Process analytical technology enables data-driven scale-up by embedding real-time analytics from development through ...

Researchers analyzed blood biomarkers and cognition in adults aged 50–60. Higher Alzheimer's blood biomarkers were linked to poorer cognitive performance and a faster decline in processing speed, ...

AI-driven drug discovery, using LLMs and diffusion models, has improved drug design and reduced timelines. Although promising, limited interpretability and data silos could limit its ability to ...

Scientists have developed a new type of “virtual” metasurface – capable of controlling light in ways traditional lenses can’t. Discover how this tunable technology could impact optics, microscopy, and ...

Retrofitting legacy bioprocessing equipment with modern PAT tools requires targeted sensor, software, and change-control ...

Raman spectroscopy enables real-time bioreactor monitoring of glucose and lactate without breaching the sterile boundary.

This infographic explores the latest laboratory automation tools and illustrates their real-world impact across diagnostics, drug discovery, genomics, and beyond.

Discover how the introduction of a voluntary food labeling scheme could help consumers avoid ready-to-eat foods at risk of Listeria infection.

Researchers used MRI to assess glymphatic function in ME/CFS. They found impaired brain waste clearance linked to brain fog and poor sleep, suggesting a mechanistic driver and potential diagnostic ...

By capturing malaria parasites mid-invasion, researchers revealed the structure of a key invasion complex and used it to design a mini-protein that prevented parasites from entering red blood cells.

A study found that high-field NMR can reveal detailed structural features of Alzheimer’s-linked amyloid beta proteins, even in complex samples that better mimic the human brain.

Researchers engineered a tobacco plant with genes from plants, fungi, and animals to produce five psychedelics. They ...