PhosphoNET

           
Protein Info 
   
Short Name:  MYOM3
Full Name:  Myomesin-3
Alias:  FLJ35961; Myom3; Myomesin family member 3; Myomesin family, member 3
Type:  Unknown function
Mass (Da):  162171
Number AA:  1437
UniProt ID:  Q5VTT5
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S6__MTLPHSLGGAGDP
Site 2S39QKEERQHSLRMGSSV
Site 3S44QHSLRMGSSVRRRTF
Site 4S45HSLRMGSSVRRRTFR
Site 5T50GSSVRRRTFRSSEEE
Site 6S53VRRRTFRSSEEEHEF
Site 7S54RRRTFRSSEEEHEFS
Site 8S61SEEEHEFSAADYALA
Site 9S80LTASSELSWEAQLRR
Site 10T89EAQLRRQTSAVELEE
Site 11S90AQLRRQTSAVELEER
Site 12T130RQRRDWKTLRRRTEE
Site 13T135WKTLRRRTEEKVQEA
Site 14Y150KELRELCYGRGPWFW
Site 15S180LTCTVQASPPPQVTW
Site 16Y188PPPQVTWYKNDTRID
Site 17T207RAGKYRITNNYGLLS
Site 18Y210KYRITNNYGLLSLEI
Site 19S214TNNYGLLSLEIRRCA
Site 20S225RRCAIEDSATYTVRV
Site 21T227CAIEDSATYTVRVKN
Site 22T229IEDSATYTVRVKNAH
Site 23S241NAHGQASSFAKVLVR
Site 24S259GKDAGFDSEIFKRST
Site 25T266SEIFKRSTFGPSVEF
Site 26S270KRSTFGPSVEFTSVL
Site 27S289AREKEPFSLSCLFSE
Site 28S291EKEPFSLSCLFSEDV
Site 29S303EDVLDAESIQWFRDG
Site 30S311IQWFRDGSLLRSSRR
Site 31S315RDGSLLRSSRRRKIL
Site 32S316DGSLLRSSRRRKILY
Site 33Y323SRRRKILYTDRQASL
Site 34T324RRRKILYTDRQASLK
Site 35S329LYTDRQASLKVSCTY
Site 36S333RQASLKVSCTYKEDE
Site 37T335ASLKVSCTYKEDEGL
Site 38Y336SLKVSCTYKEDEGLY
Site 39Y343YKEDEGLYMVRVPSP
Site 40S349LYMVRVPSPFGPREQ
Site 41S357PFGPREQSTYVLVRD
Site 42Y359GPREQSTYVLVRDAE
Site 43S375ENPGAPGSPLNVRCL
Site 44T392NRDCLILTWAPPSDT
Site 45S397ILTWAPPSDTRGNPI
Site 46T405DTRGNPITAYTIERC
Site 47Y407RGNPITAYTIERCQG
Site 48S442QGLVEGQSYRFRVRA
Site 49Y443GLVEGQSYRFRVRAI
Site 50S451RFRVRAISRVGSSVP
Site 51S455RAISRVGSSVPSKAS
Site 52S456AISRVGSSVPSKASE
Site 53T477HDAARRKTEIPFDLG
Site 54S490LGNKITISTDAFEDT
Site 55T497STDAFEDTVTIPSPP
Site 56T499DAFEDTVTIPSPPTN
Site 57S502EDTVTIPSPPTNVHA
Site 58T505VTIPSPPTNVHASEI
Site 59S510PPTNVHASEIREAYV
Site 60Y516ASEIREAYVVLAWEE
Site 61S525VLAWEEPSPRDRAPL
Site 62T533PRDRAPLTYSLEKSV
Site 63S535DRAPLTYSLEKSVIG
Site 64S539LTYSLEKSVIGSGTW
Site 65S543LEKSVIGSGTWEAIS
Site 66S550SGTWEAISSESPVRS
Site 67S551GTWEAISSESPVRSP
Site 68S553WEAISSESPVRSPRF
Site 69S557SSESPVRSPRFAVLD
Site 70S570LDLEKKKSYVFRVRA
Site 71Y571DLEKKKSYVFRVRAM
Site 72Y581RVRAMNQYGLSDPSE
Site 73S584AMNQYGLSDPSEPSE
Site 74S587QYGLSDPSEPSEPIA
Site 75S590LSDPSEPSEPIALRG
Site 76T601ALRGPPATLPPPAQV
Site 77T614QVQAFRDTQTSVSLT
Site 78T616QAFRDTQTSVSLTWD
Site 79S617AFRDTQTSVSLTWDP
Site 80S619RDTQTSVSLTWDPVK
Site 81T621TQTSVSLTWDPVKDP
Site 82Y633KDPELLGYYIYSRKV
Site 83Y634DPELLGYYIYSRKVG
Site 84Y636ELLGYYIYSRKVGTS
Site 85T647VGTSEWQTVNNKPIQ
Site 86T659PIQGTRFTVPGLRTG
Site 87Y669GLRTGKEYEFCVRSV
Site 88S675EYEFCVRSVSEAGVG
Site 89S677EFCVRSVSEAGVGES
Site 90S685EAGVGESSAATEPIR
Site 91T688VGESSAATEPIRVKQ
Site 92T699RVKQALATPSAPYGF
Site 93Y734GGGKILGYFLDQHDS
Site 94S762PTRVCKVSDLHEGHF
Site 95Y770DLHEGHFYEFRARAA
Site 96S790GELSAPSSLFECKEW
Site 97Y806MPQPGPPYDVRASEV
Site 98S811PPYDVRASEVRATSL
Site 99T816RASEVRATSLVLQWE
Site 100S817ASEVRATSLVLQWEP
Site 101Y827LQWEPPLYMGAGPVT
Site 102T834YMGAGPVTGYHVSFQ
Site 103Y836GAGPVTGYHVSFQEE
Site 104S839PVTGYHVSFQEEGSE
Site 105T852SEQWKPVTPGPISGT
Site 106S857PVTPGPISGTHLRVS
Site 107S864SGTHLRVSDLQPGKS
Site 108S871SDLQPGKSYVFQVQA
Site 109Y872DLQPGKSYVFQVQAM
Site 110S888SAGLGQPSMPTDPVL
Site 111T891LGQPSMPTDPVLLED
Site 112S927EAPEAPDSSEFQWSK
Site 113S928APEAPDSSEFQWSKD
Site 114S933DSSEFQWSKDYKGPL
Site 115Y936EFQWSKDYKGPLDPQ
Site 116S954IEDKVNKSKVILKEP
Site 117T974GTYSVIVTDADEDIS
Site 118S981TDADEDISASHTLTE
Site 119T985EDISASHTLTEEELE
Site 120T987ISASHTLTEEELEKL
Site 121S1049NNKEIFSSPNRKINF
Site 122S1071EVIIQNLSEEDKGSY
Site 123S1077LSEEDKGSYTAQLQD
Site 124T1094AKNQITLTLVDDDFD
Site 125Y1121WKRKQGPYFERPLQW
Site 126Y1165AEMPDGQYDPETGTG
Site 127T1169DGQYDPETGTGLLCI
Site 128Y1187SKKDKGIYRAMVSDD
Site 129S1192GIYRAMVSDDRGEDD
Site 130T1200DDRGEDDTILDLTGD
Site 131S1240EEGIRIFSKVKYYNV
Site 132Y1244RIFSKVKYYNVEYMK
Site 133Y1245IFSKVKYYNVEYMKT
Site 134S1263HKDKRLESGDRIRTG
Site 135T1269ESGDRIRTGTTLDEI
Site 136T1271GDRIRTGTTLDEIWL
Site 137S1286HILDPKDSDKGKYTL
Site 138Y1291KDSDKGKYTLEIAAG
Site 139S1305GKEVRQLSTDLSGQA
Site 140S1309RQLSTDLSGQAFEDA
Site 141T1325AEHQRLKTLAIIEKN
Site 142T1345RGLPDVATIMEDKTL
Site 143T1363CIVSGDPTPEISWLK
Site 144T1376LKNDQPVTFLDRYRM
Site 145Y1381PVTFLDRYRMEVRGT
Site 146T1388YRMEVRGTEVTITIE
Site 147T1391EVRGTEVTITIEKVN
Site 148T1393RGTEVTITIEKVNSE
Site 149S1399ITIEKVNSEDSGRYG
Site 150S1402EKVNSEDSGRYGVFV
Site 151Y1413GVFVKNKYGSETGQV
Site 152T1421GSETGQVTISVFKHG
Site 153S1423ETGQVTISVFKHGDE
 
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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