A groundbreaking study confirms that adult human brains can generate new neurons, settling a long-standing debate in neuroscience. This discovery could revolutionize our understanding of brain health and recovery.
As the US struggles to maintain its lead in clean energy, China's rapid advancements threaten America's position. A new bill could hinder growth in solar, wind, and battery sectors, leading to rising energy costs and job losses.
New research reveals that caffeine might help slow aging at the cellular level by activating AMPK, a key energy-sensing pathway. Discover how your daily coffee could contribute to a longer life!
Robert F. Kennedy Jr. proposes expanding access to experimental medical treatments, acknowledging potential risks from unlicensed providers. Is this a step forward or a danger to public health?
A groundbreaking study reveals how vitamin D supplementation may slow down the aging process by protecting telomeres, the vital caps on chromosomes. Discover why this could change your approach to healthy aging!
Researchers have developed a groundbreaking method for inserting large genes into specific locations in human cells, potentially transforming the field of gene therapy and opening new avenues in medical research.
New research reveals that silencing hyperactive AgRP neurons in the brain could reverse type 2 diabetes without affecting weight or diet. This groundbreaking study challenges existing beliefs and points to new treatment avenues.
A groundbreaking trial at Keio University sees stem cell injections enabling paralyzed patients to stand and walk again, raising hopes for millions with disabilities. But are the results too good to be true?
A groundbreaking study reveals how two morphogens, WNT and Sonic Hedgehog, act as traffic cops in early human brain development, influencing gene programs and highlighting individual variations. Discover the science behind your brain's formation!
A groundbreaking study reveals that cells don't always round up during division, challenging over a century of biology teaching. This discovery could revolutionize our understanding of cell behavior and its implications for cancer and regenerative medicine.
