LC-MS – Products

Liquid chromatography mass spectrometry (LC-MS) plays a pivotal role in the precise analysis of trace molecules. To enhance sensitivity and accuracy, it is crucial for researchers to upgrade from HPLC-grade solvents to LC-MS grade solvents that are specially designed to meet the stringent requirements of modern LC-MS systems.

Waters Corporation announced new bioprocess walk-up solutions designed to further simplify biologic sample prep and analysis.

Biotech Fluidics has expanded its family of non-invasive flowmeters for real-time monitoring of liquid flow. The range now includes four discrete devices optimized to operate from nanoliters per minute right up to 650 milliliters per minute.

There’s no stopping the SCIEX Triple Quad LC-MS/MS systems with their modern, robust, and straightforward designs. Known for their accurate quantitation capabilities these systems enable scientists to develop powerful methods for complex matrices.

Crown Bioscience offers next generation ion mobility-mass spectrometry (IM-MS)-based-proteomics services to global clients.

This will allow clients to assess the biological function of proteins for understanding signaling mechanisms within cells as well as specific biomarkers to diseases, and systematically assess quantitative differences in protein profiles of distinct samples for biomedical and clinical research.

Proteomics provides crucial insights into cell signaling and disease mechanisms for biomedical and clinical research. Nevertheless, traditional LC-MS/MS methods have limitations in sensitivity, reproducibility and scalability within proteomics applications.

TESTA Analytical Solutions e.K. announce a new software tool for its AB4000X range of flowmeters to enable labs to automatically validate the performance of HPLC, uHPLC and GPC/SEC pumps.

Bile acids are well known for their roles in cholesterol homeostasis, lipid absorption and as metabolic signaling molecules. They are implicated in a variety of disease states and therefore serve as an exciting focus on research in novel biomarker discovery.

Identifying novel biomarkers with bottom-up proteomics remains a substantial challenge due to the wide concentration ranges and potentially low abundance of important analytes.

Per-and polyfluoroalkyl substances (PFAS) can persist in our environment for longer than any other artificial substance. They’re associated with negative health effects, yet, they are pervasive in our water systems.