Articles related to Cardiology, Interventional

Explore the intersection of artificial intelligence and neonatal care with a groundbreaking AI model designed to support the early detection of pulmonary hypertension in newborns, enhancing diagnostic precision and treatment initiation.

In postmenopausal women, calcium and vitamin D supplementation is a double-edged sword, offering protection against cancer while potentially increasing cardiovascular risk. A nuanced approach to patient consultation is vital to navigate these contrasting outcomes.

In a recent study, researchers have identified a link between microplastics in carotid artery plaque and an increased risk of cardiovascular events. This correlation highlights the imperative for healthcare professionals to be vigilant about the potential impacts of environmental pollutants on cardiovascular health.

AI’s pivotal role in pulmonary embolism diagnosis transforms patient care by achieving remarkable diagnostic efficiency and accuracy, ensuring timely and targeted interventions for those in critical need.

Leveraging artificial intelligence, the CathEF algorithm offers a groundbreaking method to assess heart function directly from angiogram videos, potentially reducing the need for invasive diagnostics and enhancing patient care strategies.

Johns Hopkins’ cardiac surgery team’s strategic expansion brings together globally recognized experts, enhancing our capabilities in treating complex heart conditions and advancing research in heart and lung transplantation.