Managing Large Odontogenic Cysts; Decompression or Marsupialization Technique Part 2 of 2
Decompression and marsupialization are techniques used to reduce size of large odontogenic jaw cysts, hence making its complete removal and bone regeneration simpler, safer, and more predictable. In this video, Dr. H. Ryan Kazemi demonstrates a simple technique for decompression or marsupialization and provides a brief review of its application in management of odontogenic cysts

Interdisciplinary Strategies For The Esthetic Reconstruction of Complex Cases
Predictable esthetic management of the compromised anterior dentition with dental implants constitutes one of the most difficult challenges in contemporary dentistry, especially in scenarios where soft and hard tissue defects are present. Traditional surgical approaches will often result in peri-implant soft tissue disfigurement. Although the use of pink restorative materials has been proposed to disguise soft tissue deficits, maintenance issues and esthetic limitations remain a concern, particularly as it pertains to high smile cases. This presentation will focus on the predictable esthetic management of high-risk and compromised sites, demonstrating the use of contemporary interdisciplinary strategies for the treatment of peri-implant esthetic dilemmas and complications.

Fresh Frozen Allograft Bone Plus Bone Marrow Aspiration as a NEW Alternative to Autogenous Bone Augmentation - Part 1 of 2
The lecture describes the behaviour of autogenous bone, how to handle it, its major indications and several challenging cases will be presented. In addition the peculiarities of Fresh Frozen Allograft Bone will be will thoroughly described, as the advantages of adding bone marrow aspiration.

Alternative & New Tendencies for Alveolar Reconstruction in Modern Implant Dentistry
Knowledge of bone biology and physiology are crucial for successful dento-alveolar reconstruction. The presentation will review the natural healing process of the bone and the sequence of events needed for proper regeneration. This process will then be discussed and compare with the present materials and technologies available in the market including alloplastics and allogenic materials. The role of the Stem Cells and rh-BMP2 will be exposed as part of these new trends in alveolar reconstruction for modern implant dentistry. Multiple cases will be presented demonstrating the versatility and outcomes in different clinical situations based on biological, bio-mechanics, and implant aesthetic needs.

Managing Esthetic Implant Complications
Dental implant success today is judged not only by osseointegration but also by bone, tissue stability and of course long term esthetic results. Cosmetic predictability can often be difficult to attain, and esthetic implant failures can be multifactorial and patient management issues. Once esthetic implant failures occur, many cannot be fully corrected. Some complications must be addressed by an interdisciplinary dental team. In this summary of case reports, surgical considerations are provided, including cases of facial asymmetry/recession due to facial implant placement or bone loss resulting from technique/treatment failures, as well as papillary deficiencies. Restorative considerations for correcting failures are also discussed.

Tissue Engineering and Platelet Derived Growth Factors: Evidence Based Therapy
Platelet derived growth factors are now routinely utilized in reconstructive therapy. This presentation describes very detailed and evidence based guidelines for clinicians interested in enhancing their abilities in tissue engineering, especially as it relates to bone augmentation. Specifically, while successful bone augmentation requires the standard surgical parameters of space maintenance, low pressure on the grafts and tension-free flap closure, optimization of this goal requires management and enhancement of the local biological conditions with growth factors. Towards that end, platelet concentrates through the constant release of growth factors are able to promote and enhance new vascularization, provide plasma protein, normal lipidemia, as well as increased collagen and fibrin activity.

Use of Bone Grafts for the Enhancement of a GTR-Based Root Coverage Procedure: A Pilot Case Study
The use of guided tissue regeneration (GTR) procedures for the treatment of gingival recession has shown encouraging results and is gaining clinical acceptance. However, attaining space maintenance beneath the membrane remains a problem for clinicians. Hence, the purpose of this pilot case study was to evaluate the effect of adjunctive demineralized freeze-dried bone allograft (DFDBA) placement during collagen membrane GTR-based root coverage procedures. Five patients with Miller Class I or II defects…

Fibrinogen-Induced Regeneration Sealing Technique (F.I.R.S.T.). An Improvement and Modification of Traditional GBR: A Report of Two Cases
Guided bone regeneration is a technique widely known, clinicians know very well indications and limitations of this technique. One of the principles to achieve bone augmentation and formation resides in the stability of the blood clot forming under a barrier membrane. The technique proposed in this article has the goal of providing stabilization to the bone graft by adding fibrin sealant (FS) to the bone graft and also using the fibrin sealant to attach a bone membrane (cortical lamina) to the recipient site. This simple modification of the technique of guided bone regeneration is presented in two successful cases.

Long Term Follow-Up of Dental Implants Placed in Autologous Onlay Bone Graft
The aim of this study was to evaluate the efficacy of autologous intraoral onlay bone grafting (OBG) in correlation with long-term survival rates of dental implants placed in the augmented bone. A retrospective study was conducted on 214 patients who received a total of 633 dental implants placed in 224 autologous intraoral block OBG augmentations, combined with Bio-Oss – mixed with platelet-rich plasma (PRP) and covered by platelet-poor plasma (PPP) – as scaffold, with a follow-up time up to 137 months. We suggest that augmentation of severely atrophied jaw bone through the placement of horizontal and/or vertical intraoral OBGs in combination with Bio-Oss saturated with PRP and covered by PPP should be considered a reliable, safe, and very effective surgical technique for obtaining high bone graft survival rate and high long-term implant survival rate.