PhosphoNET

           
Protein Info 
   
Short Name:  MYH15
Full Name:  Myosin-15
Alias:  KIAA1000; Myosin heavy chain 15; Myosin, heavy chain 15
Type:  Motor protein
Mass (Da):  224645
Number AA:  1946
UniProt ID:  Q9Y2K3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030016  GO:0032982   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003779  GO:0005516 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 1S71IEAEVKGSEDDGTVI
Site 2T76KGSEDDGTVIVETAD
Site 3S86VETADGESLSIKEDK
Site 4S88TADGESLSIKEDKIQ
Site 5S118LTHLNEASVLHTLKR
Site 6T122NEASVLHTLKRRYGQ
Site 7Y127LHTLKRRYGQWMIYT
Site 8Y152PYKWLPVYQKEVMAA
Site 9S166AYKGKRRSEAPPHIF
Site 10T195ENQSILFTGESGAGK
Site 11S198SILFTGESGAGKTVN
Site 12T203GESGAGKTVNSKHII
Site 13T248EAFGNAKTLRNDNSS
Site 14S254KTLRNDNSSRFGKFI
Site 15S255TLRNDNSSRFGKFIR
Site 16Y279SSVDIDIYLLEKSRV
Site 17S284DIYLLEKSRVIFQQA
Site 18Y296QQAGERNYHIFYQIL
Site 19Y300ERNYHIFYQILSGQK
Site 20Y359GFLPDEKYGCYKLTG
Site 21Y362PDEKYGCYKLTGAIM
Site 22T390EQLEADGTENADKAA
Site 23Y422RIKVGNEYVTRGQTI
Site 24T428EYVTRGQTIEQVTCA
Site 25S440TCAVGALSKSMYERM
Site 26S442AVGALSKSMYERMFK
Site 27Y444GALSKSMYERMFKWL
Site 28Y482TGFEILEYNSLEQLC
Site 29T493EQLCINFTNEKLQQF
Site 30Y504LQQFFNWYMFVLEQE
Site 31Y513FVLEQEEYKKESIEW
Site 32S517QEEYKKESIEWVSIG
Site 33T559FPKATDLTFKTKLFD
Site 34T562ATDLTFKTKLFDNHF
Site 35T616NKDLLNETVVAVFQK
Site 36S631SSNRLLASLFENYMS
Site 37S638SLFENYMSTDSAIPF
Site 38T639LFENYMSTDSAIPFG
Site 39S641ENYMSTDSAIPFGEK
Site 40S655KKRKKGASFQTVASL
Site 41T658KKGASFQTVASLHKE
Site 42S661ASFQTVASLHKENLN
Site 43T672ENLNKLMTNLKSTAP
Site 44S676KLMTNLKSTAPHFVR
Site 45Y727GFPNRLQYADFKQRY
Site 46Y734YADFKQRYCILNPRT
Site 47T741YCILNPRTFPKSKFV
Site 48S745NPRTFPKSKFVSSRK
Site 49S749FPKSKFVSSRKAAEE
Site 50S760AAEELLGSLEIDHTQ
Site 51T766GSLEIDHTQYRFGIT
Site 52S794AIRDERLSKVFTLFQ
Site 53T798ERLSKVFTLFQARAQ
Site 54S854KIKPLVKSSEVGEEV
Site 55S855IKPLVKSSEVGEEVA
Site 56S878LQKALEKSEFQREEL
Site 57S935EARVKELSERVEEEE
Site 58S946EEEEEINSELTARGR
Site 59T971KEIDDLETMLVKSEK
Site 60T983SEKEKRTTEHKVKNL
Site 61S1002EFLNEDISKLNRAAK
Site 62S1030HMEEEKLSSLSKANL
Site 63S1031MEEEKLSSLSKANLK
Site 64S1077NLKLNRESMENLESS
Site 65S1083ESMENLESSQRHLAE
Site 66S1084SMENLESSQRHLAEE
Site 67S1100RKKELELSQMNSKVE
Site 68S1104LELSQMNSKVENEKG
Site 69T1119LVAQLQKTVKELQTQ
Site 70T1125KTVKELQTQIKDLKE
Site 71T1139EKLEAERTTRAKMER
Site 72T1140KLEAERTTRAKMERE
Site 73T1152ERERADLTQDLADLN
Site 74T1199EATLHFETTSASLKK
Site 75S1203HFETTSASLKKRHAD
Site 76S1211LKKRHADSLAELEGQ
Site 77S1234QKLEKDKSDLQLEVD
Site 78T1245LEVDDLLTRVEQMTR
Site 79T1262ANAEKLCTLYEERLH
Site 80Y1264AEKLCTLYEERLHEA
Site 81T1290NDLAAQKTKLWSESG
Site 82S1296KTKLWSESGEFLRRL
Site 83S1314EALINQLSREKSNFT
Site 84S1318NQLSREKSNFTRQIE
Site 85T1335RGQLEKETKSQSALA
Site 86S1337QLEKETKSQSALAHA
Site 87Y1359CDLLREQYEEEQEVK
Site 88T1372VKAELHRTLSKVNAE
Site 89S1374AELHRTLSKVNAEMV
Site 90S1425VANARNASLERARHQ
Site 91S1442LELGDALSDLGKVRS
Site 92S1449SDLGKVRSAAARLDQ
Site 93S1461LDQKQLQSGKALADW
Site 94S1482SQALLDASQKEVQAL
Site 95T1499ELLKLKNTYEESIVG
Site 96T1509ESIVGQETLRRENKN
Site 97T1532TNQVREGTKNLTEME
Site 98T1550KLIEEEKTEVQVTLE
Site 99T1555EKTEVQVTLEETEGA
Site 100S1568GALERNESKILHFQL
Site 101S1589AELERKLSEKDEEIE
Site 102T1605FRRKQQCTIDSLQSS
Site 103S1608KQQCTIDSLQSSLDS
Site 104S1611CTIDSLQSSLDSEAK
Site 105S1612TIDSLQSSLDSEAKS
Site 106S1615SLQSSLDSEAKSRIE
Site 107S1619SLDSEAKSRIEVTRL
Site 108S1642NEMELQLSCANRQVS
Site 109S1649SCANRQVSEATKSLG
Site 110S1654QVSEATKSLGQLQIQ
Site 111S1672LQMQLDDSTQLNSDL
Site 112T1673QMQLDDSTQLNSDLK
Site 113S1691AVAERRNSLLQSELE
Site 114S1695RRNSLLQSELEDLRS
Site 115S1702SELEDLRSLQEQTER
Site 116T1707LRSLQEQTERGRRLS
Site 117S1714TERGRRLSEEELLEA
Site 118T1722EEELLEATERINLFY
Site 119Y1729TERINLFYTQNTSLL
Site 120T1730ERINLFYTQNTSLLS
Site 121S1734LFYTQNTSLLSQKKK
Site 122S1737TQNTSLLSQKKKLEA
Site 123S1778AIEAANLSEELKKKQ
Site 124T1803ENMEQTITDLQKRLA
Site 125S1829KQIQKLESRVRELEG
Site 126S1845LEGEIRRSAEAQRGA
Site 127Y1864RCIKELTYQAEEDKK
Site 128T1878KNLSRMQTQMDKLQL
Site 129Y1890LQLKVQNYKQQVEVA
Site 130T1899QQVEVAETQANQYLS
Site 131Y1908ANQYLSKYKKQQHEL
Site 132S1927ERAEVAESQVNKLKI
 
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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