Articles related to Cardiology, Interventional

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.

In the complex landscape of post-cardiac surgery care, the incidence of new-onset PCSAF presents a significant challenge, necessitating a judicious approach to anticoagulation to prevent thromboembolic events while minimizing bleeding risks.

In a revealing case of myocardial bridging leading to cardiac arrest, coronary angiography and computed tomographic angiography played pivotal roles in diagnosis and surgical planning, highlighting the anomaly’s late-onset symptomatology in patients with existing cardiovascular conditions.

In a recent study evaluating the impact of Remote Patient Monitoring on hypertension management, patients at high-RPM practices demonstrated a notable increase in medication adherence and a decrease in acute care encounters. This indicates that RPM can significantly enhance patient care, though it also leads to increased healthcare spending.