Use of PRGF to Accelerate Bone and Soft Tissue Regeneration in Postextraction Sites
Eduardo Anitua, MD, DDS, PhD;Gorka Orive, MD, DDS; Isabel Andia, PhD
A Modified Surgical/Prosthetic Approach for Optimal Single Implant Supported Crown
Optimal implant placement can be achieved only if the ridge maintains its dimensions and the qllality of bone. To prevent the resorption of the ridge and to enhance the quality of regenerated bone, two main approaches have been suggested. Palt I of this article presents a modified regenerative technique - the "socket seal surgery"' (SSS). Part II will present a modified prosthetic technique - the "cervical contouring concept" (CCC) - and it will be published in the May, 1994, issue of PP&A. The…
Similarities Between an Acellular Alloderm and a Palatal Graft for Tissue Augmentation
Predictable tissue regeneration presents a considerable challenge in the surgical treatment of gingival tissue defects. Soft-tissue augmentation procedures to increase the existing or create a new zone of attached keratinized gingival tissue have classically been performed using the patient's own masticatory mucosa and, more recently, using an acellular dermal allograft as the donor material. This article presents a clinical case whereby an acellular dermal allograft was placed on the buccal surface…
Predictable Gingival Correction of Passive Eruption
While the need to maintain a dry operative field has traditionally caused complications during various soft tissue surgical procedures, the use of bipolar electrosurgical techniques can eliminate the need to maintain a dry field, thus increasing the clinician’s ability to deliver predictable, long-term results. This case presentation describes how to determine the presence of passive eruption, treatment plan its correction, and surgically alter the gingiva to provide a more aesthetic smile. This…
Functional Gingival Grafts in Anterior Implant Therapy - Part 2 of 2
Dr. Richard Martin outlines his approach to simultaneous gingival grafting following extraction to preserve or enhance the critical labial gingival margins around implant restorations in the esthetic zone.
The Use of Triple Graft for Compromised Alveolar Sockets Associated with Gingival Recession
The Immediate Dentoalveolar Restoration technique has been used for over 7 years, allowing the reconstruction of tissue losses in the same surgical session of dental extraction, implant placement and provisional crown installation, minimizing the treatment time and morbidity of the procedures.
The Free-Gingival Graft - A Detailed Video Review
This video presentation displays a step by step review of the clinical surgical process from incision, to bed prep, all the way through to final suturing and stabilization.
Esthetic Periodontal Surgery: Making Recession Defects Disappear by Grafting
Expert discussion of soft tissue grafting; first an overview of current trends, the second showing a specific allograft technique for treating multiple adjacent recession defects.
The Basics of Root Coverage Surgery with Acellular Dermal Grafts: A STEP-BY-STEP Live Patient Demonstration
Soft tissue grafting is rapidly playing a larger role in restorative, esthetic, and reconstructive dentistry. While conventional grafting techniques have several limitations, newer grafting materials and techniques make it easier for patients to say "yes" to the treatment they truly need and desire. In this webinar, Dr. Wong will perform a step-by-step demonstration using Perioderm to correct multiple gingival recession defects. Soft tissue allografts are quickly becoming a "game changer" in dentistry, making optimum dentistry more than an ideal... it's a reality.
Biologic Strategies to Enhance Clinical and Aesthetic Success in Oral Implantology
This webinar will discuss clinical strategies for treatment of the complex implant site involving bone grafting and implant placement. Our understanding of cellular pathways, and our ability to control the wound response, expands our capacity to effect better aesthetic outcomes and compress treatment time. The reduction of the inflammatory phase of tissue regeneration speeds up osseointegration, prevents crestal bone loss, maintains papillary form, increases the density of peri-implant bone and increases tissue biotype. This enhanced tissue response allows us to predictably treat even the most complex surgical cases, compress time to final reconstruction, and to maintain these favorable tissue outcomes over an extended period of time. The use of dental implants with advanced biologic features and the incorporation autologous growth factors will be demonstrated.
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