Latest App Notes & Case Studies

This app note highlights a next-generation approach that enhances the depth of data-independent acquisition (DIA) while maintaining the precision of targeted workflows.

Flow cytometers struggle with complex samples, slow rates, and panel limits. Next-gen technology enables fast, multidimensional analysis with acoustic-assisted hydrodynamic focusing and expanded spectral capabilities and data loss.

This application note explores how a new generation of modern analytical balances benefit from hardware and software features that make cleaning processes easier and safer.

This application note presents a method that integrates protein elimination and free drug identification into one analysis using a two-dimensional liquid chromatography/quadrupole time-of-flight mass spectrometry (2D-LC/Q-TOF) approach.

This application note outlines a robust methodology for analyzing 65 VOCs in ambient air using canister sampling combined with thermal desorption-gas chromatography/mass spectrometry (TD-GC/MSD).

This application note demonstrates how advanced LC-MS techniques provide comprehensive fusion protein characterization.

This application note explores how the combination of advanced ion mobility technology, fragmentation processes and sensitive detection enable the identification of low-abundance peptides, metabolites and lipids in complex biological samples.

This application note highlights how combining relative oxygen consumption rate (rOCR) assays with imaging technologies can transform mitochondrial research, featuring workflows and examples that simplify complex analyses.

This app note explores how innovative scanning data-independent acquisition methods improve protein identification and quantitation at sub-nanogram levels.

This application focus explores how high-plex spatial profiling can be applied to better understand the role of T cells in cancer immune surveillance and how cancers evade the immune system.