Mitral regurgitation is a disease in which the mitral valve is no longer performing optimally, causing blood leakage into the left atrium. A prevailing issue with current MR patients, is that many are not eligible for surgery and therefore do not have any treatment options available. 4C Medical Technologies is developing a minimally invasive technology that addresses mitral regurgitation, and that could be an option for these patients. The company’s AltaValve has won multiple awards for its innovative design. The easy-to-use solution involves the insertion of a flexible implant into the left atrium through a catheter. The supra-annular positioning and atrial-only fixation minimize the risks of blood flow obstruction to the aorta, and limit interaction with the left ventricle. This decreases the risks of complications for the patient.

As a startup, 4C Medical Technologies is facing a long road in putting their device on the market. In our webinar, Dr. Kumar outlines that a great idea alone isn’t enough. Understanding the anatomy of patients and the dynamic nature of structures, knowing the sizes of the device to select for the target population. All these issues and more, need to be confidently explained to investors and regulatory bodies. Materialise supported 4C Medical in bringing their concept to patient care. Take advantage of this webinar to learn about the development process and how to approach future plans.

In this webinar, you will learn:

  • Key elements for a successful startup in the medical field
  • At which stages of the medical device design live cycle accurate 3D models and 3D Printing add value
  • How 4C’s collaboration with Materialise supported them throughout the process and helped save time
Dr. Saravana Kumar

Saravana Kumar is currently Vice President of R&D and Operations at 4C Medical Technologies, a company developing an innovative solution for the treatment of mitral valve regurgitation. Prior to 4C Medical, Saravana served as Senior Director of R&D and Operations at Conventus Orthopaedics, and led engineering teams at St. Jude Medical for the successful development and commercialization of a transcatheter aortic valve replacement technology. Saravana received his PhD in Mechanical Engineering from the University of Minnesota, his Master’s degree from the University of North Carolina, and his Bachelor’s degree from the University of Delhi in India.

Watch our webinar and learn about Dr. Saravana Kumar’s experience in bringing a medical device to market.
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