BOSTON, May 8, 2024 — Boston Scientific is now equipped with the CathWorks FFRangio System, a groundbreaking technology that allows physicians to assess coronary artery disease without the need for invasive procedures. This development promises to refine how doctors evaluate and treat patients with potential heart problems.
A New Era in Non-Invasive Heart Assessments
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The CathWorks FFRangio System provides a non-invasive method for evaluating coronary artery disease, potentially improving patient care and outcomes.
- The FFRangio System uses advanced imaging and data analysis to determine the significance of blockages in coronary arteries.
- This technology eliminates the need for traditional, invasive diagnostic procedures like cardiac catheterization in some cases.
- Boston Scientific’s access to the system expands the availability of this cutting-edge technology to more patients.
The ability to accurately assess coronary artery disease is crucial for effective treatment, and the FFRangio System offers a compelling alternative to traditional methods. What is fractional flow reserve (FFR), and how does the FFRangio System utilize this concept to determine the severity of coronary artery blockages without invasive procedures? The system leverages FFR technology, which measures the pressure difference across a coronary artery blockage to determine its impact on blood flow.
How the FFRangio System Works
The FFRangio System utilizes computed tomography (CT) angiography images and advanced algorithms to create a virtual model of the coronary arteries. This model allows physicians to assess blood flow and identify areas of significant blockage. The system’s non-invasive nature reduces risks associated with traditional catheterization procedures, such as bleeding, infection, and stroke.
Benefits for Patients and Physicians
The integration of the FFRangio System into Boston Scientific’s portfolio offers several potential benefits. Patients may experience reduced discomfort and faster recovery times compared to invasive procedures. Physicians gain access to a powerful diagnostic tool that can aid in treatment decisions and improve patient outcomes. The system’s ability to provide detailed information about blood flow can help identify patients who would benefit most from interventions like stenting or bypass surgery.
The move underscores a broader trend in cardiology toward less invasive diagnostic and therapeutic approaches. As technology continues to advance, patients can expect even more sophisticated and personalized care for heart disease.
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