Use of Bone Grafts for the Enhancement of a GTR-Based Root Coverage Procedure: A Pilot Case Study
Hom-Lay Wang, DDS, MSD, PhD;Kenneth Kimble, DDS, MS, Robert Eber, DDS, MS
Use of PRGF to Accelerate Bone and Soft Tissue Regeneration in Postextraction Sites
Evealuation of regenerated bone density.
Histologic Effect of Pure-Phase Beta-Tricalcium Phosphate on Bone Regeneration in Human Artificial Jawbone Defects
The effect of the pure-phase beta-tricalcium phosphate (beta-TCP) Cerasorb on
bone regeneration was evaluated in hollow titanium cylinders implanted in the
posterior jaws of five volunteers.
Three-Dimensional Bone and Soft Tissue Requirements for Optimizing Esthetic Results in Compromised Cases with Multiple Implants
In this article, the concepts behind achieving esthetic and functional implant restorations and the necessary three-dimensional peri-implant hard and soft tissue management required to realize these goals are discussed.
Managing Complications in Immediate Implant Therapy - Part 3 of 3
Immediate implant placement in fresh extraction sockets offers several advantages which include patient comfort, ridge preservation as well as decreased treatment time.
Innovative Technique for Ridge Augmentation Using SonicWeld RX Rigid Resorbable Barrier System - Part 5 of 5
Dr. Gerhard Iglhaut describes the science as well as the step-by-step techniques for utilizing an innovative new resorbable rigid membrane and fixation system for ridge augmentation.
Simultaneous Autogenous Block Grafting & Implant Placement
Autogenous bone is the gold standard of bone augmentation. Studies have also shown that bone blocks achieve far more predictable bone volume while reducing the need for further grafting at the time of implant placement.
Managing 3D Shape and Space in Bone Augmentation: Putty Assisted Regeneration
This presentation will demonstrate the utilization of Novabone in several different applications to include ridge preservation and sinus grafting and immediate implant placement.
Titanium Mesh and rhBMP-2 in Ridge Augmentation: Options and Limitations
Titanium mesh has been used in reconstructive surgery and ridge augmentation for several years. The traditional technique involves using cancellous autogenous bone under the mesh scaffold. More recently growth factors and bone substitutes have been utilized as autograft replacements. There are several advantages to using titanium mesh for space maintenance including strength, ease of use, low cost and biocompatibility. However, the difficulty in removing the mesh has led to a search for other space maintenance scaffolds including tenting screws, dense preshaped collagen and porous high-density polyethylene. This webinar will discuss the use of rhBMP-2 for managing horizontal and vertical bone deficiencies with various scaffolds.
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.
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