PhosphoNET

           
Protein Info 
   
Short Name:  TMEM2
Full Name:  Transmembrane protein 2
Alias: 
Type: 
Mass (Da):  154374
Number AA:  1383
UniProt ID:  Q9UHN6
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1S10ATDSRGHSPAFLQPQ
Site 2S21LQPQNGNSRHPSGYV
Site 3S25NGNSRHPSGYVPGKV
Site 4Y27NSRHPSGYVPGKVVP
Site 5S43RPPPPPKSQASAKFT
Site 6S46PPPKSQASAKFTSIR
Site 7S51QASAKFTSIRREDRA
Site 8T59IRREDRATFAFSPEE
Site 9S63DRATFAFSPEEQQAQ
Site 10S73EQQAQRESQKQKRHK
Site 11S129NWDPGQDSAKQVVIK
Site 12T144EGDMLRLTSDATVHS
Site 13S145GDMLRLTSDATVHSI
Site 14S151TSDATVHSIVIQDGG
Site 15S169FGDNKDGSRNITLRT
Site 16T173KDGSRNITLRTHYIL
Site 17Y178NITLRTHYILIQDGG
Site 18Y196IGAEKCRYKSKATIT
Site 19S198AEKCRYKSKATITLY
Site 20T203YKSKATITLYGKSDE
Site 21Y205SKATITLYGKSDEGE
Site 22S208TITLYGKSDEGESMP
Site 23S213GKSDEGESMPTFGKK
Site 24T216DEGESMPTFGKKFIG
Site 25S239LHGARKASWTLLART
Site 26T241GARKASWTLLARTLN
Site 27T246SWTLLARTLNSSGLP
Site 28S250LARTLNSSGLPFGSY
Site 29Y257SGLPFGSYTFEKDFS
Site 30T258GLPFGSYTFEKDFSR
Site 31S264YTFEKDFSRGLNVRV
Site 32T276VRVIDQDTAKILESE
Site 33S282DTAKILESERFDTHE
Site 34T287LESERFDTHEYRNES
Site 35Y290ERFDTHEYRNESRRL
Site 36S294THEYRNESRRLQEFL
Site 37T326AKSLLQGTIQMIQER
Site 38S360VIDGGSTSCNESVRN
Site 39S364GSTSCNESVRNYENH
Site 40Y368CNESVRNYENHSSGG
Site 41S373RNYENHSSGGKALAQ
Site 42Y384ALAQREFYTVDGQKF
Site 43S392TVDGQKFSVTAYSEW
Site 44Y396QKFSVTAYSEWIEGV
Site 45S397KFSVTAYSEWIEGVS
Site 46S404SEWIEGVSLSGFRVE
Site 47S425LNLLDDVSSWKPGDQ
Site 48S426NLLDDVSSWKPGDQI
Site 49Y440IVVASTDYSMYQAEE
Site 50S441VVASTDYSMYQAEEF
Site 51T466FQVKVKETPQFLHMG
Site 52Y503GEVEDSCYAENQCQF
Site 53S532NFTSVHLSYVELKHM
Site 54Y559HLCGDVDYKGGYRHA
Site 55T567KGGYRHATFVDGLSI
Site 56S573ATFVDGLSIHHSFSR
Site 57T583HSFSRCITVHGTNGL
Site 58T616DGIEQRNTLFHNLGL
Site 59T629GLLTKPGTLLPTDRN
Site 60T633KPGTLLPTDRNNSMC
Site 61S638LPTDRNNSMCTTMRD
Site 62Y689SQDAGIWYLFHKEPT
Site 63Y717LTPLGIFYNNRVHSN
Site 64T737FIDKGVKTTNSSAAD
Site 65S740KGVKTTNSSAADPRE
Site 66S741GVKTTNSSAADPREY
Site 67Y748SAADPREYLCLDNSA
Site 68S812GIGLTFASDGSFPSD
Site 69S815LTFASDGSFPSDEGS
Site 70S818ASDGSFPSDEGSSQE
Site 71S822SFPSDEGSSQEVSES
Site 72S823FPSDEGSSQEVSESL
Site 73S827EGSSQEVSESLFVGE
Site 74S829SSQEVSESLFVGESR
Site 75S835ESLFVGESRNYGFQG
Site 76Y838FVGESRNYGFQGGQN
Site 77Y847FQGGQNKYVGTGGID
Site 78T859GIDQKPRTLPRNRTF
Site 79T865RTLPRNRTFPIRGFQ
Site 80Y874PIRGFQIYDGPIHLT
Site 81T881YDGPIHLTRSTFKKY
Site 82S883GPIHLTRSTFKKYVP
Site 83T884PIHLTRSTFKKYVPT
Site 84Y888TRSTFKKYVPTPDRY
Site 85T891TFKKYVPTPDRYSSA
Site 86Y895YVPTPDRYSSAIGFL
Site 87S897PTPDRYSSAIGFLMK
Site 88T910MKNSWQITPRNNISL
Site 89S916ITPRNNISLVKFGPH
Site 90S956IFHDIDGSVTGYKDA
Site 91Y960IDGSVTGYKDAYVGR
Site 92Y964VTGYKDAYVGRMDNY
Site 93Y971YVGRMDNYLIRHPSC
Site 94Y997SGTYAQVYVQTWSTQ
Site 95T1009STQNLSMTITRDEYP
Site 96T1011QNLSMTITRDEYPSN
Site 97Y1015MTITRDEYPSNPMVL
Site 98S1017ITRDEYPSNPMVLRG
Site 99Y1034QKAAFPQYQPVVMLE
Site 100Y1059APRTTFLYLVNFNKN
Site 101Y1075WIRVGLCYPSNTSFQ
Site 102S1077RVGLCYPSNTSFQVT
Site 103T1084SNTSFQVTFGYLQRQ
Site 104Y1087SFQVTFGYLQRQNGS
Site 105S1094YLQRQNGSLSKIEEY
Site 106S1096QRQNGSLSKIEEYEP
Site 107Y1101SLSKIEEYEPVHSLE
Site 108S1106EEYEPVHSLEELQRK
Site 109S1115EELQRKQSERKFYFD
Site 110Y1120KQSERKFYFDSSTGL
Site 111S1123ERKFYFDSSTGLLFL
Site 112T1125KFYFDSSTGLLFLYL
Site 113Y1131STGLLFLYLKAKSHR
Site 114S1142KSHRHGHSYCSSQGC
Site 115Y1143SHRHGHSYCSSQGCE
Site 116S1146HGHSYCSSQGCERVK
Site 117S1160KIQAATDSKDISNCM
Site 118Y1171SNCMAKAYPQYYRKP
Site 119Y1174MAKAYPQYYRKPSVV
Site 120Y1175AKAYPQYYRKPSVVK
Site 121S1179PQYYRKPSVVKRMPA
Site 122T1203GTRQVVFTSDPHKSY
Site 123S1204TRQVVFTSDPHKSYL
Site 124S1209FTSDPHKSYLPVQFQ
Site 125Y1210TSDPHKSYLPVQFQS
Site 126S1217YLPVQFQSPDKAETQ
Site 127T1223QSPDKAETQRGDPSV
Site 128S1229ETQRGDPSVISVNGT
Site 129S1232RGDPSVISVNGTDFT
Site 130Y1276DVSRIEEYLKTGIPP
Site 131T1279RIEEYLKTGIPPRSI
Site 132S1285KTGIPPRSIVLLSTR
Site 133S1290PRSIVLLSTRGEIKQ
Site 134Y1316LAKPAHLYDKGSTIF
Site 135S1327STIFLGFSGNFKPSW
Site 136S1333FSGNFKPSWTKLFTS
Site 137S1340SWTKLFTSPAGQGLG
Site 138Y1360IPLQLDEYGCPRATT
Site 139T1366EYGCPRATTVRRRDL
Site 140T1367YGCPRATTVRRRDLE
 
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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