Dr. Cameron Clokie is an entrepreneur, an oral and maxillofacial surgeon and a scientist. In 1998, he was named the head of oral and maxillofacial surgery at the University of Toronto where he was a professor too.
Crunchbase revealed that Cameron Clokie is the Chief Executive Officer of the induce Biologics Inc, which primarily focuses on producing medication interventions for musculoskeletal reconstruction.
His interest in bone reconstruction began as merely an idea in the 1990’s. He had worked for four years with Dr. Urist who had earlier discovered the bone morphogenic protein. BMP is a protein which is a matrix for bone regeneration.
Dr. Clokie saw an opportunity and decided to put it to test in reconstructive jaw surgery since his specialty was on dentistry. In the year 1999, he did achieve his goal, but the setback was that the BMP was little. He came up with an idea where he introduced the human gene that produces the protein to goats. The goat, in turn, would produce the protein in large quantities as milk. Read more: Bros Don’t Let Bros Have Bad Breath: Toronto Oral Surgeon Cameron Clokie Helps You Make a Good First Impression
From his company, Induce Biologics Inc, and their prior focus on bone reconstruction and regenerative medicine people have taken an interest in his work. Dr. Clokie has done many presentations and published many papers about his work.
Dr. Cameron Clokie, in the presentations and publications, explains his line of work whereby he had come up with a technique where he coaxed bones to grow just like a newborn baby. He did put it to the test with a patient in Canada and turned out to be successful.
Many doctors were amazed by it because he had reduced the surgical process with a couple of hours. Clokie’s technique simply changed the fact that doctors had to steal bone fat and muscle from other body parts to fill gaps in another.
Scientists, however, doubted the technique. They detected some significant setbacks. They, however, resulted in gambling with the method. It had a lot of potentials.
They saw a probability in which the technique could be advanced more. And this would be tomorrow’s future and a significant impact in human medicine.