Description

Immediate tooth replacement therapy has become a mainstream treatment modality for single and multiple tooth implants in the esthetic zone. However, esthetic risks and complications exist such as socket perforation, loss of labial plate thickness over time, and loss of the interdental papilla due to proximity issues with tooth-to-implant distance following placement.
Consequently, an inventive macro design concept based upon biologic principles that combines hybrid strategies in implant diameter, shape, and thread pattern has been designed and developed to address these problems. This inverted body-shift design concept will be supported by pre-clinical [animal histology] and clinical [human] studies that scientifically supports, validates, and reinforces the biologic principles in design that ultimately enhances esthetic outcomes in modern day implantology.

LEARNING OBJECTIVES

• Understand the implant complications and risks in the esthetic zone.
• Understand the inverted body-shift concept in macro implant design.
• Understand the biology behind circumferential bone volume for long term maintenance to prevent ridge collapse, recession, and papillae loss.

Dr Stephen Chu

Dr. Stephen Chu received his doctoral degree from the University of Pennsylvania School of Dental Medicine in 1984 and his master’s degree in restorative dentistry and certificate in post-graduate Fixed Prosthodontics from the University of Washington School of Dentistry in ...

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