Latest App Notes & Case Studies

This case study explores how a high-throughput MS system rapidly generates label-free, biologically relevant data for drug discovery applications.

The latest automated systems bypass extraneous sample preparation, improve efficiency, and enable the generation of high-quality reproducible data. This compendium highlights cutting-edge applications of a modified MS system that unlocks the analytical power of high-throughput MS.

This application note introduces a mass spectrometer that enhances transmission, improves sampling efficiency, and enables low levels of small molecule quantification.

This application note demonstrates how to enhance lower limits of quantification for small molecule pharmaceutical compounds using the latest triple quadrupole solutions.

This application note presents a reliable and highly sensitive workflow to support routine quantitative analysis in biotherapeutics such as bimatoprost that require low-level quantitation.

This application note explores the latest quantitation methods, combining the accuracy of TOF systems with the sensitivity of microflow LC to exceed the lower limit of quantitation achieved with traditional high-flow LC.

This application note explores how the latest LC/MS technology can be used to confidently quantify nitrosamine impurities for the development of safer, more effective drugs.

This application note demonstrates how timsTOF and single-cell proteomics (SCP) approaches can be combined to create a robust and sensitive immunopeptidomics workflow.

The global monoclonal antibody market is booming, but outdated analytical tools can delay the drug discovery race to be the first to deliver to patients.

This application note highlights a spectrophotometer that offers advanced photometric performance in a routine system for the direct measurement of liquid and solid samples.