Application Notes
A Novel, Highly Selective Phosphopeptide Enrichment for Identification and Localization
Application NoteDownload this app note to discover a fully automated, reproducible workflow solution for phosphopeptide enrichment.
READ MOREShort Chain Chlorinated Paraffins (SCCP) Analysis Using Negative Chemical Ionization (CI) and Low Energy EI by High-Resolution 7250 GC/Q-TOF
Application NoteThis application note demonstrates the benefits of two complementary acquisition modes of the Agilent GC/Q‑TOF for SCCP analysis.
READ MOREContaminants Screening and an Expanded Accurate Mass Library of Pesticides and Environmental Pollutants
Application NoteIn this application note, discover a GC/Q-TOF workflow solution for pesticide testing in food.
READ MOREAnalysis of Wastewater Effluent Samples to Identify Toxic Chemicals Using the High-Resolution Agilent 7250 GC/Q-TOF
Application NoteDownload this app note to discover how a GC/Q-TOF workflow can effectively identify pesticides and pollutants in wastewater.
READ MOREEstrogen Monitoring in River Water by LC-MS/MS With Online SPE
Application NoteIn this application note, discover how you can utilize on-line solid phase extraction (SPE) coupled to an LC-MS/MS system for sample enrichment and quantitation of endogenous estrogens.
READ MOREDoes Syringe Filtration Impact Recovery of Cannabinoids Prior to Potency Testing?
Application NoteIn this application note, discover whether syringe filters can be used to successfully quantify cannabinoids, without impacting results.
READ MOREThe Key to the Plasma Proteome
Application NoteDownload this application note to discover how PQ500 overcome the challenges of quantifying plasma proteins.
READ MORELigand-Receptor Binding Kinetics on the PHERAstar® Microplate Reader
Application NoteIn this app note, discover a method for analyzing binding kinetics that is high resolution, high throughput and non-radioactive
READ MORECell Culture Quality Control Assay
Application NoteDownload this application note to discover how the IncuCyte can be used to analyze living cells in a way that improves quality, predictability and reproducibility.
READ MOREGaining Insights Into Disease Biology for Target Identification and Validation Using Seahorse XF Technology
Application NoteAgilent Seahorse XF technology measures energy metabolism in live cells, providing critical information that relates directly to cellular function. Download this application note to discover how the Seahorse XF assay can be used to predict cancer cell vulnerabilities, immune cell fate and function and neuronal cell health.
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