PhosphoNET

           
Protein Info 
   
Short Name:  MYO10
Full Name:  Myosin-X
Alias:  KIAA0799; myosin X; myosin-10
Type:  Motor protein
Mass (Da):  237347
Number AA:  2058
UniProt ID:  Q9HD67
International Prot ID:  IPI00289258
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016459     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003779  GO:0003774 PhosphoSite+ KinaseNET
Biological Process:  GO:0007165     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 1S22ENGQHFPSTVNSCAE
Site 2T23NGQHFPSTVNSCAEG
Site 3S70EGVDDMASLTELHGG
Site 4Y81LHGGSIMYNLFQRYK
Site 5Y87MYNLFQRYKRNQIYT
Site 6Y93RYKRNQIYTYIGSIL
Site 7T94YKRNQIYTYIGSILA
Site 8Y95KRNQIYTYIGSILAS
Site 9Y113YQPIAGLYEPATMEQ
Site 10T117AGLYEPATMEQYSRR
Site 11Y121EPATMEQYSRRHLGE
Site 12S122PATMEQYSRRHLGEL
Site 13S156DNQCILISGESGAGK
Site 14S159CILISGESGAGKTES
Site 15T164GESGAGKTESTKLIL
Site 16S166SGAGKTESTKLILKF
Site 17S181LSVISQQSLELSLKE
Site 18S185SQQSLELSLKEKTSC
Site 19T212EAFGNAKTVYNNNSS
Site 20Y214FGNAKTVYNNNSSRF
Site 21S218KTVYNNNSSRFGKFV
Site 22Y243QGGRIVDYLLEKNRV
Site 23Y260QNPGERNYHIFYALL
Site 24Y279HEEREEFYLSTPENY
Site 25S281EREEFYLSTPENYHY
Site 26T282REEFYLSTPENYHYL
Site 27Y286YLSTPENYHYLNQSG
Site 28Y288STPENYHYLNQSGCV
Site 29T299SGCVEDKTISDQESF
Site 30S301CVEDKTISDQESFRE
Site 31S305KTISDQESFREVITA
Site 32S319AMDVMQFSKEEVREV
Site 33S350TAGGAQVSFKTALGR
Site 34T374TQLTDALTQRSMFLR
Site 35S377TDALTQRSMFLRGEE
Site 36T387LRGEEILTPLNVQQA
Site 37S397NVQQAVDSRDSLAMA
Site 38S419WVIKKINSRIKGNED
Site 39S429KGNEDFKSIGILDIF
Site 40Y461ANEKLQEYFNKHIFS
Site 41S468YFNKHIFSLEQLEYS
Site 42Y474FSLEQLEYSREGLVW
Site 43S510LALINEESHFPQATD
Site 44T516ESHFPQATDSTLLEK
Site 45T519FPQATDSTLLEKLHS
Site 46S526TLLEKLHSQHANNHF
Site 47Y534QHANNHFYVKPRVAV
Site 48Y549NNFGVKHYAGEVQYD
Site 49Y555HYAGEVQYDVRGILE
Site 50T567ILEKNRDTFRDDLLN
Site 51S579LLNLLRESRFDFIYD
Site 52Y585ESRFDFIYDLFEHVS
Site 53S592YDLFEHVSSRNNQDT
Site 54S593DLFEHVSSRNNQDTL
Site 55T599SSRNNQDTLKCGSKH
Site 56S604QDTLKCGSKHRRPTV
Site 57T610GSKHRRPTVSSQFKD
Site 58S612KHRRPTVSSQFKDSL
Site 59S613HRRPTVSSQFKDSLH
Site 60S618VSSQFKDSLHSLMAT
Site 61S621QFKDSLHSLMATLSS
Site 62S628SLMATLSSSNPFFVR
Site 63Y659VVLNQLRYSGMLETV
Site 64S660VLNQLRYSGMLETVR
Site 65T665RYSGMLETVRIRKAG
Site 66Y673VRIRKAGYAVRRPFQ
Site 67Y683RRPFQDFYKRYKVLM
Site 68S705DVRGKCTSLLQLYDA
Site 69Y710CTSLLQLYDASNSEW
Site 70S729TKVFLRESLEQKLEK
Site 71S743KRREEEVSHAAMVIR
Site 72Y762GFLARKQYRKVLYCV
Site 73Y808GQIARRVYRQLLAEK
Site 74S868ELEALQKSQKEAELT
Site 75T875SQKEAELTRELEKQK
Site 76S910MKEQQELSLTEASLQ
Site 77T912EQQELSLTEASLQKL
Site 78S944AAQEFLESLNFDEID
Site 79S960CVRNIERSLSVGSEF
Site 80S962RNIERSLSVGSEFSS
Site 81S965ERSLSVGSEFSSELA
Site 82S969SVGSEFSSELAESAC
Site 83S974FSSELAESACEEKPN
Site 84S985EKPNFNFSQPYPEEE
Site 85Y988NFNFSQPYPEEEVDE
Site 86S1007DDDAFKDSPNPSEHG
Site 87S1011FKDSPNPSEHGHSDQ
Site 88S1016NPSEHGHSDQRTSGI
Site 89T1020HGHSDQRTSGIRTSD
Site 90S1021GHSDQRTSGIRTSDD
Site 91T1025QRTSGIRTSDDSSEE
Site 92S1026RTSGIRTSDDSSEED
Site 93S1029GIRTSDDSSEEDPYM
Site 94S1030IRTSDDSSEEDPYMN
Site 95Y1035DSSEEDPYMNDTVVP
Site 96T1039EDPYMNDTVVPTSPS
Site 97S1044NDTVVPTSPSADSTV
Site 98S1049PTSPSADSTVLLAPS
Site 99S1060LAPSVQDSGSLHNSS
Site 100S1062PSVQDSGSLHNSSSG
Site 101S1066DSGSLHNSSSGESTY
Site 102S1067SGSLHNSSSGESTYC
Site 103S1068GSLHNSSSGESTYCM
Site 104S1071HNSSSGESTYCMPQN
Site 105T1072NSSSGESTYCMPQNA
Site 106Y1073SSSGESTYCMPQNAG
Site 107S1084QNAGDLPSPDGDYDY
Site 108Y1089LPSPDGDYDYDQDDY
Site 109Y1091SPDGDYDYDQDDYED
Site 110Y1096YDYDQDDYEDGAITS
Site 111S1103YEDGAITSGSSVTFS
Site 112S1105DGAITSGSSVTFSNS
Site 113S1106GAITSGSSVTFSNSY
Site 114T1108ITSGSSVTFSNSYGS
Site 115S1110SGSSVTFSNSYGSQW
Site 116S1112SSVTFSNSYGSQWSP
Site 117Y1113SVTFSNSYGSQWSPD
Site 118S1115TFSNSYGSQWSPDYR
Site 119S1118NSYGSQWSPDYRCSV
Site 120Y1121GSQWSPDYRCSVGTY
Site 121S1124WSPDYRCSVGTYNSS
Site 122T1127DYRCSVGTYNSSGAY
Site 123Y1128YRCSVGTYNSSGAYR
Site 124S1130CSVGTYNSSGAYRFS
Site 125S1131SVGTYNSSGAYRFSS
Site 126Y1134TYNSSGAYRFSSEGA
Site 127S1137SSGAYRFSSEGAQSS
Site 128S1138SGAYRFSSEGAQSSF
Site 129S1143FSSEGAQSSFEDSEE
Site 130S1144SSEGAQSSFEDSEED
Site 131S1148AQSSFEDSEEDFDSR
Site 132S1154DSEEDFDSRFDTDDE
Site 133T1158DFDSRFDTDDELSYR
Site 134S1163FDTDDELSYRRDSVY
Site 135Y1164DTDDELSYRRDSVYS
Site 136S1168ELSYRRDSVYSCVTL
Site 137Y1170SYRRDSVYSCVTLPY
Site 138S1171YRRDSVYSCVTLPYF
Site 139Y1183PYFHSFLYMKGGLMN
Site 140S1226LHKKGGGSSTLSRRN
Site 141S1227HKKGGGSSTLSRRNW
Site 142T1228KKGGGSSTLSRRNWK
Site 143S1230GGGSSTLSRRNWKKR
Site 144Y1248LRQSKLMYFENDSEE
Site 145T1260SEEKLKGTVEVRTAK
Site 146T1273AKEIIDNTTKENGID
Site 147S1294TFHLIAESPEDASQW
Site 148S1299AESPEDASQWFSVLS
Site 149S1303EDASQWFSVLSQVHA
Site 150S1306SQWFSVLSQVHASTD
Site 151S1344LIDSVCASDSPDRPN
Site 152S1346DSVCASDSPDRPNSF
Site 153S1352DSPDRPNSFVIITAN
Site 154T1377EEMHHWITLLQRSKG
Site 155T1386LQRSKGDTRVEGQEF
Site 156S1406LHKEVKNSPKMSSLK
Site 157S1410VKNSPKMSSLKLKKR
Site 158T1422KKRWFVLTHNSLDYY
Site 159S1425WFVLTHNSLDYYKSS
Site 160Y1428LTHNSLDYYKSSEKN
Site 161Y1429THNSLDYYKSSEKNA
Site 162S1431NSLDYYKSSEKNALK
Site 163S1432SLDYYKSSEKNALKL
Site 164Y1463KIFKETGYWNVTVYG
Site 165Y1469GYWNVTVYGRKHCYR
Site 166Y1478RKHCYRLYTKLLNEA
Site 167T1479KHCYRLYTKLLNEAT
Site 168T1486TKLLNEATRWSSAIQ
Site 169S1489LNEATRWSSAIQNVT
Site 170S1490NEATRWSSAIQNVTD
Site 171T1496SSAIQNVTDTKAPID
Site 172T1498AIQNVTDTKAPIDTP
Site 173T1504DTKAPIDTPTQQLIQ
Site 174Y1527SDVVEQIYKRNPILR
Site 175Y1535KRNPILRYTHHPLHS
Site 176T1536RNPILRYTHHPLHSP
Site 177S1542YTHHPLHSPLLPLPY
Site 178Y1562NLLKDKGYTTLQDEA
Site 179S1575EAIKIFNSLQQLESM
Site 180S1581NSLQQLESMSDPIPI
Site 181Y1607RPLRDELYCQLIKQT
Site 182T1614YCQLIKQTNKVPHPG
Site 183S1622NKVPHPGSVGNLYSW
Site 184Y1648PSRGILKYLKFHLKR
Site 185S1663IREQFPGSEMEKYAL
Site 186Y1668PGSEMEKYALFTYES
Site 187Y1673EKYALFTYESLKKTK
Site 188S1675YALFTYESLKKTKCR
Site 189T1679TYESLKKTKCREFVP
Site 190S1687KCREFVPSRDEIEAL
Site 191T1703HRQEMTSTVYCHGGG
Site 192Y1705QEMTSTVYCHGGGSC
Site 193T1715GGGSCKITINSHTTA
Site 194S1738RGLAMEDSRNMFALF
Site 195S1757HVDKAIESRTVVADV
Site 196T1774KFEKLAATSEVGDLP
Site 197T1794KLYCFLDTDNVPKDS
Site 198Y1842LQYLQGDYTLHAAIP
Site 199T1843QYLQGDYTLHAAIPP
Site 200S1856PPLEEVYSLQRLKAR
Site 201S1865QRLKARISQSTKTFT
Site 202S1867LKARISQSTKTFTPC
Site 203T1868KARISQSTKTFTPCE
Site 204T1870RISQSTKTFTPCERL
Site 205T1872SQSTKTFTPCERLEK
Site 206T1882ERLEKRRTSFLEGTL
Site 207S1883RLEKRRTSFLEGTLR
Site 208T1888RTSFLEGTLRRSFRT
Site 209S1892LEGTLRRSFRTGSVV
Site 210T1895TLRRSFRTGSVVRQK
Site 211S1897RRSFRTGSVVRQKVE
Site 212S1919WIKEEVSSARASIID
Site 213S1923EVSSARASIIDKWRK
Site 214S1981GVSADAVSVYKRGEG
Site 215Y1983SADAVSVYKRGEGRP
Site 216Y1996RPLEVFQYEHILSFG
Site 217S2024RELLFETSEVVDVAK
Site 218Y2036VAKLMKAYISMIVKK
Site 219S2038KLMKAYISMIVKKRY
Site 220S2046MIVKKRYSTTRSASS
Site 221T2047IVKKRYSTTRSASSQ
Site 222T2048VKKRYSTTRSASSQG
Site 223S2050KRYSTTRSASSQGSS
Site 224S2052YSTTRSASSQGSSR_
Site 225S2053STTRSASSQGSSR__
Site 226S2056RSASSQGSSR_____
 
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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