Esthetic Management for Compromised Extraction Sites - Part 1 of 2
Missing soft tissue is the main reason for compromised results in the aesthetic zone. But since the soft tissue has to be supported by a sufficient amount of bone, our focus has also to be on bone. Due to the fact that no bone-preservation technique (at the time of tooth extraction) available today, gives us the perfect result we need, augmentation procedures are still needed. Appropriate bone and soft tissue engineering in all three dimensions enhances the aesthetic performance of long-lasting restorations that blend in well and emerge from the periimplant sulcus in harmony with the neighboring teeth.

Microsurgical Soft Tissue Reconstruction for Teeth & Implants - Part 1 of 2
This presentation is focused in the importance of soft tissue grafting techniques around teeth and implants and how to do it in a predictable, modern and a minimally invasive way. We present many different techniques illustrated with clinical cases.

CBCT as an Interdisciplinary Diagnostic and Treatment Planning Tool
The era of in-office Cone Beam Computed Tomography (CBCT) has unequivocally transformed interdisciplinary dentofacial therapy (IDT). While in-office CBCT imaging may be the latest technological breakthrough enhancing opportunities for treatment planning, it is diagnosis that has remained the constant variable critical for predictable patient outcomes.

The Next Challenge in Implant Dentistry: The Rise in Peri-implantitis and What Can We do About It?
In this presentation, Dr. H. Ryan Kazemi will discuss etiologies for implant failure due to peri-implantitis, its preventive measures, and what treatment modalities work best. He will also describe a new classification to help clinicians choose the optimal treatment approach.

Esthetic Management for Compromised Extraction Sites - Part 2 of 2
Missing soft tissue is the main reason for compromised results in the aesthetic zone. But since the soft tissue has to be supported by a sufficient amount of bone, our focus has also to be on bone. Due to the fact that no bone-preservation technique (at the time of tooth extraction) available today, gives us the perfect result we need, augmentation procedures are still needed. Appropriate bone and soft tissue engineering in all three dimensions enhances the aesthetic performance of long-lasting restorations that blend in well and emerge from the periimplant sulcus in harmony with the neighboring teeth.

CBCT as an Interdisciplinary Diagnostic and Treatment Planning Tool
This presentation will discuss and demonstrate the utilization of CBCT imaging from the perspective and scope of a periodontist and an oral and maxillofacial surgeon. Treatment planning, critical thinking skills and surgical execution of cases demonstrating complex dentoalveolar bone reconstruction and craniofacial deformities will be presented demonstrating how this paradigm shift has expanded capabilities and predictability to treat demanding cases.

Increase Surgical Implant and Regenerative Success by Going 3D and Using Innovative Products
Detailed videos using 3D planning software as well as innovative products by a speaker with an extensive background in implant and regenerative surgical procedures.

Alveolar Ridge Regenerative Strategies: Autogenous Bone vs BMP-2
This clinical based presentation will compare the use of autogenous bone vs BMP-2 for alveolar ridge reconstruction. The science, indications, advantages and disadvantages of each approach will be featured. Single tooth to full arch reconstruction cases will also be shown along with understanding the application of non-resorbable vs resorbable mesh barriers for alveolar ridge reconstruction.

Multitier Technique for Bone Augmentation Using Intraoral Autogenous Bone Blocks
Brånemarket al1 originally described autologous bone grafts used with dental implants,and they are now a well-accepted procedure in oral and maxillofacial rehabilitation. Placement of an end osseous implant requires sufficient bone volume for complete bone coverage.Further-more,the patter no fridge resorption ,which contributes to a nun favorable maxillo mandibular relationship,requires angulation of the implant and/or angled abutment,and affects the proximity of adjacent facial concavities (maxillary sinus,nasal cavity)and vital structures(mandibular nerve).

Atrophic Posterior Maxillan and Mandible: Alveolar Ridge Reconstruction with Mandibular Block Autografts
Autogenous bone grafts have been used for many years for alveolar ridge augmentation and are still considered to be the gold standard for jaw reconstruction. The use of these grafts with osseointegrated implants was originally discussed by Brånemark et al., who used the iliac crest as the donor site. For repair of most localized alveolar defects, however, bone grafts from the mandible offer advantages over iliac crest grafts. These include the proximity of donor and recipient sites, convenient surgical access, decreased donor site morbidity and decreased cost. This article focuses on posterior maxillary and mandibular osseous augmentation in a staged approach for implant placement. Both horizontal and vertical deficiencies are addressed with the use of symphysis and ramus buccal shelf donor block bone via case presentations.

The Modified IVAN Technique: Hard and Soft Tissue Augmentation at Extraction for Delayed Implant Placement
Failure of a natural tooth may not permit placement of an implant at the time of extraction due to insufficiency in available bone to house the implant. Reconstruction of the extraction socket frequently involves both hard and soft tissue augmentation to provide a site that can house the implant and ridge contours that mimic the adjacent natural anatomy. This situation becomes more problematic in the maxillary anterior due to the anatomy and the lower density of the bone of the premaxilla. The solution is the interpositional vascularized augmentation neogenesis (IVAN), which consists of hard tissue grafts, various barrier membranes, and closure with the pediculated connective tissue graft (PCTG). The modified IVAN (mIVAN) technique achieves the necessary goals and may be used in both delayed and immediate placement situations.