MIT Device Enables Earlier Ovarian Cancer Detection

Researchers at the Massachusetts Institute of Technology have developed a novel tissue sampling device designed to detect ovarian cancer earlier and more reliably. Announced in scientific updates covered by Inside … Read More

AI Repurposes 7,000 Drugs to Combat Antibiotic Resistance

Artificial intelligence has successfully sifted through 7,000 existing chemical compounds to identify a single, highly active drug candidate capable of neutralizing drug-resistant bacterial strains responsible for pneumonia. Published amid ongoing … Read More

REACT Study: Silent Atherosclerosis Found in Healthy Young Adults

The REACT study, released in August 2026, reveals that subclinical atherosclerosis—silent arterial plaque buildup—affects healthy adults with no prior cardiovascular history. Utilizing multi-bed vascular imaging across coronary, carotid, and peripheral … Read More

WHO Renews Science Council to Guide AI and Gene Editing in Global Health

The World Health Organization has renewed its Science Council, appointing 21 leading global experts in public health, epidemiology, and advanced technologies. Tasked to evaluate fast-moving developments like artificial intelligence, gene … Read More

New UC Berkeley Study Reveals Compound That Burns Fat and Preserves Muscle for Obesity and Diabetes

Unlike GLP-1 receptor agonists that primarily suppress appetite, TOFA simultaneously blocks lipid production and activates cellular pathways to burn stored fat while preserving lean muscle mass. In Plain English: The … Read More

Why Women Are More Prone to Alzheimer’s: The X Chromosome’s Role

Women are twice as likely as men to develop Alzheimer disease, a disparity that has driven an NIH-funded University of Miami study to investigate the X chromosome’s role. Alzheimer's disease … Read More

Molecular Mapping Uncovers Hidden Drivers of Heart Transplant Rejection

A new study published in Nature Cardiovascular Research utilizes image-based spatial transcriptomics to map gene activity across heart biopsy samples. Researchers at Vanderbilt Health and the Translational Genomics Research Institute … Read More