A new preclinical study published in Nature Communications reports a tailored nanomedicine strategy aimed at treating hyperuricemia and its downstream complications in mice. The work...
A new approach dubbed ProteinGuide aims to let researchers steer protein sequence generative models using auxiliary experimental or user-specified information—without the heavy burden of retraining...
Mitochondria have long been treated as cellular powerhouses, but a new study reframes them as potential vehicles for targeted cancer therapy. Researchers report that mitochondria-derived...
In diabetic cardiomyopathy, the heart’s energy balance and stress-handling systems deteriorate even when blood glucose is managed. A new study now points to a molecular...
Atherosclerosis remains stubbornly resistant to single-target therapies, largely because plaque progression is driven by intertwined processes—oxidative stress, chronic inflammation, and defective clearance of dying cells....
Nanoplastics—plastic fragments smaller than one micrometer—are now detected across food, water, air, and even biological tissues. Yet understanding how these particles travel inside complex organs,...
A new transcriptomic map of human fat is helping to clarify why “brown” and “white” adipose tissues behave so differently—and how those differences may be...
A team of researchers reports that oligomeric alpha-synuclein carried inside neural-derived extracellular vesicles (NDEVs) may forecast specific non-motor burdens in Parkinson’s disease, opening a potential...
A new study in BMC Geriatrics is shining a spotlight on what drives life satisfaction among older adults—and it points to an intricate interplay of...
A new analysis published in British Journal of Cancer maps how oncology drug development in the UK has evolved over the past 25 years—and why...
A new Nature Communications study reports a high-resolution immune atlas of natural killer/T-cell lymphoma using single-cell profiling, offering a clearer view of how tumor-linked immune...
A new viral science update highlights how a longitudinal model built from resting-state EEG can forecast who will eventually develop Parkinson’s disease-related phenotypes among people...
KAIST researchers have unveiled Stable-GFlowNet (S-GFN), a safety verification framework designed to stress-test large language models more effectively than traditional red-teaming. Red-teaming works by generating...
Automotive paint sludge—laden with volatile organic compounds (VOCs)—can release hazardous chemicals into the air during storage and disposal. A new study introduces a physics-based framework...
A new clinical trial led by researchers at the University of Colorado Anschutz suggests that oral semaglutide—a medication best known for treating type 2 diabetes...
