Doctor Cameron Clokie: ‘Go See The Dentist’

For readers not up on dentistry, Cameron Clokie DDS, Ph.D. is a scientist, entrepreneur, and a surgeon. Clokie is one of the few to hold all three positions. He works out of Canada.

Education

Clokie earned his doctorate at McGill University. He graduated in 1992. His area of interest at the time was in the area of bone regeneration. He focused on its relationship to developing dental implants.

Positions

Presently a practicing surgeon, he is well-known in the field of oral surgery and maxillofacial surgery. He has made additional contributions to the world of academia and his research as it related to the jaw. While employed as a professor he has written research papers and taught classes too. He even had the opportunity to serve as the official head of both oral and maxillofacial surgery at the famous University of Toronto.

A few years ago, Clokie began offering his dental patients a new procedural option to the usual reconstructive jaw surgery. Clokie offered his patients a new form of bone

regeneration that employs stem cells. This was just one of The doctor’s groundbreaking surgeries that are arguably true milestones in the field of contemporary reconstructive surgery.

Before this, dentists and oral surgeons would take tissue and bone from other sections of a patient’s body or even utilize animal bones to rebuild a patient’s damaged jaw. With Clokie’s new method, though, a subject’s jaw can regenerate similar to the way an infant grows. This method sets the stage for numerous potential options for patients suffering from the loss of a jawline or facial disfigurement.

Numerous researchers have been struggling to regenerate human tissue for a long time. None of those scientists succeeded like Doctor Cameron Clokie did. How did this happen?

Sources with Bloomberg had the answer. They noted that Cameron Clokie and his team based out of Mount Sinai Hospital and the Toronto General Hospital used specific proteins that inspire adult stem cells into changing into adult bone cells. In Addition, the stem cells have the potential to actually metamorphosize into other types of cells.