Multidisciplinary Esthetic Resolutions for Anterior Dentition: Integrating Science & Art
Not all patients can be treated the same; there are numerous methods and approaches we must consider before providing a service to our patients that include types of materials, surgery, minimally invasive restorative dentistry, prosthetics, etc. This lecture will take you through a decision tree of minimally invasive approaches to consider for multidisciplinary esthetic dentistry from a restorative and prosthetic point of view. Including a large emphasis on the science behind products and materials available in the market today.

The Digital Smile Designer Journey: Step-by-Step of the Facially Driven Smile Design Process Powered by 3D Technology
Understanding how to break down into rational steps the challenging process of designing beautiful smiles in harmony with faces and integrating esthetics with function. Utilizing 3D digital technology to facilitate this process. Integrating the DSD principles of documentation and facial analysis with CAD softwares and utilizing this 3D process to improve team communication, interdisciplinary diagnostics and treatment planning.

All-in-one Rubber Dam Isolation Technique
This video is demonstrating how to achieve proper rubber dam isolation using the all in one approach using wingless clamp. In this technique, the rubber dam frame, sheet and wingless clamp are applied all together in one step in a very simple way. the aim of this video is to show how we can make rubber dam application using wingless clamp a simple solution.

Microscopic Dentistry; Practical Use in Restorative Dentistry Today
Restorative dentistry has changed in recent years. New materials and techniques allow the execution of partial restorations, direct and indirect, with metal-free techniques and started a true partnership between this discipline and prosthodontics. A good esthetic and functional rehabilitation starts from the proper clinical evaluation of the patient and of his problems, planning all the clinical and laboratory procedures in order to reduce the possibility of performing a subpar restoration. The use of high magnification in the right steps can improve our clinical result and optimize the session with the patient. The goal is to achieve the right balance between biology, esthetic and function by applying a minimally invasive approach.

The New Simplified Clinical Protocols For Porcelain & Composite Veneers
This in-depth webinar will address the techniques, products and technology required for the "changed" world of porcelain and composite veneers.

Guided Preparations and the Future of Minimally Invasive Dentistry
An introduction to describe the use of digitally designed, 3D-printed guides to prepare teeth. This state of the arts technology allows dentists to efficiently prepare teeth and deliver the final restoration in one visit. The objective of this presentation is to provide the audience an introduction to with the advancement of 3D-printing in dentistry and it’s use as it pertains to restorative options. With computer aided procedures we can now digitally design and prepare 3D-printed guides to precisely prepare teeth and deliver the final restoration without the need for a temporary.

Tips and Tricks for the Adhesive Cementation of Ceramic Inlays, Onlays, and Veneers
This article will cover some clinical tips and tricks that will facilitate the adhesive luting process for inlays, onlays, and veneers.

Fiber-Reinforced Framework in Conjunction with Porcelain Veneers for the Esthetic Replacement of a Congenitally Missing Maxillary Lateral Incisor: A Case Study
This article presents a case of a congenitally missing right maxillary lateral incisor and the contralateral incisor with discolored composite resin restorations.

Clinical Performance of Porcelain Laminate Veneers: Outcomes of the Aesthetic Pre-evaluative Temporary (APT) Technique
The article evaluates the long-term clinical performance of porcelain laminate veneers bonded to teeth prepared with the use of an additive mock-up and aesthetic pre-evaluative temporary (APT) technique over a 12-year period. Sixty-six patients were restored with 580 porcelain lamintate veneers. Over 12 years, 42 laminate veneers failed, but when the preparations were limited to the enamel, the failure rate resulting from debonding and microleakage decreased to 0%. Porcelain laminate veneers presented a successful clinical performance in terms of marginal adaptation, discoloration, gingival recession, secondary caries, postoperative sensitivity, and satisfaction with restoration shade at the end of 12 years. The APT technique facilitated diagnosis, communication and preparation providing predictability for the restorative treatment. Limiting the preparation depth to the enamel surface significantly increases the performance of porcelain laminate veneers.