This study aims to develop an IC-ICP-OES method to identify and quantify 28 inositol phosphate isomers in food and feed, offering low detection limits and high reproducibility.

A team at IOCB Prague revealed a novel phase where liquids flip rapidly between metal and nonmetal states. The theory, based on advanced modeling, was featured in Nature Communications.

The study investigates methane as a reaction gas in ICP-MS and ICP-MS/MS to overcome interferences in sulfur analysis of soil and plant digests, enabling cost- and time-efficient single-instrument use.

A GAČR-supported project led by Dr. Mario Vazdar investigates how arginine-rich peptides penetrate cells, aiming to clarify key mechanisms in targeted drug delivery and membrane biochemistry.

ALS Laboratories are one of the few in the world to offer commercial isotope ratio testing services not only for radiogenic systems and light stable isotopes, but also for heavy stable elements.

This study aims to enable accurate, reproducible quantification of intracellular zinc in single human parietal cells using LA-ICP-MS and a novel AFM-optimized gelatin calibration strategy.

CEITEC MU researchers found that a healthier maternal diet in pregnancy may influence the cerebral cortex and boost verbal intelligence in adult offspring, with long-term benefits for brain development.

This study demonstrates accurate, high-precision 230Th/232Th isotope ratio measurement using MC-ICP-MS/MS with a pre-cell filter, reducing background and eliminating tailing correction needs.

This study aims to create and validate a serum preparation method enabling combined untargeted NMR and multi-LC-MS analysis from one sample, enhancing efficiency and metabolome coverage.

This blog explores the role of lithium and other elements in battery tech, how they’re quantified, and what future alternatives may shape the next generation of energy storage.