Neovasc announces first human implant of Tiara transcatheter mitral valve


Neovasc has announced that a first-in-human implantation of its Tiara transcatheter mitral valve was successfully performed on January 30th by physicians at St. Paul’s Hospital in Vancouver, Canada. The transapical procedure resulted in the elimination of mitral regurgitation and significantly improved heart function in the patient, without the need for cardiac bypass support and with no procedural complications. 

A press release reports that the implantation was conducted by Anson Cheung, professor of surgery and director of Cardiac Transplant, and John Webb, director of Interventional Cardiology, at St. Paul’s Hospital. They were supported by Stefan Verheye, senior interventional cardiologist at the Antwerp Cardiovascular Centre / ZNA Middelheim, Belgium and Dr. Shmuel Banai, Medical Director of Neovasc and Director of Interventional Cardiology at Tel Aviv Medical Centre, Israel.


Cheung explains, “This 73 year-old male patient had severe functional mitral regurgitation and was considered an extremely high risk candidate for conventional valve repair or replacement surgery. The transapical implantation of the Tiara valve was completed quickly and without complications. It resulted in a well-functioning bioprosthetic valve with no significant paravalvular leak or residual mitral regurgitation.”

Cheung adds, “We are very pleased that this first implantation went so smoothly and that the patient’s outcome to date is so positive. His recovery has been uneventful and we will continue to follow him closely over the coming months. The ability to implant a prosthetic mitral heart valve using a transcatheter, minimally-invasive approach instead of conventional open chest, open heart surgery would provide a much-needed alternative for the many patients who are considered at high-risk for conventional surgery.”

Tiara is implanted in the heart using a minimally-invasive, transcatheter approach and is designed to replace the diseased native mitral valve without the need for open heart surgery or use of a cardiac bypass machine.