PhosphoNET

           
Protein Info 
   
Short Name:  MYO3A
Full Name:  Myosin-IIIa
Alias:  Class III myosin; EC 2.7.11.1; MY3A; Myosin IIIA
Type:  Protein-serine kinase, STE group, STE20 family, NinaC subfamily; Actin binding
Mass (Da):  186208
Number AA:  1616
UniProt ID:  Q8NEV4
International Prot ID:  IPI00185036
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0031941  GO:0030175 Uniprot OncoNet
Molecular Function:  GO:0043531  GO:0005524  GO:0003779 PhosphoSite+ KinaseNET
Biological Process:  GO:0046777  GO:0050896  GO:0007605 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 1T20NFPDPSDTWEITETI
Site 2T26DTWEITETIGKGTYG
Site 3S73YNILKALSDHPNVVR
Site 4Y82HPNVVRFYGIYFKKD
Site 5Y85VVRFYGIYFKKDKVN
Site 6S123LKRGERMSEPLIAYI
Site 7T159KGNNILLTTEGGVKL
Site 8T176FGVSAQLTSTRHRRN
Site 9S177GVSAQLTSTRHRRNT
Site 10T178VSAQLTSTRHRRNTS
Site 11T184STRHRRNTSVGTPFW
Site 12T188RRNTSVGTPFWMAPE
Site 13Y207EQQLDTTYDARCDTW
Site 14T213TYDARCDTWSLGITA
Site 15S215DARCDTWSLGITAIE
Site 16T269DFISKCLTKDYEKRP
Site 17Y272SKCLTKDYEKRPTVS
Site 18T277KDYEKRPTVSELLQH
Site 19T324ARRERIHTKKGNFNR
Site 20T345KDVDDLATLEILDEN
Site 21T353LEILDENTVSEQLEK
Site 22S355ILDENTVSEQLEKCY
Site 23Y362SEQLEKCYSRDQIYV
Site 24Y387PFQSLGLYSTKHSKL
Site 25S388FQSLGLYSTKHSKLY
Site 26T389QSLGLYSTKHSKLYI
Site 27S392GLYSTKHSKLYIGSK
Site 28Y395STKHSKLYIGSKRTA
Site 29S398HSKLYIGSKRTASPP
Site 30S403IGSKRTASPPHIFAM
Site 31Y421GYQSMITYNSDQCIV
Site 32S430SDQCIVISGESGAGK
Site 33S485TIINDNSSRFGKYLE
Site 34Y490NSSRFGKYLEMKFTS
Site 35Y509VGAQISEYLLEKSRV
Site 36S514SEYLLEKSRVIHQAI
Site 37Y545EKKKLAHYKLPENKP
Site 38Y555PENKPPRYLQNDHLR
Site 39T563LQNDHLRTVQDIMNN
Site 40Y573DIMNNSFYKSQYELI
Site 41Y577NSFYKSQYELIEQCF
Site 42S613NVGNIEFSSVATEHQ
Site 43S614VGNIEFSSVATEHQI
Site 44S652ELQEALTSHCVVTRG
Site 45T667ETIIRPNTVEKATDV
Site 46T681VRDAMAKTLYGRLFS
Site 47S688TLYGRLFSWIVNCIN
Site 48S702NSLLKHDSSPSGNGD
Site 49S703SLLKHDSSPSGNGDE
Site 50Y743IANEQIQYYYNQHVF
Site 51Y744ANEQIQYYYNQHVFA
Site 52Y757FAWEQNEYLNEDVDA
Site 53Y769VDARVIEYEDNWPLL
Site 54S788QKPMGLLSLLDEESR
Site 55S794LSLLDEESRFPKATD
Site 56T800ESRFPKATDQTLVEK
Site 57T803FPKATDQTLVEKFEG
Site 58Y816EGNLKSQYFWRPKRM
Site 59S826RPKRMELSFGIHHYA
Site 60T853KNRDTLPTDIVLLLR
Site 61S865LLRSSDNSVIRQLVN
Site 62T876QLVNHPLTKTGNLPH
Site 63S884KTGNLPHSKTKNVIN
Site 64T886GNLPHSKTKNVINYQ
Site 65Y892KTKNVINYQMRTSEK
Site 66S897INYQMRTSEKLINLA
Site 67T908INLAKGDTGEATRHA
Site 68T918ATRHARETTNMKTQT
Site 69T919TRHARETTNMKTQTV
Site 70T923RETTNMKTQTVASYF
Site 71T925TTNMKTQTVASYFRY
Site 72Y929KTQTVASYFRYSLMD
Site 73S956VRCIKPNSERQARKY
Site 74Y963SERQARKYDKEKVLL
Site 75S989RIRRLGFSHRILFAN
Site 76Y1002ANFIKRYYLLCYKSS
Site 77Y1006KRYYLLCYKSSEEPR
Site 78S1008YYLLCYKSSEEPRMS
Site 79S1009YLLCYKSSEEPRMSP
Site 80S1015SSEEPRMSPDTCATI
Site 81T1018EPRMSPDTCATILEK
Site 82Y1042KTKVFLKYYHVEQLN
Site 83Y1043TKVFLKYYHVEQLNL
Site 84Y1075AFLCSRRYQKIQEKR
Site 85S1085IQEKRKESAIIIQSA
Site 86S1119AVTTIQTSDQEFDYK
Site 87Y1125TSDQEFDYKKNFENT
Site 88S1135NFENTRESFVKKQAE
Site 89S1146KQAENAISANERFIS
Site 90S1153SANERFISAPNNKGS
Site 91S1160SAPNNKGSVSVVKTS
Site 92S1162PNNKGSVSVVKTSTF
Site 93T1166GSVSVVKTSTFKPEE
Site 94S1167SVSVVKTSTFKPEEE
Site 95T1168VSVVKTSTFKPEEET
Site 96T1176FKPEEETTNAVESNN
Site 97Y1186VESNNRVYQTPKKMN
Site 98T1188SNNRVYQTPKKMNNV
Site 99Y1205EEVKQEFYLVGPEVS
Site 100S1212YLVGPEVSPKQKSVK
Site 101S1217EVSPKQKSVKDLEEN
Site 102S1225VKDLEENSNLRKVEK
Site 103Y1241EAMIQSYYQRYTEER
Site 104T1245QSYYQRYTEERNCEE
Site 105S1253EERNCEESKAAYLER
Site 106Y1257CEESKAAYLERKAIS
Site 107S1264YLERKAISERPSYPV
Site 108S1268KAISERPSYPVPWLA
Site 109Y1269AISERPSYPVPWLAE
Site 110S1280WLAENETSFKKTLEP
Site 111T1284NETSFKKTLEPTLSQ
Site 112T1288FKKTLEPTLSQRSIY
Site 113S1290KTLEPTLSQRSIYQN
Site 114Y1295TLSQRSIYQNANSME
Site 115S1300SIYQNANSMEKEKKT
Site 116S1308MEKEKKTSVVTQRAP
Site 117S1318TQRAPICSQEEGRGR
Site 118T1330RGRLRHETVKERQVE
Site 119S1355KAAVFIQSKYRGYKR
Site 120Y1360IQSKYRGYKRRQQLR
Site 121S1372QLRKDKMSSFKHQRI
Site 122S1373LRKDKMSSFKHQRIV
Site 123T1381FKHQRIVTTPTEVAR
Site 124T1382KHQRIVTTPTEVARN
Site 125T1390PTEVARNTHNLYSYP
Site 126Y1394ARNTHNLYSYPTKHE
Site 127Y1396NTHNLYSYPTKHEEI
Site 128S1414KKKDNKDSKATSERE
Site 129S1418NKDSKATSEREACGL
Site 130S1433AIFSKQISKLSEEYF
Site 131S1436SKQISKLSEEYFILQ
Site 132S1452KLNEMILSQQLKSLY
Site 133Y1459SQQLKSLYLGVSHHK
Site 134S1463KSLYLGVSHHKPINR
Site 135S1473KPINRRVSSQQCLSG
Site 136S1474PINRRVSSQQCLSGV
Site 137S1479VSSQQCLSGVCKGEE
Site 138T1501RRPRKPKTLNNPEDS
Site 139T1509LNNPEDSTYYYLLHK
Site 140Y1510NNPEDSTYYYLLHKS
Site 141Y1512PEDSTYYYLLHKSIQ
Site 142S1517YYYLLHKSIQEEKRR
Site 143S1529KRRPRKDSQGKLLDL
Site 144Y1540LLDLEDFYYKEFLPS
Site 145Y1541LDLEDFYYKEFLPSR
Site 146S1547YYKEFLPSRSGPKEH
Site 147S1549KEFLPSRSGPKEHSP
Site 148S1555RSGPKEHSPSLRERR
Site 149S1557GPKEHSPSLRERRPQ
Site 150S1583ERCWAAESPEKEEER
Site 151Y1597REPAANPYDFRRLLR
Site 152T1606FRRLLRKTSQRRRLV
Site 153S1607RRLLRKTSQRRRLVQ
 
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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