Dr. Andrew Johnson
Biography
Dr. Andrew C. Johnson completed his general dental (2010) and prosthodontic training (2013) at the University of Tennessee Health Science Center in Memphis and now operates a multi-specialty private practice in Rogers, AR. Along with his specialist certificate, Dr. Johnson earned a post-doctoral master’s degree in dental science researching CAD/CAM restorative techniques and digital dental materials.
He maintains certifications by both the American Board of Prosthodontics and the National Board for Dental Laboratory Technology and remains active in dental academics as adjunct faculty with the UTHSC Advanced Prosthodontics Program. Dr. Johnson has been published in multiple dental journals and lectures on a variety of technological developments in dentistry. He consults for a wide range of dental clinicians, suppliers, manufacturers, and developers as a thought leader in surgical and prosthetic technology integrations.
Workshop
Title:
Computer-Guided Pre-formed Zirconia Crowns: The Digital Age of Pediatric Dentistry ”
Speakers:
Dr. Andrew C. Johnson – Dr. Charles Davis – Dr. Joy Elian Elhayek – Assoc. Prof. Fatma Abdelgawad
Description:
By combining the CAD/CAM capabilities of contemporary prosthodontics with the clinical speed requirements of pediatric dentistry, the future of prefabricated zirconia crowns is more efficient, effective, and easier than ever before. By providing real-time, automated crown size selection and preparation guidance, digital assistance can now help any provider—from the new-grad to the seasoned expert—accomplish prefabricated zirconia crowns as quickly and conservatively as traditional stainless steel. With the Alphabyte software integrated with the OVO intraoral scanner, the digital age of pediatric dentistry has officially begun!
Learning objectives:
- Appreciate the complexities of accomplishing preformed zirconia crowns compared to stainless steel.
- Familiarize with contemporary digital technologies that allow for advanced case preplanning.
- Understand the benefits of conservative, computer-guided tooth preparation based on crown size selection.