PhosphoNET

           
Protein Info 
   
Short Name:  Myomesin 1
Full Name:  Myomesin-1
Alias:  190 kDa connectin- associated protein; 190 kDa titin-associated protein; MYM1; MYOM1; Myomesin 1, 185kDa; Skelemin; Titin-associated 190 kDa protein
Type:  Cytoskeletal protein
Mass (Da):  187627
Number AA:  1685
UniProt ID:  P52179
International Prot ID:  IPI00479390
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005863     Uniprot OncoNet
Molecular Function:  GO:0008307     PhosphoSite+ KinaseNET
Biological Process:      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 1Y13YQRCHQHYDLSYRNK
Site 2Y17HQHYDLSYRNKDVRS
Site 3S24YRNKDVRSTVSHYQR
Site 4T25RNKDVRSTVSHYQRE
Site 5Y29VRSTVSHYQREKKRS
Site 6S36YQREKKRSAVYTQGS
Site 7Y39EKKRSAVYTQGSTAY
Site 8T40KKRSAVYTQGSTAYS
Site 9S43SAVYTQGSTAYSSRS
Site 10T44AVYTQGSTAYSSRSS
Site 11Y46YTQGSTAYSSRSSAA
Site 12S47TQGSTAYSSRSSAAH
Site 13S48QGSTAYSSRSSAAHR
Site 14S51TAYSSRSSAAHRRES
Site 15S58SAAHRRESEAFRRAS
Site 16S65SEAFRRASASSSQQQ
Site 17S67AFRRASASSSQQQAS
Site 18S68FRRASASSSQQQASQ
Site 19S69RRASASSSQQQASQH
Site 20S74SSSQQQASQHALSSE
Site 21S79QASQHALSSEVSRKA
Site 22S80ASQHALSSEVSRKAA
Site 23S83HALSSEVSRKAASAY
Site 24S88EVSRKAASAYDYGSS
Site 25Y90SRKAASAYDYGSSHG
Site 26Y92KAASAYDYGSSHGLT
Site 27S94ASAYDYGSSHGLTDS
Site 28S95SAYDYGSSHGLTDSS
Site 29T99YGSSHGLTDSSLLLD
Site 30S101SSHGLTDSSLLLDDY
Site 31S102SHGLTDSSLLLDDYS
Site 32Y108SSLLLDDYSSKLSPK
Site 33S109SLLLDDYSSKLSPKP
Site 34S110LLLDDYSSKLSPKPK
Site 35S113DDYSSKLSPKPKRAK
Site 36S122KPKRAKHSLLSGEEK
Site 37S125RAKHSLLSGEEKENL
Site 38S134EEKENLPSDYMVPIF
Site 39Y136KENLPSDYMVPIFSG
Site 40S142DYMVPIFSGRQKHVS
Site 41S149SGRQKHVSGITDTEE
Site 42Y165RIKEAAAYIAQRNLL
Site 43S174AQRNLLASEEGITTS
Site 44T179LASEEGITTSKQSTA
Site 45T180ASEEGITTSKQSTAS
Site 46S181SEEGITTSKQSTASK
Site 47S184GITTSKQSTASKQTT
Site 48T185ITTSKQSTASKQTTA
Site 49T191STASKQTTASKQSTA
Site 50S193ASKQTTASKQSTASK
Site 51S196QTTASKQSTASKQST
Site 52T197TTASKQSTASKQSTA
Site 53S199ASKQSTASKQSTASK
Site 54T203STASKQSTASKQSTA
Site 55S205ASKQSTASKQSTASR
Site 56T209STASKQSTASRQSTA
Site 57S211ASKQSTASRQSTASR
Site 58S214QSTASRQSTASRQSV
Site 59T215STASRQSTASRQSVV
Site 60S217ASRQSTASRQSVVSK
Site 61S220QSTASRQSVVSKQAT
Site 62S223ASRQSVVSKQATSAL
Site 63T235SALQQEETSEKKSRK
Site 64S240EETSEKKSRKVVIRE
Site 65S253REKAERLSLRKTLEE
Site 66T257ERLSLRKTLEETETY
Site 67T263KTLEETETYHAKLNE
Site 68Y264TLEETETYHAKLNED
Site 69S285EFIIKPRSHTVWEKE
Site 70T287IIKPRSHTVWEKENV
Site 71Y311PEPRVTWYKNQVPIN
Site 72Y326VHANPGKYIIESRYG
Site 73T336ESRYGMHTLEINGCD
Site 74S353DTAQYRASAMNVKGE
Site 75S366GELSAYASVVVKRYK
Site 76T379YKGEFDETRFHAGAS
Site 77S386TRFHAGASTMPLSFG
Site 78T395MPLSFGVTPYGYASR
Site 79Y397LSFGVTPYGYASRFE
Site 80Y399FGVTPYGYASRFEIH
Site 81S414FDDKFDVSFGREGET
Site 82Y444FQPEIQWYRNGVPLS
Site 83S451YRNGVPLSPSKWVQT
Site 84S453NGVPLSPSKWVQTLW
Site 85T466LWSGERATLTFSHLN
Site 86T468SGERATLTFSHLNKE
Site 87Y480NKEDEGLYTIRVRMG
Site 88T481KEDEGLYTIRVRMGE
Site 89Y489IRVRMGEYYEQYSAY
Site 90Y490RVRMGEYYEQYSAYV
Site 91Y493MGEYYEQYSAYVFVR
Site 92Y496YYEQYSAYVFVRDAD
Site 93Y525CLEANKDYIIISWKQ
Site 94S557EVGTDSWSQCNDTPV
Site 95T562SWSQCNDTPVKFARF
Site 96S579TGLIEGRSYIFRVRA
Site 97S596KMGIGFPSRVSEPVA
Site 98S615AEKARLKSRPSAPWT
Site 99S618ARLKSRPSAPWTGQI
Site 100T622SRPSAPWTGQIIVTE
Site 101S633IVTEEEPSEGIVPGP
Site 102S645PGPPTDLSVTEATRS
Site 103T647PPTDLSVTEATRSYV
Site 104S652SVTEATRSYVVLSWK
Site 105Y653VTEATRSYVVLSWKP
Site 106S657TRSYVVLSWKPPGQR
Site 107Y671RGHEGIMYFVEKCEA
Site 108T688ENWQRVNTELPVKSP
Site 109S694NTELPVKSPRFALFD
Site 110Y708DLAEGKSYCFRVRCS
Site 111S715YCFRVRCSNSAGVGE
Site 112S717FRVRCSNSAGVGEPS
Site 113T730PSEATEVTVVGDKLD
Site 114T751KIIPSRNTDTSVVVS
Site 115T753IPSRNTDTSVVVSWE
Site 116S754PSRNTDTSVVVSWEE
Site 117S758TDTSVVVSWEESKDA
Site 118S762VVVSWEESKDAKELV
Site 119S780IEASVAGSGKWEPCN
Site 120T797PVKGSRFTCHGLVTG
Site 121S820AVNAAGLSEYSQDSE
Site 122S826LSEYSQDSEAIEVKA
Site 123S848PDVCPALSDEPGGLT
Site 124T855SDEPGGLTASRGRVH
Site 125S857EPGGLTASRGRVHEA
Site 126S865RGRVHEASPPTFQKD
Site 127T868VHEASPPTFQKDALL
Site 128S877QKDALLGSKPNKPSL
Site 129S883GSKPNKPSLPSSSQN
Site 130S886PNKPSLPSSSQNLGQ
Site 131S887NKPSLPSSSQNLGQT
Site 132S888KPSLPSSSQNLGQTE
Site 133T902EVSKVSETVQEELTP
Site 134T908ETVQEELTPPPQKAA
Site 135S920KAAPQGKSKSDPLKK
Site 136S922APQGKSKSDPLKKKT
Site 137T929SDPLKKKTDRAPPSP
Site 138S935KTDRAPPSPPCDITC
Site 139T941PSPPCDITCLESFRD
Site 140S949CLESFRDSMVLGWKQ
Site 141Y968GGAEITGYYVNYREV
Site 142Y969GAEITGYYVNYREVI
Site 143Y996KAVSEEAYKISNLKE
Site 144Y1007NLKENMVYQFQVAAM
Site 145S1044AVPGPPHSLKCSEVR
Site 146S1048PPHSLKCSEVRKDSL
Site 147S1054CSEVRKDSLVLQWKP
Site 148S1065QWKPPVHSGRTPVTG
Site 149T1068PPVHSGRTPVTGYFV
Site 150Y1073GRTPVTGYFVDLKEA
Site 151Y1099EAAIKNVYLKVRGLK
Site 152S1110RGLKEGVSYVFRVRA
Site 153T1141VAETRPGTKEVVVNV
Site 154S1155VDDDGVISLNFECDK
Site 155T1164NFECDKMTPKSEFSW
Site 156S1167CDKMTPKSEFSWSKD
Site 157S1170MTPKSEFSWSKDYVS
Site 158S1172PKSEFSWSKDYVSTE
Site 159Y1175EFSWSKDYVSTEDSP
Site 160S1177SWSKDYVSTEDSPRL
Site 161S1181DYVSTEDSPRLEVES
Site 162S1188SPRLEVESKGNKTKM
Site 163T1196KGNKTKMTFKDLGMD
Site 164Y1208GMDDLGIYSCDVTDT
Site 165T1213GIYSCDVTDTDGIAS
Site 166T1215YSCDVTDTDGIASSY
Site 167Y1222TDGIASSYLIDEEEL
Site 168S1236LKRLLALSHEHKFPT
Site 169T1243SHEHKFPTVPVKSEL
Site 170Y1277SGNAKVNYIFNEKEI
Site 171Y1290EIFEGPKYKMHIDRN
Site 172T1315LQDEDEGTYTFQLQD
Site 173T1317DEDEGTYTFQLQDGK
Site 174S1329DGKATNHSTVVLVGD
Site 175Y1363QGPHFVEYLSWEVTG
Site 176Y1392KETHIVWYKDEREIS
Site 177S1399YKDEREISVDEKHDF
Site 178Y1426SKKDAGIYEVILKDD
Site 179S1439DDRGKDKSRLKLVDE
Site 180T1471TDLKIQSTAEGIQLY
Site 181S1493EDLKVNWSHNGSAIR
Site 182S1497VNWSHNGSAIRYSDR
Site 183Y1501HNGSAIRYSDRVKTG
Site 184S1502NGSAIRYSDRVKTGV
Site 185T1507RYSDRVKTGVTGEQI
Site 186T1522WLQINEPTPNDKGKY
Site 187Y1529TPNDKGKYVMELFDG
Site 188T1538MELFDGKTGHQKTVD
Site 189T1543GKTGHQKTVDLSGQA
Site 190Y1551VDLSGQAYDEAYAEF
Site 191Y1555GQAYDEAYAEFQRLK
Site 192T1593EGKALNLTCNVWGDP
Site 193S1605GDPPPEVSWLKNEKA
Site 194S1615KNEKALASDDHCNLK
Site 195S1637YFTINGVSTADSGKY
Site 196Y1644STADSGKYGLVVKNK
Site 197Y1652GLVVKNKYGSETSDF
Site 198S1657NKYGSETSDFTVSVF
Site 199T1660GSETSDFTVSVFIPE
Site 200S1662ETSDFTVSVFIPEEE
 
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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