2294 articles in this topic
Two decades of induced pluripotent stem cell research have revolutionized regenerative medicine and opened new pathways for rejuvenation therapies.
Breakthrough research reveals how adult brains can generate new neurons, opening doors to treatments for cognitive decline and brain diseases.
Researchers developed functional adrenal tissue from stem cells, opening new paths for treating hormone disorders and aging.
Researchers reprogrammed immune cells to restore tolerance and heal autoimmune hepatitis, offering hope for treating autoimmune diseases.
Scientists used patient-derived organoids to discover how breast cancer cells undergo epigenetic changes that enable metastasis.
Scientists discover how a uniquely human genetic enhancer drives brain development, creating more neurons and thicker cortex in animal models.
New research reveals how hearing loss triggers cognitive decline by disrupting brain cell regeneration through a specific neural circuit.
New research reveals when and how the blood-brain barrier develops in human embryos, offering insights for treating brain disorders.
New research reveals how endogenous formaldehyde causes stem cell damage, leading to clonal blood disorders throughout life.
Researchers developed biological pacemaker cells from stem cells that successfully restored heart rhythm in animal studies.
Major review finds high-intensity interval training effectively improves fitness and reduces waist size compared to no exercise.
New analysis of 10 studies finds vagus nerve stimulation may help stroke patients regain arm function, though evidence quality is low.
