2294 articles in this topic
Harvard researchers discovered how to restore full organ regeneration in mammalian skin by preventing excessive nerve growth.
New research reveals how the BMP inhibitor protein Coco awakens sleeping breast cancer cells that have spread to the lungs.
Analysis of 2,279 brain samples uncovers distinct molecular subtypes within major neurodegenerative diseases, opening new treatment pathways.
Scientists discover how specialized brain cells create cognitive maps that strengthen with age and predict reasoning abilities.
Researchers unlock the cellular transport mechanism of STING protein and create enhanced versions with potent anti-tumor effects.
Groundbreaking brain atlas reveals how neural organization evolves from birth to old age, offering new insights into healthy aging.
Strategic workplace naps improve cognitive performance and wellbeing for laboratory researchers working demanding schedules.
Large-scale screening initiative significantly improves early-stage lung cancer diagnosis, potentially saving thousands of lives.
Scientists discover how protein Uev1A protects cells from oncogenic Ras damage, offering new cancer treatment insights.
New DNA origami tool precisely measures forces from motor proteins whose mutations cause neurological disorders.
New research reveals how cells control DNA breaks during reproduction, offering insights into genetic stability and aging.
New research reveals how TFAM protein responds to DNA damage, potentially protecting against age-related mitochondrial decline.
