Bone Regeneration and Tissue Acceptance of Human Fascia Lata Grafts Adjacent to Dental Implants
The biologic principle of guided tissue regeneration (GTR) has been studied extensively in hopes of regenerating alveolar bone. Various materials have been utilized as regenerative membranes; however, all materials have disadvantages, and the ideal membrane material is yet to be identified. In this case report, human freeze-dried fascia lata strips were used as a regenerative barrier membrane in conjunction with the placement of endosseous root implants and demineralized, freeze-dried bone allograft.…

Biologics in Regeneration: What Is Their Impact on Periodontal and Dental Implant Surgery?
This article discusses in detail the origins, differences and benefits of RECOMBINANT PDGF vs Autologous Platelet Concentrates in Periodontal & Implant Surgery.

The Socket-Shield Technique to Support the Buccofacial Tissues at Immediate Implant Placement
Tooth loss and subsequent ridge collapse continue to burden restorative implant treatment. Careful management of the post-extraction tissues is needed to preserve the alveolar ridge. In-lieu of surgical augmentation to correct a ridge defect, the socket-shield technique offers a promising solution. As the root submergence technique retains the periodontal attachment and maintains the alveolar ridge for pontic site development, this case report demonstrates the hypothesis that retention of a prepared tooth root section as a socket-shield prevents the recession of tissues buccofacial to an immediately placed implant. The socket-shield technique is a highly promising addition to clinical implant dentistry and this case report is among the first to demonstrate the procedure in clinical practice with a 1-year follow up.

The Evolving Role of Soft Tissue Enhancement in Esthetic Reconstructive Dentistry - Part 1 of 3
Soft tissue grafting techniques, new regenerative materials and bioactivators will be highlighted. The expanding role of allograft materials (Perioderm), platelet rich in growth factors (PRGF, PRF), and when to utilize them will be suggested. The ability of these combined protocols to alter the soft tissue profile around natural teeth, implants, and dentulous ridges, will be reviewed as to its critical role in "Complete Esthetics".

Improving Interdental Papillae in Implant Therapy. Perio-Prosthetic Approach
These days the demand for aesthetic treatment is constantly increasing. The relationship between the pink in white components of the smile play very important role for the overall aesthetic appearance. In this lecture we will focus on the importance and the impact of the interproximal tissues. The main process will be discussed and techniques to overcome the problems will be introduced.

Combined Augmentation Therapies in the Aesthetic Zone
Combined Augmentation Therapies in the Aesthetic Zone

A Defined Algorithm for Regenerative Success Part 1 of 2
These presentations will focus open the above concepts but prioritize the diagnostic phase and surgical common denominators required for a successful regenerative outcome. Flap design, space maintenance, bone and membrane selections and tension free closure provides the template for all the new age materials and technologies to be successful in clinical practice.

Protocols for Aesthetic Zone Management: From Maintenance to 3D Reconstruction
During the lecture Dr. Bessa will systematize how to face each different clinical situation, utilizing different autogenous tissues combined with a micro surgical approach, in order to have the best healing patterns and scar-less surgery.

Fibrin Assisted Soft Tissue Promotion (FASTP) - A New Perspective in Periodontal Plastic Surgery
Soft tissue recession around teeth and implants is an epidemic problem in the field of dentistry. A predictable and long-term soft tissue augmentation outcome is primarily dependent on proper diagnosis, prognosis and treatment planning. Harvesting limitations of autogenous tissue from the palate represent a true challenge when treating patients with multiple recessions or gingival deformities around teeth and dental implants. The Advanced Platelet Rich Fibrin (APRF) and injectable platelet-rich fibrin (iPRF) are promising tissue promoters that can be a suitable alternative option.