Dr. Clokie Cameron is an award-winning maxillofacial surgeon originally from Toronto, Canada. He’s done more to grow the surgical world than arguably any other specialist in this particular field. His experience in the realm spans back an impressive three decades and still going strong. His bright career is decorated with over two dozen unique patents and trademark procedures to his name. According to inducebiologics.com, some copyright applications are still outstanding and in the process of getting verified by the patent authorities. Above all else, this physician likes to write medical journals for both his local and global fan base. His writings are mostly focused on regenerating tissue technology and on orthopedic advances. In 1988, he was fortunate to be appointed as the Head of the Oral and Maxillofacial Surgery department at the University at the prestigious university of Toronto. he holds on to that coveted spot until his retirement this year.
Tissue Regenerative Technology
There’s one post which contains the input of Dr. Cameron Clokie. The article makes a strange revelation about a middle-aged man whose jaw line suddenly grew up to seven centimeters. In a surprising twist of events, the guy referred to as Mr. Peter Russel is said to have regenerated the bone which got amputated some years back owing to a tumor on his lower jaw. But, as the reader learns, it was not an accident rather, Russel had been part of a scientific research and experiment for finding new solutions to amputated bone tissue. The team was led by none other than the Canadian, Clokie Cameron at https://ca.linkedin.com/in/dr-cameron-clokie-136991109.
Peter, is, in fact, one of eight lucky patients who has benefited from the creative therapy. The treatment confers its positive outcomes as a result of the catalyzed reaction which causes the adult stem cells to fuse with the protein molecules and form new bone tissue. The ground-breaking research on dentevents.com took place at the acclaimed Mount Sinai and Toronto General Hospitals. The primary reason scientists tirelessly to come up with this innovative treatment was that the alternative option was one, very painful and two, it was not always efficient in blending new tissue to existing cells. At times, the graft tissue used to get rejected by the host and this would, in turn, open up a Pandora of adverse outcomes to the patients.