Latest Articles

Battery advancements rely on cutting-edge analytical techniques, such as operando methods, to improve performance. This article explores how researchers are overcoming challenges in stability and efficiency to meet modern device demands.

In this article, we highlight how target discovery has advanced and explore the growing role that computational approaches are playing in modern drug target identification.

Discover methods for accurate DNA and RNA quantification and learn how to analyze purity and concentration to enhance reliability in molecular biology.

Ahead of her RAFA presentation, Technology Networks caught up with Professor Chiara Dall’Asta to discuss whether plant-based substitute products pose a mycotoxin risk.

This article highlights several inspiring men and women working across academia and industry who are breaking barriers and regaining ownership of their own narratives.

Dr. Tammy Gilchrist offers a comprehensive overview of what digital PCR is, explains why researchers might opt to use it over other types of PCR and shares her tips for success in digital PCR experiments.

Technology Networks caught up with Dr. Anne Carpenter at ELRIG Drug Discovery 2024 to learn more about the Cell Painting assay and its impact on the pharmaceutical industry.

Technology Networks spoke to Dr. Reiner to find out the considerations analysts should have when testing forever chemicals, how to prepare a sample and what the future holds for this burgeoning field of chemistry.

Ancient DNA from humans and canines helps untangle the history of European colonization in North America. In this article, we explore the latest research analyzing ancient DNA from humans and canines excavated from the archeological site.

In laboratory tests, bioactive glasses doped with gallium oxide killed more than 99% of osteosarcoma cells, while leaving healthy human osteoblasts unharmed. This could one day form the basis of new bone cancer treatments, researchers say.