPASSPSSSSLPSPM
Site 119S759PASSPSSSSLPSPMS
Site 120S760ASSPSSSSLPSPMSP
Site 121S763PSSSSLPSPMSPTPR
Site 122S766SSLPSPMSPTPRQFG
Site 123T768LPSPMSPTPRQFGRA
Site 124S794EPEAPWGSSSPSPPP
Site 125S795PEAPWGSSSPSPPPP
Site 126S796EAPWGSSSPSPPPPP
Site 127S798PWGSSSPSPPPPPPP
Site 128T810PPPVFSPTAAFPVPD
Site 129S830PPPPPLPSPGQASHC
Site 130S835LPSPGQASHCSSPAT
Site 131S838PGQASHCSSPATRFG
Site 132S839GQASHCSSPATRFGH
Site 133T842SHCSSPATRFGHSQT
Site 134S847PATRFGHSQTPAAFL
Site 135T849TRFGHSQTPAAFLSA
Site 136T877LGLPKGVTPAGFPKK
Site 137S886AGFPKKASRTARIAS
Site 138S893SRTARIASDEEIQGT
Site 139T900SDEEIQGTKDAVIQD
Site 140T927NNGQPRLTYEERMAR
Site 141Y928NGQPRLTYEERMARR
Site 142S941RRLLGADSATVFNIQ
Site 143T954IQEPEEETANQEYKV
Site 144Y959EETANQEYKVSSCEQ
Site 145S962ANQEYKVSSCEQRLI
Site 146S970SCEQRLISEIEYRLE
Site 147Y974RLISEIEYRLERSPV
Site 148S979IEYRLERSPVDESGD
Site 149S984ERSPVDESGDEVQYG
Site 150Y990ESGDEVQYGDVPVEN
Site 151Y1010FEMKLKHYKIFEGMP
Site 152T1021EGMPVTFTCRVAGNP
Site 153Y1033GNPKPKIYWFKDGKQ
Site 154S1042FKDGKQISPKSDHYT
Site 155S1045GKQISPKSDHYTIQR
Site 156Y1048ISPKSDHYTIQRDLD
Site 157T1049SPKSDHYTIQRDLDG
Site 158T1057IQRDLDGTCSLHTTA
Site 159S1059RDLDGTCSLHTTAST
Site 160T1063GTCSLHTTASTLDDD
Site 161S1065CSLHTTASTLDDDGN
Site 162T1066SLHTTASTLDDDGNY
Site 163Y1073TLDDDGNYTIMAANP
Site 164S1085ANPQGRISCTGRLMV
Site 165S1101AVNQRGRSPRSPSGH
Site 166S1104QRGRSPRSPSGHPHV
Site 167S1106GRSPRSPSGHPHVRR
Site 168S1116PHVRRPRSRSRDSGD
Site 169S1118VRRPRSRSRDSGDEN
Site 170S1121PRSRSRDSGDENEPI
Site 171T1145LQAPGDLTVQEGKLC
Site 172T1163CKVSGLPTPDLSWQL
Site 173S1167GLPTPDLSWQLDGKP
Site 174S1179GKPVRPDSAHKMLVR
Site 175Y1206TSRDAGIYTCIATNR
Site 176T1211GIYTCIATNRAGQNS
Site 177S1218TNRAGQNSFSLELVV
Site 178T1243FIEKLQNTGVADGYP
Site 179Y1249NTGVADGYPVRLECR
Site 180S1273FWKKENESLTHSTDR
Site 181S1277ENESLTHSTDRVSMH
Site 182T1278NESLTHSTDRVSMHQ
Site 183T1307KEDAGWYTVSAKNEA
Site 184Y1326CTARLDVYTQWHQQS
Site 185T1327TARLDVYTQWHQQSQ
Site 186S1333YTQWHQQSQSTKPKK
Site 187S1344KPKKVRPSASRYAAL
Site 188S1346KKVRPSASRYAALSD
Site 189Y1348VRPSASRYAALSDQG
Site 190S1352ASRYAALSDQGLDIK
 
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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