Interventional cardiologists at Rush University Medical Center now offer a minimally-invasive transcatheter valve replacement procedure for patients with congenital heart disease that doesnt involve open heart surgery.
Rush is one of three sites taking part in the investigational device exemption (IDE) feasibility study of minimally-invasive pulmonic valves and successfully implanted the first three patients enrolled in the trial on Thursday, April 17.
We were able to successfully implant the Edwards SAPIEN transcatheter heart valve percutaneously in the first three patients treated in this trial. All of the patients are recovering and are expected to go home today," said Dr. Ziyad M. Hijazi, director of the Rush Center for Congenital and Structural Heart Disease, chief of the section of pediatric cardiology and professor in the departments of pediatrics and internal medicine at Rush University, Chicago. "Patients with congenital right ventricular outflow tract problems typically face the burden of multiple open-heart surgeries throughout their lives, either to replace their 'native' diseased valves or, as they age, their bioprosthetic replacement valves.
Hijazi, an interventional cardiologist and pioneer in nonsurgical repair of the heart, and his colleagues, Dr. Clifford J. Kavinsky and Dr. Zahid Amin, used a bovine pericardial heart valve that can be compressed onto a balloon to the approximate diameter of a pencil, threaded from the leg into the circulatory system and deployed across the patients pulmonary valve. The valve replacement is accomplished as a beating heart procedure, without requiring cardiopulmonary bypass or an open-chest incision.
Edwards Lifesciences Corporation of Irvine, Calif., makes the Edwards SAPIEN transcatheter valve that was implanted.
We can replace heart valves in high-risk patients with severe pulmonary stenosis (abnormal narrowing in a blood vessel) who might not be candidates for
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| Contact: Mary Ann Schultz mary_ann_schultz@rush.edu 312-942-7816 Rush University Medical Center Source:Eurekalert |