A new Gen AI system is all set to transform radiology like never before. The technology has the capacity to enhance productivity, identify life-threatening conditions in milliseconds and also solves the global radiologist shortage problem.
Where do microplastics gather — and why? New MIT research reveals that bare sandy areas may be hotspots for plastic buildup, while sticky biofilms created by microbes help keep these particles on the move, offering valuable insights for environmental cleanup efforts.
How do cells fix their most dangerous DNA breaks without causing chaos? USC researchers have uncovered a surprising role for the protein Nup98, which forms protective droplets that guide precise DNA repair — a discovery with major implications for cancer and aging therapies.
Could your next eco-friendly battery be powered by yogurt microbes? A new study from Binghamton University explores how probiotics could fuel biodegradable electronics — opening the door for safer, bioresorbable tech applications in medicine and the environment.
Research has revealed for the first time that rivers release ancient carbon dioxide, which has been stored in landscapes for thousands of years, into the atmosphere.
A new gene therapy developed at UC San Diego may offer a breakthrough in Alzheimer’s treatment by reprogramming brain cells to preserve memory and cognitive function — potentially tackling the disease at its source rather than managing symptoms.
Biophysicists have developed a new AI tool which has the capacity to identify gene combinations underlying complex illnesses like diabetes, cancer and asthma.
Healthy eating can boost heart and metabolic health — even without weight loss. A new study reveals that diet alone can lower visceral fat, improve cholesterol, and reduce hunger hormones, offering hope for those resistant to weight change.