CDE:[Excellence in Restorative Dentistry Lecture Series] An Adhesive Design Concept: The Inverse Injection Composite Layering Technique

15
Sep, 2020
05:00 PM-06:30 PM

Virtually presented via BlueJeans

Time: 5:00-6:30 pm; this virtual lecture will begin promptly at 5:00 pm via BlueJeans.
Registration: FREE to view (does not include continuing education credits); Registration is still required.
Register here»
CE Credits:
1.5 lecture credits
To receive continuing education credits:
Dentist, $37.50
Penn Dental Medicine Alumni, $28.00
Military, $28.00

Course Description

This one-hour presentation will discuss a novel indirect/direct injection technique that adds a new dimension to the restorative process. Over the past eleven years, Dr. Terry has continued to develop a noninvasive adhesive technique that adds a new dimension to restorative and esthetic dentistry. This inverse injection composite layering technique provides a precise and predictable method for translating a diagnostic wax-up or a pre-existing diagnostic model into composite restorations by mixing various hues and opacities of highly filled flowable materials. There are a myriad of applications for this technique using an Adhesive Design Concept described in Dr. Terry’s latest book “Restoring with Flowables.”

Learning Objectives

  • Discover a predictable and precise method for developing anterior composite veneers.
  • Understand and explore the significance of color mixing for creating polychromatic lifelike restorations.
  • Appreciate the myriad of applications of the injectable technique and how an improved biomaterial and this revolutionary technique can enhance patient communication and your practice of dentistry.

It is strongly suggested that each participant review Chapter 3 and 8 of Esthetic & Restorative Dentistry: Material Selection & Technique 3rd Edition and Restoring with Flowables as a precursor to this presentation.

For more information on each topic covered in this presentation, order your copy of Esthetic & Restorative Dentistry: Material Selection & Technique and Restoring with Flowables in advance from: www.quintpub.com

Speaker

Dr. Douglas A. Terry presently holds positions as an adjunct professor in the department of restorative sciences at the University of Alabama at Birmingham, and Professor Emeritus in the department of conservative dentistry and endodontics at the V.S. Dental College & Hospital, Rajiv Gandhi University of Health Sciences in Bangalore, India. He has authored several hundred scientific articles and textbooks in numerous languages including Natural Aesthetics with Composite Resin (Montage Media, 2004), Aesthetic & Restorative Dentistry: Material Selection & Technique (Everest Publishing Media, 2009), Esthetic and Restorative Dentistry: Material Selection and Technique, Second Edition (Quintessence Publishing, 2013), What’s in Your Mouth? / What’s in Your Child’s Mouth? (Quintessence Publishing, 2013), Smile! Your Guide to Esthetic Dental Treatment (Quintessence Publishing, 2014), What’s in Your Mouth? Your Guide to a Lifelong Smile (Quintessence Publishing, 2014) Expressions of the Soul Exposed (Quintessence Publishing, 2015) Restoring with Flowables (Quintessence Publishing, 2016), Esthetic and Restorative Dentistry: Material Selection and Technique, Third Edition (Quintessence Publishing, 2018) Restoring the Intraradicular Space: Esthetic Post Systems (Quintessence Publishing, 2020). Dr. Terry is the founder and CEO of the Institute of Esthetic and Restorative Dentistry and a member of Oral Design International. He maintains a private practice in Houston, Texas.

ADA Cerp

University of Pennsylvania School of Dental Medicine is an ADA CERP Recognized Provider. ADA CERP is a service of the American Dental Association to assist dental professionals in identifying quality providers of continuing dental education. ADA CERP does not approve or endorse individual courses or instructors, nor does it imply acceptance of credit hours by boards of dentistry.

University of Pennsylvania School of Dental Medicine designates this activity for 1.5 continuing education credits.