Dr. Salama's Extraction Kit by Dowell Dental Products
In this tutorial video, Dr. Maurice Salama demonstrates the extraction of several teeth with the DoWell Dental Diamond Plated Extraction Elevators.

Diagnosing & Treatment Planning Gingival Esthetics
The program will look in depth at the concept of excessive gingival display and diagnosing the potential causes from vertical maxillary excess to altered passive eruption and super eruption following tooth wear.

Mastering Surgical Principles: Key to Constant Success
Clinical success depends on material and technique selection, but no material or technique will succeed if surgical principles are not respected. Attention to detail is imperative and mastering surgical principles is key to constant success. This course aims to review principles of flap design and elevation, as well as degranulation, debridement, suturing and wound stabilization of the most commonly performed periodontal, implant and advanced bone grafting procedures. Pharmacologic protocols and anesthesia will also be discussed.

Horizontal Augmentation Through the Ridge-Split Procedure: A Predictable Surgical Modality in Implant Reconstruction
The need for an adequate alveolar ridge width has been a long-standing principle in pre-prosthetic surgery. Since the introduction of root-form endosseous dental implants, the necessity of proper alveolar ridge width has become essential. In this presentation, the author concentrated on the ridge-split procedure (RSP) as a form of a ridge modification (widening or augmentation), the technique that offers many possibilities and has many advantages in oral pre-prosthetic implant reconstruction. There are many modifications of the RSP. This presentation is a description of classical ridge-split procedure in maxilla and mandible that has been successfully employed for many years in author’s surgical practice.

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.

Bone Augmentation and Implant Planning in a 3-D CBCT World
Don’t sit on the sidelines! Incorporate CBCT technology into your practice today for improved implant treatment planning, perio defect diagnostics, identification of perio-endo involvement, bone grafting evaluation, surgical guide fabrication and implant outcomes assessment. This presentation will highlight cases where CBCT unparalleled views positively affected diagnosis, treatment plans, outcomes and case acceptance.

Barriers in the Surgical Suite: Standards Required
Dental implant, periodontal , and oral surgical procedures or any potentially hemorrhagic procedures put the practitioner and staff at risk for exposure to blood-borne viruses (eg, AIDS, Hepatitis B, Hepatitis C), as well as saliva and blood-transmitted pathogens (eg, Mycobacterium tuberculosis, Staphyloccus, Streptococcus, cytomegalovirus). There are also a number of viruses that may infect the upper respiratory tract. In these cases, infections may be transmitted through direct contact with blood…

Applied Techniques for Predictable Suture Placement Part 3
Standard protocols for suturing have been developed for the positioning and securing of surgical flaps to promote optimal healing. Parts 1 and 2 of this article discussed the indications for a variely of suturing techniques, including the periosteal suture technique, the simple look modification of interrupted suture technique, and several continuous suture techniques. Vertical mattress sutures, coronally repositioned mattress sutures, horizontal mattress sutures, and vertical sling mattress sutures…

The “Scalloped Guide”: A Proof-of-Concept Technique for a Digitally Streamlined, Pink-Free Full-Arch Implant Protocol
Inadequate restorative space can result in mechanical, biologic, and esthetic complications with full-arch fixed implant-supported prosthetics. As such, clinicians often reduce bone to create clearance. The aim of this paper was to present a protocol using stacking computer-aided design/computerassisted manufacturing (CAD/CAM) guides to minimize and accurately obtain the desired bone reduction, immediately place prosthetically guided implants, and load a provisional that replicates predetermined tissue contour. This protocol can help clinicians minimize bone reduction and place the implants in an ideal position that allows them to emerge from the soft tissue interface with a natural, pink-free zirconia fixed dental prostheses.