News

Discover how a new library enhances drug exposure records via untargeted metabolomics data, revealing hidden medication impacts.

Real-time imaging has tracked what happens to cancer cells arriving in the brain, identifying a new strategy to prevent brain tumors.

By analyzing just a few grains of returned samples from the Apollo missions, researchers gained important insights into the evolution of the lunar surface shaped by solar wind and micrometeoroid impacts over eons.

Discover how a new AI-based method can identify aspens and standing dead trees from aerial images, providing a map of forest biodiversity.

Researchers from King’s College London have found that molecules in stool samples can accurately reflect what people eat and how their gut microbiome responds, offering a potential new tool to study nutrition and its impact on health.

Researchers have captured the first detailed molecular snapshots of human polynucleotide phosphorylase (hPNPase) in action, revealing how this essential mitochondrial enzyme degrades RNA through an elegant base-flipping mechanism.

Discover how a newly excavated site in Pompeii is helping scientists understand how ancient Romans made concrete that has endured for thousands of years.

Microtubules perform an active role in communication within the cell by transmitting received signals to the cell's functional units. Researchers have now structurally elucidated how these protein strands of the cytoskeleton accomplish this.

Researchers used imaging and computational analysis to follow which neurons and networks within the brain were active at different times of day.

A new experimental setup detects the faint signals of electrons, shedding new light on the physics of photodegradation. Understanding organic photodegradation could transform our view of how materials interact with light over extended periods.