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The Miromatrix Medical technology has the potential to enable the creation of fully biological replacement organs for the human body. In addition to the Company’s internal efforts focused on the development of its first product – a biological mesh for hernia repair – scientists around the globe are working with the Company’s technology and are taking critical steps toward the creation of human organs including the liver, lung, kidney, pancreas and heart. While our biological mesh development program has been conducted internally, our intent is for current and future products to be developed both at Miromatrix and in partnership with the best among those external groups already working with our technology in order to utilize this pre-existing expertise to develop individual products in the most efficacious, cost-effective and timely way possible.
Nobel Biocare is a world leader in the field of innovative implant-based dental restorations – from single-tooth to fully edentulous indications.
Myerson The Tooth Company is a Chicago, IL-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Tornier California is a San Diego, CA-based company in the Healthcare, Pharmaceuticals, & Biotech sector.
At Catalyst OrthoScience, our goal is to develop innovative medical solutions that make orthopedic surgery less invasive and more efficient for both surgeons and patients. Catalyst OrthoScience was founded by a board-certified orthopedic surgeon and is comprised of a team of biomedical industry professionals with more than 100 years of combined medical device experience. The Catalyst CSR Total Shoulder System is the result of the visionary insight of Steven Goldberg, M.D., a fellowship-trained orthopedic surgeon and shoulder specialist, who devised the next generation, higher precision, less-invasive total shoulder solution with a greatly simplified method of implant placement. The key design elements of this new system are 1) to preserve as much of the patient`s bone as possible, 2) to create implants to better mimic the natural elliptical shape of the human shoulder, and 3) to provide a system that greatly improves the consistency and reproducibility of the operation.