Bio-Orthopedics and Regenerative Medicine
We use cells from your body to heal injuries to muscle, tendon, bone and cartilage tissues. LEARN MOREA new approach
In the last few years the term “bio orthopedics” has been coined and has immediately met with broad international acceptance as a new therapeutic system for many diseases of the musculoskeletal system.
Bio orthopedics is the possibility of using cells from our body to treat lesions of the muscle, tendon, bone or cartilaginous tissues.
A NEW APPROACH
BIOLOGICAL THERAPIES
BIO ENGINEERING
“I have always practiced sports, from running, to football, to mountain biking which is also my greatest passion. I have been practicing this sport at a competitive level for 26 years. Due to an injury, in 2007 I underwent an operation on the middle meniscus, which were ultimately partially removed. Soon after, I started to undergo hyaluronic acid infiltrations at another medical center, which, however, did not help solve the persistent pain in my knees at all.
In 2011, I learned about the OASI center, which is at the forefront of the treatment of cartilage injuries. Dr. Gobbi proposed that I followed a treatment with PRP on both knees. I am currently quite well, I can run and continue to compete without great limitations and pain. A big thank you to Dr. Gobbi and his staff!”
New Horizons
Today, thanks to tissue engineering, bio-materials have been created where it is possible to seed mesenchymal or stem progenitor cells to reconstruct a damaged part by regenerating a tissue similar to the original.
This opens up new horizons in the treatment of trauma and in the prevention and treatment of joint aging.
Biological Therapies
Dr. Gobbi is a worldwide pioneer in orthopedic treatments with PRP (Platelet Rich Plasma), hyaluronic acid, cartilage transplants and mesenchymal cells from adipose tissue. Discover the benefits of these biological therapies.
Bio Engineering
Bioengineering is one of the research and application areas of Dr. Gobbi. Our services include the development of biomaterials, biomechanical structures and innovative prostheses, and specific tailor-made functional recovery and rehabilitation treatments.