Roy and Diana Vagelos make history with the largest single donation to Columbia’s medical school, set to transform biomedical science research and education.
Researchers from German universities have identified a new class of molecules that could pave the way for innovative tuberculosis treatments, offering hope in the face of rising antibiotic resistance.
A new modelling study suggests that climate change and ageing populations will lead to greater disparities in deaths from hot and cold temperatures across Europe by the end of the century, with southern regions facing the most significant increases in heat-related mortality.
Groundbreaking research led by Karolinska Institutet reveals significantly elevated risks of mortality and morbidity for pregnant women with epilepsy and their babies, emphasising the need for specialised care throughout pregnancy and beyond.
A novel genetic scoring system developed by researchers at NYU Grossman School of Medicine could revolutionise the detection of platelet hyperreactivity, offering a more precise method to identify patients at risk of heart attacks and strokes.
Researchers have developed an innovative, low-cost wound dressing that harnesses water-activated electrical stimulation to significantly accelerate healing in diabetic mice, potentially offering a game-changing solution for chronic wound treatment.
Recent deaths and potential vertical transmission prompt heightened concern over the midge- and mosquito-borne disease, as cases surge across the Americas and first cases are reported in Europe.
A comprehensive review of long COVID research reveals the widespread and potentially devastating effects of the condition, emphasising the urgent need for effective treatments and support systems.
A new artificial intelligence-enabled ultrasound device allows novice users to estimate gestational age as accurately as trained sonographers, potentially revolutionising prenatal care in resource-limited settings.
Researchers at the University of Colorado Boulder and the University of Pennsylvania have developed a novel 3D printing technique that produces elastic, tough, and shapeable materials with potential applications in cardiac and cartilage repair.
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