PhosphoNET

           
Protein Info 
   
Short Name:  MYPN
Full Name:  Myopalladin
Alias:  145 kDa sarcomeric protein; MYOP
Type:  Actin binding protein
Mass (Da):  145257
Number AA:  1320
UniProt ID:  Q86TC9
International Prot ID:  IPI00645179
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0030017  GO:0043226 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0005488  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0003779     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 1S9QDDSIEASTSISQLL
Site 2S11DSIEASTSISQLLRE
Site 3S13IEASTSISQLLRESY
Site 4S19ISQLLRESYLAETRH
Site 5Y20SQLLRESYLAETRHR
Site 6S33HRGNNERSRAEPSSN
Site 7S38ERSRAEPSSNPCHFG
Site 8S39RSRAEPSSNPCHFGS
Site 9S46SNPCHFGSPSGAAEG
Site 10S48PCHFGSPSGAAEGGG
Site 11S64QDDLPDLSAFLSQEE
Site 12S68PDLSAFLSQEELDES
Site 13S75SQEELDESVNLARLA
Site 14Y85LARLAINYDPLEKAD
Site 15T94PLEKADETQARKRLS
Site 16S101TQARKRLSPDQMKHS
Site 17S108SPDQMKHSPNLSFEP
Site 18S124FCQDNPRSPTSSKES
Site 19T126QDNPRSPTSSKESPQ
Site 20S127DNPRSPTSSKESPQE
Site 21S128NPRSPTSSKESPQEA
Site 22S131SPTSSKESPQEAKRP
Site 23Y140QEAKRPQYCSETQSK
Site 24S142AKRPQYCSETQSKKV
Site 25T144RPQYCSETQSKKVFL
Site 26S162ADFIEELSSLFKSHS
Site 27S163DFIEELSSLFKSHSS
Site 28S167ELSSLFKSHSSKRIR
Site 29S169SSLFKSHSSKRIRPR
Site 30S170SLFKSHSSKRIRPRA
Site 31S183RACKNHKSKLESQNK
Site 32S187NHKSKLESQNKVMQE
Site 33S196NKVMQENSSSFSDLS
Site 34S197KVMQENSSSFSDLSE
Site 35S198VMQENSSSFSDLSER
Site 36S200QENSSSFSDLSERRE
Site 37S203SSSFSDLSERRERSS
Site 38S209LSERRERSSVPIPIP
Site 39S210SERRERSSVPIPIPA
Site 40T219PIPIPADTRDNEVNH
Site 41S243REAEQAASEAAGGDT
Site 42T250SEAAGGDTTPGSSPS
Site 43T251EAAGGDTTPGSSPSS
Site 44S254GGDTTPGSSPSSLYY
Site 45S255GDTTPGSSPSSLYYE
Site 46S257TTPGSSPSSLYYEEP
Site 47S258TPGSSPSSLYYEEPL
Site 48Y260GSSPSSLYYEEPLGQ
Site 49Y261SSPSSLYYEEPLGQP
Site 50T272LGQPPRFTQKLRSRE
Site 51S277RFTQKLRSREVPEGT
Site 52Y303PPPQVRWYCEGKELE
Site 53S312EGKELENSPDIHIVQ
Site 54T336AEAFEEDTGRYSCFA
Site 55S340EEDTGRYSCFASNIY
Site 56S344GRYSCFASNIYGTDS
Site 57Y347SCFASNIYGTDSTSA
Site 58S351SNIYGTDSTSAEIYI
Site 59S353IYGTDSTSAEIYIEG
Site 60Y357DSTSAEIYIEGVSSS
Site 61S362EIYIEGVSSSDSEGD
Site 62S363IYIEGVSSSDSEGDP
Site 63S364YIEGVSSSDSEGDPN
Site 64S366EGVSSSDSEGDPNKE
Site 65S385IQKPNEVSSPPTTSA
Site 66S386QKPNEVSSPPTTSAV
Site 67T389NEVSSPPTTSAVIPP
Site 68T390EVSSPPTTSAVIPPA
Site 69T412VAQPRVATIQQCQSP
Site 70S418ATIQQCQSPTNYLQG
Site 71T420IQQCQSPTNYLQGLD
Site 72Y422QCQSPTNYLQGLDGK
Site 73S445TKMLQNLSASEGQLV
Site 74S463CRVKGAPSPKVEWYR
Site 75Y469PSPKVEWYREGTLIE
Site 76T473VEWYREGTLIEDSPD
Site 77S478EGTLIEDSPDFRILQ
Site 78S490ILQKKPRSMAEPEEI
Site 79T514AEDSGCFTCTASNKY
Site 80T516DSGCFTCTASNKYGT
Site 81Y521TCTASNKYGTVSSIA
Site 82T523TASNKYGTVSSIAQL
Site 83S525SNKYGTVSSIAQLHV
Site 84S526NKYGTVSSIAQLHVR
Site 85S539VRGNEDLSNNGSLHS
Site 86S543EDLSNNGSLHSANST
Site 87S546SNNGSLHSANSTTNL
Site 88T550SLHSANSTTNLAAIE
Site 89S561AAIEPQPSPPHSEPP
Site 90S565PQPSPPHSEPPSVEQ
Site 91S569PPHSEPPSVEQPPKP
Site 92S590VNHNEPRSSSRIGLR
Site 93S591NHNEPRSSSRIGLRV
Site 94S592HNEPRSSSRIGLRVH
Site 95S609LPEDDKGSEASSEAG
Site 96S613DKGSEASSEAGVVTT
Site 97T619SSEAGVVTTRQTRPD
Site 98T623GVVTTRQTRPDSFQE
Site 99S627TRQTRPDSFQERFNG
Site 100T637ERFNGQATKTPEPSS
Site 101T639FNGQATKTPEPSSPV
Site 102S643ATKTPEPSSPVKEPP
Site 103S644TKTPEPSSPVKEPPP
Site 104T661AKPKLDSTQLQQLHN
Site 105S683QLQNPPPSSPKEFPF
Site 106S684LQNPPPSSPKEFPFS
Site 107S691SPKEFPFSMTVLNSN
Site 108T693KEFPFSMTVLNSNAP
Site 109S697FSMTVLNSNAPPAVT
Site 110S707PPAVTTSSKQVKAPS
Site 111S714SKQVKAPSSQTFSLA
Site 112S715KQVKAPSSQTFSLAR
Site 113T717VKAPSSQTFSLARPK
Site 114S719APSSQTFSLARPKYF
Site 115Y725FSLARPKYFFPSTNT
Site 116T730PKYFFPSTNTTAATV
Site 117T736STNTTAATVAPSSSP
Site 118T746PSSSPVFTLSSTPQT
Site 119S748SSPVFTLSSTPQTIQ
Site 120S749SPVFTLSSTPQTIQR
Site 121T750PVFTLSSTPQTIQRT
Site 122T753TLSSTPQTIQRTVSK
Site 123T757TPQTIQRTVSKESLL
Site 124S759QTIQRTVSKESLLVS
Site 125S762QRTVSKESLLVSHPS
Site 126S766SKESLLVSHPSVQTK
Site 127S769SLLVSHPSVQTKSPG
Site 128T772VSHPSVQTKSPGGLS
Site 129S774HPSVQTKSPGGLSIQ
Site 130S779TKSPGGLSIQNEPLP
Site 131T790EPLPPGPTEPTPPPF
Site 132T793PPGPTEPTPPPFTFS
Site 133T798EPTPPPFTFSIPSGN
Site 134S800TPPPFTFSIPSGNQF
Site 135S803PFTFSIPSGNQFQPR
Site 136S813QFQPRCVSPIPVSPT
Site 137S818CVSPIPVSPTSRIQN
Site 138S821PIPVSPTSRIQNPVA
Site 139T843SLPAIPPTNAMGLPR
Site 140S851NAMGLPRSAPSMPSQ
Site 141S854GLPRSAPSMPSQGLA
Site 142T865QGLAKKNTKSPQPVN
Site 143S867LAKKNTKSPQPVNDD
Site 144T879NDDNIRETKNAVIRD
Site 145T892RDLGKKITFSDVRPN
Site 146S894LGKKITFSDVRPNQQ
Site 147Y903VRPNQQEYKISSFEQ
Site 148S907QQEYKISSFEQRLMN
Site 149T923IEFRLERTPVDESDD
Site 150S928ERTPVDESDDEIQHD
Site 151T957RLKHFRVTEGSPVTF
Site 152S960HFRVTEGSPVTFTCK
Site 153Y977GIPVPKVYWFKDGKQ
Site 154T1001MRREGDGTCSLHIES
Site 155S1003REGDGTCSLHIESTT
Site 156S1011LHIESTTSDDDGNYT
Site 157Y1017TSDDDGNYTIMAANP
Site 158S1029ANPQGRISCSGHLMV
Site 159S1038SGHLMVQSLPIRSRL
Site 160S1043VQSLPIRSRLTSAGQ
Site 161T1046LPIRSRLTSAGQSHR
Site 162S1047PIRSRLTSAGQSHRG
Site 163S1051RLTSAGQSHRGRSRV
Site 164S1056GQSHRGRSRVQERDK
Site 165S1097CRLDCKVSGLPPPEL
Site 166T1137SLLIDPLTQRDAGTY
Site 167Y1144TQRDAGTYKCIATNK
Site 168T1152KCIATNKTGQNSFSL
Site 169S1156TNKTGQNSFSLELSV
Site 170S1158KTGQNSFSLELSVVA
Site 171T1215DNETIPCTRERISMH
Site 172S1220PCTRERISMHQDTTG
Site 173T1225RISMHQDTTGYACLL
Site 174S1239LIQPAKKSDAGWYTL
Site 175T1245KSDAGWYTLSAKNEA
Site 176S1276HQIPPPMSVRPSGSR
Site 177S1280PPMSVRPSGSRYGSL
Site 178S1282MSVRPSGSRYGSLTS
Site 179Y1284VRPSGSRYGSLTSKG
Site 180S1286PSGSRYGSLTSKGLD
Site 181T1288GSRYGSLTSKGLDIF
Site 182S1296SKGLDIFSAFSSMES
Site 183S1303SAFSSMESTMVYSCS
Site 184T1304AFSSMESTMVYSCSS
Site 185Y1307SMESTMVYSCSSRSV
Site 186S1310STMVYSCSSRSVVES
Site 187S1311TMVYSCSSRSVVESD
Site 188S1313VYSCSSRSVVESDEL
Site 189S1317SSRSVVESDEL____
 
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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