Full Arch Digital PETology

General dentist specializing in digital workflows, dental implants, immediate implant placement, bone grafting, and tissue regeneration using Platelet Rich Fibrin (PRF). Private practice in Durham region, Ontario, Canada.

Over 15 years of clinical experience since graduating from Schulich School of Medicine and Dentistry. Completed undergraduate studies in medical biophysics at University of Western Ontario, receiving gold medal as top graduate of his program. Doctor of Dental Surgery degree from Schulich School of Medicine and Dentistry. Since graduation, established practice with focus on digital workflow integration, implant dentistry, bone grafting materials, and regenerative protocols. Collaborates actively with members of Miron Lab in United States on tissue regeneration research and clinical applications utilizing PRF technology.

International educator having taught implant dentistry across Canada and internationally as speaker and clinical instructor for major dental implant companies including Neodent Straumann. Founder and President of CIDN (Canadian Implant Dentistry Network), Canada's largest dental implant community with over 14,000 members focused on advancing implant dentistry through education, networking, and knowledge sharing. Regular course director teaching immediate dental implant techniques in anterior and posterior zones through comprehensive programs including optional live surgery component where attendees perform procedures on their own patients under supervision.

DDS from Schulich School of Medicine and Dentistry. BSc with Gold Medal in Medical Biophysics from University of Western Ontario. Published author on PRF applications, immediate dental implants, and clinical protocols. Contributing author to "Modern Implant Dentistry" textbook (Quintessence), best-selling reference where he focuses on "No Bone Reduction" protocols for full-arch implant therapy involving PET (Partial Extraction Therapy). Research interests include immediate implantation protocols, socket preservation techniques, guided surgery, digital planning workflows, and regenerative approaches minimizing bone removal.