Turnkey, Multi-pathway Signaling Analysis Using a Synthetic Phosphopeptide Panel, Standardized Sample Preparation Kits and SureQuant Internal Standard Targeted Quantitation
Posters | 2020 | Thermo Fisher Scientific | ASMSInstrumentation
LC/HRMS, LC/MS, LC/MS/MS, LC/Orbitrap
IndustriesProteomics
ManufacturerThermo Fisher Scientific
Key wordssurequant, smoac, phosphopeptide, signaling, prm, phosphopeptides, endogenous, pathway, enrichment, hiselecttm, targeted, multipathway, constrain, dda, ode, pool, quantitation, internal, peptides, biologically, cycle, triggered, trigger, count, analysis, abundant, time, workflow, apoptosis, ampk, heavy, microtubule, transduction, phosphoproteomics, functionally, outperformed, mtor, standard, standards, egfr, proteins, occupancy, biased, dynamic, fmol, nta, networks, turnkey, endo, multi
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phosphopeptide, phosphopeptidesignaling, signalingsurequant, surequanthela, helaphosphopeptides, phosphopeptideshegf, hegfsmoac, smoacegf, egfpathway, pathwayenrichment, enrichmentheavy, heavysmaoc, smaocpeptides, peptideshiselecttm, hiselecttmenriched
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2019|Thermo Fisher Scientific|Posters
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phosphopeptide, phosphopeptidesurequant, surequanthela, helasignaling, signalingphosphopeptides, phosphopeptideshegf, hegfsmoac, smoacegf, egfheavy, heavysmaoc, smaochiselecttm, hiselecttmenrichment, enrichmentenriched, enrichedpeptides, peptidespathway