Discover how psychogeography—mapping our emotional responses to spaces—offers promising insights and tools for mental health and personalized healthcare strategies.

Skin stretching activates immune cells and enhances permeability, enabling effective needle-free vaccine delivery in mice—a promising development for non-invasive immunization methods.

Researchers have developed more mature and complex lab-grown kidney structures, paving the way for synthetic organs and improved kidney disease models. This breakthrough enhances our understanding of kidney development and opens new avenues for transplantation and disease treatment.

New research shows that brain injuries from repetitive head impacts in young athletes occur well before the onset of chronic traumatic encephalopathy, emphasizing early intervention and prevention.

New research indicates that cocoa extract supplements can lower inflammation markers associated with aging and cardiovascular risk, supporting the benefits of plant-based diets for healthy aging.

Researchers have discovered a new pathway involving peroxisomes and ACOX2 that enhances brown fat's capacity to burn calories, offering promising solutions for obesity treatment.

A new generative AI model uses large health datasets to forecast over a thousand diseases and predict health outcomes up to ten years in advance, enhancing personalized medicine and early intervention strategies.

New research reveals that creeping fat actively worsens Crohn's disease by promoting intestinal scarring, offering new avenues for treatment beyond anti-inflammatory drugs.

Scientists at UCSF have used a novel CRISPR activation technique to restore brain function in mouse models of childhood neural disorder, offering hope for future treatments of similar human conditions.

New research links high-fat diets to memory impairment by disrupting the brain's cellular recycling process. Enhancing autophagy could offer protective strategies against cognitive decline.