Structural Heart Devices: Advancing Care for Cardiac Abnormalities
Structural heart devices have transformed modern cardiology by offering safer, less invasive solutions for correcting abnormalities in the heart’s anatomy. These devices are designed to repair or replace malformed or damaged structures—such as valves, walls, and openings—allowing patients to regain heart function without undergoing traditional open-heart surgery. Over the past decade, developments in engineering, imaging, and catheter-based intervention have made structural heart therapy a preferred option for many patients, especially those considered high-risk for surgical procedures.
One of the most significant contributions in this field is the evolution of transcatheter heart valves. Traditionally, severe valve diseases like aortic stenosis required open-heart surgery and long recovery periods. Transcatheter aortic valve replacement (TAVR), however, allows specialists to insert a collapsible valve through a small incision, usually in the leg, and expand it within the failing native valve. This approach reduces hospital stays, lowers procedural…
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