The Proof is in the Laboratory; A Maxillary Full Arch Implant Supported Zirconia Prettau Comparison
The FP-3 “Implant Supported Hybrid" has proven to be an exceptional and highly specialized treatment option for patients with non restorable teeth or existing edentulism. The use of zirconia provides the ultimate outcome bringing with it a new standard of esthetics, function and, when done well, a long lasting prosthesis. This presentation will stress the importance of treatment planning, CAD CAM technology, and the all important need for the laboratory technician’s human touch. Surgical aspects, provisonalization during healing, and management of soft tissue are important components. The protocol for final fabrication of the FP-3 all zirconia prosthesis is detailed along with a description of this exciting new technology.

How to Take Ideal Impressions For The Best Outcomes
Taking accurate, detailed impressions are vital to the submission of a case to Invisalign. Even the most experienced clinician can encounter difficulties. Choosing the correct impression materials, patient positioning, Tray insertion and mixing, working and setting times. In this course we will also trouble shoot all areas of what we call bad impressions such as bubbles, tears, pulls, voids and tray contact.

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.

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.

CBCT in Endodontics: Changing the Landscape of Diagnosis and Clinical Treatment
Radiographic imaging is essential in the diagnosis, treatment planning and follow-up in endodontics. The interpretation of an image can be confounded by a number of factors, including the regional anatomy as well as superimposition of both the teeth and surrounding dento-alveolar structures. As a result of superimposition, periapical radiographs reveal only limited aspects, a 2-dimensional view, of the true three dimensional anatomy. Additionally, there is often geometric distortion of the anatomical structures being imaged with conventional radiographic methods. These problems can be overcome by utilizing small or limited volume cone beam computed tomography (CBCT) imaging techniques which produce accurate 3-dimensional images of the teeth and surrounding dento-alveolar structures. This presentation will highlight the indications, advantages and considerations of the use of CBCT in endodontics.

3-D Smile Designing with a Functional Touch: The Dental GPS Way
In this esthetic driven era, the responsibility of delivering something that is functionally and esthetically acceptable is of utmost importance. Today , we have something called Dental GPS which is a software that is available both in a clinician version and lab version. It is not only able to help us with the simulation of the proposed results in less than 5 minutes but also able to help us print the diagnostic M lines to help us mount the casts (using a digital facebow) for 2D wax ups and / or 3D virtual wax ups for 3D printed models. This presentation will highlight the usage, simplicity and precision of planning and execution using the 3D smile design software.

Integration of 3D Digital Technology: The Advancements in Today’s Dentistry
So in this Webinar Dr. Gamil will discuss the concept of Total digital solution, and how to understand, integrate and implement it in everyday practice, starting with the phase of scanning: CBCT, Intraoral or in lab optical scanners, face photos, digital models, impression scans and their integration. Then going through the phase of planning using the acquired data using specialized software, showing the added benefit and amazing potentials and ending with the different type of manufacturing such as: 3D printing, Laser sintering, Milling and their applications and how this pool forms together what we call the total digital solutions and how to be familiar with the workflow, implement and ride this wave of tomorrow becoming a reality today.

Team Atlanta Esthetic Evaluation
Evaluation form for evaluating a patients' preferred esthetics

46 Top Tips
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Effectiveness of a Super-Pulsed CO2 Laser For Removal of Biofilm From Three Different Types of Implant Surfaces: An In Vitro Study
As dental implants become a routine part of dental practice, so too will the prevalence of peri-implant diseases. Inherent to the treatment of peri-implant disease is the removal of microbial biofilms from the implant surface. Currently, there is no standardized protocol for application of any treatment modality directed at implant surface decontamination. In this in vitro study, we report on the effectiveness of a super-pulsed CO2 laser, delivering an average fluence of 6.3 to 113 J/cm2, to remove biofilm from three different types of implant surface topographies. Biofilms ranged in thickness from 5 to 15 μm. An average fluence of 19 J/cm2 was sufficient to achieve 100% ablation of the biofilm on hydrophilic sandblasted and acidetched surface specimens (SA). However, to achieve 100% ablation of biofilm on HA and highly crystalline, phosphate enriched titanium oxide (PTO) surfaced implants required an average fluence of 38 J/cm2.