Tricuspid valve implantation is a medical procedure in which a new valve is placed in the heart to replace or repair the tricuspid valve, helping to restore proper blood flow between the right atrium and right ventricle. This revolutionary tissue-engineered tricuspid valve is designed to be colonized by the patient’s own cells, ultimately regenerating into a fully integrated and functional valve. This approach promises to overcome many of the complications associated with traditional tricuspid valve replacements, such as structural deterioration, the need for lifelong anticoagulation, and risks of calcification.
Adding to this momentous achievement, UC Health is among an elite group of only 14 centers in the United States selected to participate in the FDA Investigational Device Exemption (IDE) trial for this cutting-edge prosthesis. The CorTricuspid ECM® Valve, composed of extracellular matrix (ECM), represents a new era in heart valve replacement technology.
Key Benefits of the CorTricuspid ECM® Valve:
- Natural Tissue Integration: This valve is designed to work with the patient’s own tissue, helping the body repair and rebuild naturally.
- Lower Risk of Complications: Unlike mechanical valves, this one doesn’t require lifelong blood thinners, reducing the risk of bleeding or blood clots.
- Better Compatibility with the Body: The material used helps the body accept the valve, making it more durable and less likely to cause rejection or inflammation.
- Specifically Made for the Tricuspid Valve: Unlike general prosthetic valves, this one is specially designed for the tricuspid valve, improving how well it fits and works.
- Longer-Lasting Function: The special tissue in this valve may help it last longer than traditional options.
Advancing Patient Care Through Cardiovascular Innovation
This milestone highlights our health system’s dedication to pioneering medical advancements that offer patients safer, more effective treatment options. We celebrate Dr. Spadaccio, Dr. Panza, and the entire UC Health cardiovascular team for their exceptional work in bringing this innovation to our institution and, most importantly, to our patients.
