Guide to Diagnosing & Treating Endodontic & Periodontal Lesions
Lee H. Silverstein, DDS, MS, FACD, FICD;Peter C. Shatz, DDS, Albert L. Amato, DDS, David Kurtzman, DDS
Using Cross-Sectional Tomography to Perform Exploratory Radiography
Since osseointegration was first introduced by Branemark, dental implants have been used increasingly to replace missing teeth. The high predictability of implant success has been well documented. Unfortunately, there are numerous failures in implant dentistry. The primary failure on endosseous dental implants include improper diagnosis, treatment planning, and/or sequenceing; poor periodontal tissue management and/or maintenance; improper implant position at surgery; and aesthetic requirements…
Masters of Esthetic Dentistry 1991
Building a perfect practice, an Interview with Dr. Ronald Goldstein and Dr. David Garber.
Lip-Generated Esthetic Treatment Planning
12 Steps to Creating Optimal Smile Esthetics
The 3D CBCT Dual Scan Protocols: Surgical Restorative Management in Modern Dentistry
The integration of new technology protocols for implant diagnosis, treatment planning and guided surgery techniques in the everyday workflow is one of the challenges in dentistry today. This lecture will focus on the decision making and digital workﬂow regarding computer guided implantology systems from image acquisition, virtual 3D planning, surgical guide fabrication and guided surgery techniques. It will outline tips and tricks in each step and how to increase the beneﬁts of computer guided surgery through the recent technological advancements leading to optimizing clinical implant success in everyday practice. Utilizing the latest advancements in CBCT Dual Scan technology, this lecture will include comprehensive case presentations and detailed treatment planning sequences for predictable restorative driven implant dentistry.
Intro to Dental Sleep Medicine - Part 2 of 3
Mr. John Nadeau presents an informative lecture for both doctors and staff on the rapidly growing field of dental sleep medicine.
Digital Restorative Technologies, Implants, Aesthetics and Occlusion
CAD/CAM technology has the advantage of reduced clinical chair-time and reduced laboratory costs. The accuracy of these techniques has improved to the point where they are now comparable to conventional techniques. This presentation will review the current technology which allows the fabrication of an implant abutments through streamlined digital fabrication, that maximizes aesthetics and minimizes time and errors. In addition, this impression does not require the removal of the healing abutment. The fabrication of ceramic full coverage restorations and veneers, with an in-office technique, will also be demonstrated. Occlusion principles will be discussed as they relate to new materials and their application in private practice.
The Smile Design Revolution - Management, Communication and Implementation
Treatment planning a full mouth rehabilitation is amazingly challenging. So many options and steps must be coordinated and controlled to achieve a successful outcome. Developing the Smile Design is just the starting point. Carefully integrating this design to function is the key. This presentation will show how this process is a complex brainstorm that needs to be guided by logical and rational steps to achieve consistent and predictable solutions.
Effective Restorative Dentistry Using CO2 Hard Tissue Laser
The CO2 9.3um hard tissue laser has made restorative dentistry more acceptable to patients mainly due to the lack of local anesthesia required for most all restorations. Procedures will be shown on both virgin teeth as well as replacement of previous restorations. What has been most impressive is how the cutting speed can be varied in both enamel and dentin. Also the efficiency as well as the simplicity of operation will be included. Finally, you will see patient responses after the procedures showing the effectiveness of the laser in anesthetizing the teeth being treated.
From 2D to 3D: The Benefits of 3D-X-ray in the Different Fields of Dentistry
CBCT(Cone Beam Computed Tomography) has developed in the last years from a highly specialized used subject used mainly by specialized surgeons and implantologists to a wide field of indications, used mostly by general practitioners, periodontists, endodontists, general implantologists and orthodontists. The picture quality has increased drastically so the 3-D X-ray techniques are able to show aspects that 2-D X-ray-techniques are unable to present. 3-D X-ray systems are linked today to other diagnostic and electro-mechanical systems as there are automaticised software measure and diagnostic tools, intra and extra-oral scanning systems and CAD-CAM-milling-systems. That increases the diagnostic and treatment possibilities this systems offers to the users.
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