NMR Spectroscopy – News and Features

In this article, we consider what structural biology tells us and the techniques used to investigate it, the role of computation and how techniques can be used together to answer questions in a range of application areas.

A new study could explain why cancers stop responding to kinase inhibitor drugs and why they come back stronger.

Innovative research has uncovered the secret of how plants make limonoids, a family of valuable organic chemicals that includes bee-friendly insecticides.

This article discusses the importance of quality control during drug development and highlights techniques used to confirm the identity and purity of pharmaceutical products.

For the first time, researchers have shown how lipids influence the arrangement of the synuclein proteins within fibrils, which could damage nerve cells in neurodegenerative disease.

Heavy metals in the body have long been thought to induce the aggregation of disease-linked proteins, but a new study shows this is not always the case.

This article will highlight various analytical techniques employed in biopharmaceutical analysis and explore their use at different stages of the development pipeline.

Researchers have discovered new ways to potentially reduce the size of NMR spectroscopy devices by eliminating the need for strong magnetic fields and liquid helium cooling systems.

Researchers have analyzed almost 100 inks and report that even when these products include an ingredient label, the lists often aren’t accurate. The team also detected small particles that could be harmful to cells.

Chemists have developed a simple, new method to degrade a subset of perfluoroalkyl and polyfluoroalkyl substances (PFAS) – toxic and durable pollutants colloquially referred to as “forever chemicals” – into benign end products.