PhosphoNET

           
Protein Info 
   
Short Name:  FAM59A
Full Name:  Protein FAM59A
Alias:  C18orf11; FA59A; Family with sequence similarity 59, member A; FLJ21610; GAREM; Grb2-associated and regulator of Erk/MAPK
Type:  Adaptor/scaffold
Mass (Da):  97186
Number AA:  876
UniProt ID:  Q9H706
International Prot ID:  not found
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__MDPAPSLGCSLKD
Site 2S10PAPSLGCSLKDVKWS
Site 3Y52EGLRENDYLLIHSCR
Site 4Y74HSLEEGHYVIGPKIE
Site 5Y105DIKEPVQYFNSVEEV
Site 6S108EPVQYFNSVEEVAKA
Site 7Y121KAFPERVYVMEDITF
Site 8T141SGECNEDTEVYNITL
Site 9Y164MGQAEILYAKTFKEK
Site 10T167AEILYAKTFKEKSRL
Site 11S172AKTFKEKSRLNTIFK
Site 12T176KEKSRLNTIFKKIGK
Site 13S186KKIGKLNSISKLGKG
Site 14S188IGKLNSISKLGKGKM
Site 15S210HRTNESISLPFQCKG
Site 16S220FQCKGRFSTRSPLEL
Site 17T221QCKGRFSTRSPLELQ
Site 18S223KGRFSTRSPLELQMQ
Site 19T235QMQEGEHTIRNIVEK
Site 20T250TRLPVNVTVPSPPPR
Site 21S253PVNVTVPSPPPRNPY
Site 22Y260SPPPRNPYDLHFIRE
Site 23Y271FIREGHRYKFVNIQT
Site 24S317EHLVKGESWPETLVH
Site 25Y339EQFDIDEYSRAVRDV
Site 26T348RAVRDVKTDWNEECK
Site 27S356DWNEECKSPKKGRCS
Site 28S363SPKKGRCSGHNHVPN
Site 29S371GHNHVPNSLSYARDE
Site 30S373NHVPNSLSYARDELT
Site 31Y374HVPNSLSYARDELTQ
Site 32T380SYARDELTQSFHRLS
Site 33S382ARDELTQSFHRLSVC
Site 34Y391HRLSVCVYGNNLHGN
Site 35S399GNNLHGNSEVNLHGC
Site 36Y423FPHDILPYQDSGDSG
Site 37S426DILPYQDSGDSGSDY
Site 38S429PYQDSGDSGSDYLFP
Site 39S431QDSGDSGSDYLFPEA
Site 40Y433SGDSGSDYLFPEASE
Site 41S439DYLFPEASEESAGIP
Site 42S449SAGIPGKSELPYEEL
Site 43Y453PGKSELPYEELWLEE
Site 44S464WLEEGKPSHQPLTRS
Site 45T469KPSHQPLTRSLSEKN
Site 46S471SHQPLTRSLSEKNRC
Site 47S473QPLTRSLSEKNRCDQ
Site 48S484RCDQFRGSVRSKCAT
Site 49S487QFRGSVRSKCATSPL
Site 50T491SVRSKCATSPLPIPG
Site 51S492VRSKCATSPLPIPGT
Site 52T509AAVKSSDTALPPPPV
Site 53S520PPPVPPKSEAVREEC
Site 54S539APPVPPRSAKPLSTS
Site 55S544PRSAKPLSTSPSIPP
Site 56T545RSAKPLSTSPSIPPR
Site 57S546SAKPLSTSPSIPPRT
Site 58S548KPLSTSPSIPPRTVK
Site 59T553SPSIPPRTVKPARQQ
Site 60T561VKPARQQTRSPSPTL
Site 61S563PARQQTRSPSPTLSY
Site 62S565RQQTRSPSPTLSYYS
Site 63T567QTRSPSPTLSYYSSG
Site 64S569RSPSPTLSYYSSGLH
Site 65Y570SPSPTLSYYSSGLHN
Site 66Y571PSPTLSYYSSGLHNI
Site 67S573PTLSYYSSGLHNISV
Site 68S579SSGLHNISVTKTDTN
Site 69T583HNISVTKTDTNPSES
Site 70T585ISVTKTDTNPSESTP
Site 71S588TKTDTNPSESTPVSC
Site 72S590TDTNPSESTPVSCYP
Site 73T591DTNPSESTPVSCYPC
Site 74S594PSESTPVSCYPCNRV
Site 75Y596ESTPVSCYPCNRVKT
Site 76T603YPCNRVKTDSVDLKS
Site 77S605CNRVKTDSVDLKSPF
Site 78S610TDSVDLKSPFGSPSA
Site 79S614DLKSPFGSPSAEAVS
Site 80S616KSPFGSPSAEAVSSR
Site 81S621SPSAEAVSSRLSWPN
Site 82S622PSAEAVSSRLSWPNH
Site 83S625EAVSSRLSWPNHYSG
Site 84Y630RLSWPNHYSGASESQ
Site 85S631LSWPNHYSGASESQT
Site 86S634PNHYSGASESQTRSD
Site 87S636HYSGASESQTRSDFL
Site 88T638SGASESQTRSDFLLD
Site 89S640ASESQTRSDFLLDPS
Site 90S647SDFLLDPSRSYSYPR
Site 91S649FLLDPSRSYSYPRQK
Site 92Y650LLDPSRSYSYPRQKT
Site 93S651LDPSRSYSYPRQKTP
Site 94Y652DPSRSYSYPRQKTPG
Site 95T657YSYPRQKTPGTPKRN
Site 96T660PRQKTPGTPKRNCPA
Site 97T685ASPTSPVTAEFSSSV
Site 98S689SPVTAEFSSSVSGCP
Site 99S691VTAEFSSSVSGCPKS
Site 100S693AEFSSSVSGCPKSAS
Site 101S698SVSGCPKSASYSLES
Site 102S700SGCPKSASYSLESTD
Site 103Y701GCPKSASYSLESTDV
Site 104S702CPKSASYSLESTDVK
Site 105S705SASYSLESTDVKSLA
Site 106T706ASYSLESTDVKSLAA
Site 107S710LESTDVKSLAAGVTK
Site 108T716KSLAAGVTKQSTSCP
Site 109S719AAGVTKQSTSCPALP
Site 110T720AGVTKQSTSCPALPP
Site 111S721GVTKQSTSCPALPPR
Site 112S739LVEEKVASETSPLPL
Site 113S742EKVASETSPLPLKID
Site 114S757GAEEDPKSGSPDLSE
Site 115S759EEDPKSGSPDLSEDQ
Site 116S763KSGSPDLSEDQYFVK
Site 117Y767PDLSEDQYFVKKGMQ
Site 118S778KGMQDIFSASYPFSS
Site 119S780MQDIFSASYPFSSPL
Site 120Y781QDIFSASYPFSSPLH
Site 121S785SASYPFSSPLHLQLA
Site 122S795HLQLAPRSCGDGSPW
Site 123S800PRSCGDGSPWQPPAD
Site 124S809WQPPADLSGLSIEEV
Site 125S812PADLSGLSIEEVSKS
Site 126T847GNLLVQLTEEILSED
Site 127S852QLTEEILSEDFKLSK
 
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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