News

Imagine millions of soapy sponges the size of human cells that can clean water by soaking up contaminants. This simplistic model is used to describe a new technology developed to remove micropollutants from water.

A genome-wide screen has identified a cell metabolism gene that could increase cancer-fighting T cell activity and potentially enable the development of CAR-T therapy for solid tumors.

A new software tool has been designed to use "pangenome" that incorporates genetic information from people around the world as a reference for genomic research.

According to a study, the green Mediterranean diet enriched the gut microbiome with bacteria that are known to have a significant effect on human weight and glycemic control.

This research is an important milestone in the pursuit of a vaccine against the virus that can cause severe respiratory disease in children and the elderly.

A kitchen sponge is a better incubator for diverse bacterial communities than a laboratory petri dish, found a recent study. But it's not the leftovers that make them so happy.

Profiling of phosphoinositide lipids has previously been difficult due to their complexity and low abundance, but a new mass spectrometry method has enabled the characterization of these lipids.

Scientists have produced a map showing where the world’s major food crops should be grown to maximize yield and minimize environmental impact.

Research has found that watershed size plays a major role in a river network’s ability to remove pollution.

A clinical trial at UC Davis Health and six other sites showed that a cellular therapy offers promise for patients with late-stage Duchenne muscular dystrophy (DMD), a rare genetic disorder causing muscle loss and physical impairments in young people.