In the Transition Line; Between the Prosthodontics of Today & Tomorrow
Dentistry is evolving rapidly, digital technology is covering all areas of our profession, streamlining the treatment plan and the execution of clinical cases. Prosthodontics more than any other specialty is in this transition zone between analog and digital. With the increase in the popularity of the different procedures of digital dentistry, some questions are born: to what point is the digital age here to replace the human ability? Where are we today to make predictable, repeatable and efficient digital dentistry? among many others. Undoubtedly, the digital era is here to improve our clinical practice, the dentist of today must be aware of the digital processes without forgetting the basic principles of dentistry so that their daily practice is successful and achieve the maximum goal, well-being of the patient.

Improving the Dentist/Technician Communication for optimum Smile Design and Ceramic Restorations
As modern dentists and dental technicians we need to keep abreast of the latest developments in dentistry and incorporate new techniques and materials into our armamentarium on an ongoing basis. Moreover, it is essential that all the team members participate proactively in the treatment planning process in order to ensure the best possible result for the benefit of the patient. Consequently, consistent interaction among the members of the dental team is required. Technicians should have a basic understanding of clinical procedures and the development of target-oriented communication protocols are essential prerequisites for a smooth workflow and the provision of high-quality service. Dentists should be aware that crucial treatment steps such as the diagnostic wax-up, the fabrication of the mock-up, shade selection, material selection, prep design, and the fabrication of temporary restorations, etc. can be greatly improved by taking into account the technician’s perspective.

Minimally Invasive Restorations through Maximum Visualization
This presentation will highlight providing minimally invasive restorations for patients, aided through technology such as magnification, illumination, percussion diagnostics and current dental material choices. Of critical importance today is the realization that patients are living longer and want to retain their teeth for a lifetime. With these factors in mind, the preservations of tooth structure is even more critical today than in former generations. For restoration longevity of minimally invasive restorations there must be a commitment to precision aided by magnification, understanding the physical properties of materials, controlling and managing the occlusal forces, learning how to measure and monitor the mechanical stability of tooth and implant stability with new technology breakthroughs and preventive control instructions.

The Hidden Value of Digital Radiography for Caries Detection
The webinar will cover the basic features of Logicon and how it works, our recommended protocol for using it, and its role in the treatment plan for the version (4.0) presently on the market, where the dentist selects the surfaces to analyze and initiates the analysis. The webinar will also describe a new version (5.0) presently under FDA review that raises digital caries detection to a new level where all the surfaces in a bitewing radiograph are analyzed automatically at one time to give the dentist (and patient) a more global view of the state of their teeth.

The Interdisciplinary Software Platform. The Key For Modern Digital Dentistry
The starting point of a facially driven interdisciplinary dental treatment plan is "The Smile Frame". A few crucial photos and steps will come together to create the ultimate template you need to communicate to your dental team, colleagues, and the patient to ultimately increase case acceptance and create the most aesthetic and functional method of rehabilitation to your patient. We will discuss how this paradigm shift of regular analog dentistry has shifted to this modern digital world and the benefits it provides. The protocol proposed will improve the diagnosis, communication and predictability of esthetic rehabilitation, from simple implant or restorative cases to complex cases, combining perio, ortho, and othognathic surgery. Emphasis will be given to the utilization of digital tools to enhance and facilitate the Dentist/Technician interaction and communication with the patient.

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.

Communicating Digitally with the Laboratory: Design, Impressions, Shade, and the Digital Laboratory Slip
This article will review and explore some of the digital opportunities and rationales for digital communication of all forms of clinical information from the dentist to the laboratory.

Enhancing Esthetics with a Fixed Prosthesis Utilizing an Innovative Pontic Design and Periodontal Plastic Surgery
During the past two decades, significant advancements with the integration of periodontal plastic surgery into esthetic restorative dental procedures have received increased attention. While ovate pontics have traditionally been used as a restorative design following augmentation procedures to enhance esthetics, an alternate E-pontic design aims to predictably support and maintain the gingival architecture between a single missing anterior tooth adjacent to a natural tooth or an implant that is in harmony with the lip line and face. In addition, the E-pontic design promotes the gingival facial tissue to coronally migrate over the pontic, creating a gingival sulcus. This article describes an innovative new technique and a pontic design that predictably will develop, support, and maintain the gingival architecture to provide a long-term esthetic and functional outcome.

Splints Are Not Just for TMJ Therapy Part II: Fabrication Technique
When only the canine or the incisors contact in lateral movement, there is a neurologic feedback mechanism that prevents excessive muscular contraction (the more teeth that contact the greater the possible contractile stress and thus muscular overload).