PhosphoNET

           
Protein Info 
   
Short Name:  MYOCD
Full Name:  Myocardin
Alias:  MYCD
Type:  Nucleus protein
Mass (Da):  101997
Number AA:  938
UniProt ID:  Q8IZQ8
International Prot ID:  IPI00218055
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0008134   PhosphoSite+ KinaseNET
Biological Process:  GO:0035051  GO:0010552  GO:0045987 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 1S9TLLGSEHSLLIRSKF
Site 2S14EHSLLIRSKFRSVLQ
Site 3S18LIRSKFRSVLQLRLQ
Site 4T29LRLQQRRTQEQLANQ
Site 5S57EQRKHLDSDKAKNSL
Site 6S63DSDKAKNSLKRKARN
Site 7S74KARNRCNSADLVNMH
Site 8S86NMHILQASTAERSIP
Site 9S143AIKGNQVSFSKSTDA
Site 10S145KGNQVSFSKSTDAFA
Site 11S147NQVSFSKSTDAFAFE
Site 12S157AFAFEEDSSSDGLSP
Site 13S158FAFEEDSSSDGLSPD
Site 14S159AFEEDSSSDGLSPDQ
Site 15S163DSSSDGLSPDQTRSE
Site 16T167DGLSPDQTRSEDPQN
Site 17S169LSPDQTRSEDPQNSA
Site 18S175RSEDPQNSAGSPPDA
Site 19S178DPQNSAGSPPDAKAS
Site 20S185SPPDAKASDTPSTGS
Site 21T187PDAKASDTPSTGSLG
Site 22S189AKASDTPSTGSLGTN
Site 23T190KASDTPSTGSLGTNQ
Site 24S192SDTPSTGSLGTNQDL
Site 25S201GTNQDLASGSENDRN
Site 26S203NQDLASGSENDRNDS
Site 27S210SENDRNDSASQPSHQ
Site 28S212NDRNDSASQPSHQSD
Site 29S218ASQPSHQSDAGKQGL
Site 30S229KQGLGPPSTPIAVHA
Site 31T230QGLGPPSTPIAVHAA
Site 32S240AVHAAVKSKSLGDSK
Site 33S242HAAVKSKSLGDSKNR
Site 34S246KSKSLGDSKNRHKKP
Site 35Y265PKVKKLKYHQYIPPD
Site 36Y268KKLKYHQYIPPDQKA
Site 37S278PDQKAEKSPPPMDSA
Site 38S284KSPPPMDSAYARLLQ
Site 39Y286PPPMDSAYARLLQQQ
Site 40S303FLQLQILSQQQQQQQ
Site 41Y315QQQHRFSYLGMHQAQ
Site 42S336QMVRNPNSSSTPLSN
Site 43S337MVRNPNSSSTPLSNT
Site 44S338VRNPNSSSTPLSNTP
Site 45T339RNPNSSSTPLSNTPL
Site 46S342NSSSTPLSNTPLSPV
Site 47T344SSTPLSNTPLSPVKN
Site 48S347PLSNTPLSPVKNSFS
Site 49S352PLSPVKNSFSGQTGV
Site 50S354SPVKNSFSGQTGVSS
Site 51S361SGQTGVSSFKPGPLP
Site 52S377NLDDLKVSELRQQLR
Site 53S391RIRGLPVSGTKTALM
Site 54T393RGLPVSGTKTALMDR
Site 55T395LPVSGTKTALMDRLR
Site 56S408LRPFQDCSGNPVPNF
Site 57T419VPNFGDITTVTFPVT
Site 58T420PNFGDITTVTFPVTP
Site 59T426TTVTFPVTPNTLPNY
Site 60T429TFPVTPNTLPNYQSS
Site 61Y433TPNTLPNYQSSSSTS
Site 62S435NTLPNYQSSSSTSAL
Site 63S436TLPNYQSSSSTSALS
Site 64S437LPNYQSSSSTSALSN
Site 65S438PNYQSSSSTSALSNG
Site 66T439NYQSSSSTSALSNGF
Site 67S440YQSSSSTSALSNGFY
Site 68S443SSSTSALSNGFYHFG
Site 69Y447SALSNGFYHFGSTSS
Site 70S451NGFYHFGSTSSSPPI
Site 71T452GFYHFGSTSSSPPIS
Site 72S453FYHFGSTSSSPPISP
Site 73S454YHFGSTSSSPPISPA
Site 74S455HFGSTSSSPPISPAS
Site 75S459TSSSPPISPASSDLS
Site 76S462SPPISPASSDLSVAG
Site 77S463PPISPASSDLSVAGS
Site 78S466SPASSDLSVAGSLPD
Site 79S470SDLSVAGSLPDTFND
Site 80T474VAGSLPDTFNDASPS
Site 81S479PDTFNDASPSFGLHP
Site 82S481TFNDASPSFGLHPSP
Site 83S487PSFGLHPSPVHVCTE
Site 84T493PSPVHVCTEESLMSS
Site 85S499CTEESLMSSLNGGSV
Site 86S500TEESLMSSLNGGSVP
Site 87S505MSSLNGGSVPSELDG
Site 88S508LNGGSVPSELDGLDS
Site 89S515SELDGLDSEKDKMLV
Site 90S577IKQEEAVSSCPFASQ
Site 91S578KQEEAVSSCPFASQV
Site 92S583VSSCPFASQVPVKRQ
Site 93S591QVPVKRQSSSSECHP
Site 94S592VPVKRQSSSSECHPP
Site 95S593PVKRQSSSSECHPPA
Site 96S594VKRQSSSSECHPPAC
Site 97S617GNAHCVESSDQTNVL
Site 98T621CVESSDQTNVLSSTF
Site 99S625SDQTNVLSSTFLSPQ
Site 100S626DQTNVLSSTFLSPQC
Site 101T627QTNVLSSTFLSPQCS
Site 102S630VLSSTFLSPQCSPQH
Site 103S634TFLSPQCSPQHSPLG
Site 104S638PQCSPQHSPLGAVKS
Site 105S645SPLGAVKSPQHISLP
Site 106S650VKSPQHISLPPSPNN
Site 107S654QHISLPPSPNNPHFL
Site 108S663NNPHFLPSSSGAQGE
Site 109S664NPHFLPSSSGAQGEG
Site 110S665PHFLPSSSGAQGEGH
Site 111S675QGEGHRVSSPISSQV
Site 112S676GEGHRVSSPISSQVC
Site 113S679HRVSSPISSQVCTAQ
Site 114S680RVSSPISSQVCTAQM
Site 115S693QMAGLHSSDKVGPKF
Site 116S701DKVGPKFSIPSPTFS
Site 117S704GPKFSIPSPTFSKSS
Site 118T706KFSIPSPTFSKSSSA
Site 119S708SIPSPTFSKSSSAIS
Site 120S710PSPTFSKSSSAISEV
Site 121S711SPTFSKSSSAISEVT
Site 122S712PTFSKSSSAISEVTQ
Site 123S715SKSSSAISEVTQPPS
Site 124T718SSAISEVTQPPSYED
Site 125S722SEVTQPPSYEDAVKQ
Site 126Y723EVTQPPSYEDAVKQQ
Site 127S734VKQQMTRSQQMDELL
Site 128S759ADAREDHSCLQKVPK
Site 129S770KVPKIPRSSRSPTAV
Site 130S771VPKIPRSSRSPTAVL
Site 131S773KIPRSSRSPTAVLTK
Site 132T775PRSSRSPTAVLTKPS
Site 133T779RSPTAVLTKPSASFE
Site 134S784VLTKPSASFEQASSG
Site 135S790ASFEQASSGSQIPFD
Site 136S792FEQASSGSQIPFDPY
Site 137Y799SQIPFDPYATDSDEH
Site 138S803FDPYATDSDEHLEVL
Site 139S813HLEVLLNSQSPLGKM
Site 140S815EVLLNSQSPLGKMSD
Site 141S830VTLLKIGSEEPHFDG
Site 142S843DGIMDGFSGKAAEDL
Site 143S862EILPGPLSPMQTQFS
Site 144T866GPLSPMQTQFSPSSV
Site 145S869SPMQTQFSPSSVDSN
Site 146S871MQTQFSPSSVDSNGL
Site 147S872QTQFSPSSVDSNGLQ
Site 148S875FSPSSVDSNGLQLSF
Site 149S881DSNGLQLSFTESPWE
Site 150T883NGLQLSFTESPWETM
Site 151S885LQLSFTESPWETMEW
Site 152T896TMEWLDLTPPNSTPG
Site 153S900LDLTPPNSTPGFSAL
Site 154T901DLTPPNSTPGFSALT
Site 155S905PNSTPGFSALTTSSP
Site 156T923NIDFLDVTDLNLNSS
Site 157S929VTDLNLNSSMDLHLQ
Site 158S930TDLNLNSSMDLHLQQ
 
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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