Abbott Laboratories scored a major win for its Mitraclip device thanks to data from the COAPT study for secondary mitral valve regurgitation. The latest data from this study show a stunning difference in two-year mortality compared to maximized medical management only – 29% on the device versus 46% on medical management – but differences between the COAPT study results and outcomes seen in the MITRA-FR study will force cardiologists to dive into the data to ensure that their patient selection practices account for critical differences in the conduct of these two studies.
Structural heart startup Nyra Medical Inc. scooped up $20 million in a series A round co-led by Vensana Capital and a large, unnamed global medical device company. The funds will be used to advance Nyra’s transcatheter heart valve repair technology through early feasibility clinical studies.
Cardiac Dimensions Inc. launched the Empower trial of its Carillon mitral contour system for the treatment of heart failure patients with early-stage functional mitral regurgitation. The company expects to enroll up to 300 patients at 75 sites in the international, randomized, sham-controlled trial.
Vivasure Medical Ltd. has designed a sutureless and absorbable venous vessel closure for use following percutaneous cardiovascular procedures, such as transcatheter mitral valve or tricuspid valve repair or replacement. The Perqseal Blue technology builds on the Galway, Ireland-based company’s Perqseal, which received the CE mark for vascular closure of femoral arteries in 2016.
Tioga Medical Inc. closed a $30 million series B financing led by The Capital Partnership (TCP), with participation from Cormorant Asset Management, Amed Ventures and Shifamed angel investors. The financing will be used to advance product development, support preclinical testing, and initiate clinical experience for the company's transcatheter mitral valve replacement technology.
The U.S. Centers for Medicare & Medicaid Services (CMS) issued a final version of a proposed rewrite of the national coverage determination (NCD) for mitral valve repair devices that includes a coverage with evidence development (CED) mandate. The final also retains the draft’s provisions for secondary mitral valve regurgitation, which analysts say will double or even triple the market for devices thus approved by the FDA.
Edwards Lifesciences Corp. launched a pivotal trial of its mitral valve repair system in the U.S., with the first patient undergoing treatment for severe degenerative mitral valve regurgitation at the University of Maryland Medical Center in Baltimore. Open-heart surgery is the current standard approach to mitral valve repair, but the Harpoon Beating Heart mitral valve repair system allows surgeons to use a minimally invasive approach, according to Edwards Lifesciences.
PARIS – Researchers at the Biomechanics and Bioengineering laboratory (BMBI), a joint venture between the Compiègne University of Technology in Oise, France, and the National Center for Scientific Research (CNRS), have designed a new implant intended for minimally invasive surgery for mitral valve repair. One of the BMBI teams has been working closely two cardiovascular surgeons from the University Hospital of Henri-Mondor to develop this new minimally invasive approach in the treatment of mitral valve regurgitation.
The recent progress in interventional cardiology has largely been driven by the aortic valve, although calcification of the aortic root has proven a difficult hurdle to overcome. A newly published study demonstrates that the Tendyne device by Abbott Vascular Inc., of Santa Clara, Calif., can be readily used not just to treat failing mitral valves, but works well in these patients with severe calcification, an achievement that could quickly vault the transcatheter approach past conventional surgical approaches in this population.