Immediate Implant Placement with GBR Using Alloplast
Lanka Mahesh, BDS, MBA;Dr. Sagrika Shukla; Dr. Prashant Nanda; Dr. Manoj Eapen
Long-Term Block Graft Stability in Thin Periodontal Biotype Patients - A Clinical and Tomographic Study
Autogenous block grafting seems to be a predictable treatment modality to reconstruct alveolar ridge defects in the long term. A thin periodontal biotype did not seem to affect the volume of transplanted bone for the population studied.
A Novel Strategy for Bone Integration and Regeneration: Case Studies
Ultraviolet light treatment of dental implants immediately prior to placement, or photofunctionalization, is a novel clinical tool with the potential to improve implant therapy. Photofunctionalization improves the surface properties of titanium surfaces by removing hydrocarbons, regenerating hydrophilicity, and optimizing electrostatic properties. We photofunctionalizated dental implants and titanium mesh (Ti mesh) in two complex clinical cases requiring simultaneous guided bone regeneration, sinus elevation, immediate implant placement into the extraction socket, and esthetic consideration
Reconstruction of Damaged Fresh Sockets by Connective-Bone Sliver Graft From the Maxillary Tuberosity, to Enable Immediate Dentoalveolar Restoration - A Clinical Case
This paper describes a procedure for immediate
loading of an implant following tooth extraction, in
a socket presenting severe damage to the vestibular
bone plate and gingival recession in the region of the
upper central incisors. The procedures of extraction
of the tooth, immediate insertion of the implant, connective-
bone graft from the maxillary tuberosity and
immediate restoration were shown to be a predictable
treatment alternative. These procedures led
to restoration of the tooth, bone and gingival structures
in a single surgical stage and to maintenance
of the favorable esthetic and functional result 24
Preservation of the Bundle Bone: Reality or Myth
The loss of teeth will lead to resorption of the buccal plate with its resultant need for extensive augmentative procedures (both bone and soft tissue) as well as the risk of poor long term aesthetic stability. Partial Extraction Therapies (PET) are techniques that allow us to maintain the buccal bone plate and hence prevent the collapse of the alveolar bone creating a platform for ideal soft tissue and bone which is stable in the long term. This is a greater problem in the aesthetic areas. This lecture will take you through the different options with regards to immediate implant placement as well as the most cutting edge PET in a step by step fashion.
Hard and Soft Tissue Augmentation: Optimizing Esthetic Results for the Restorative Dentist
Contemporary patient expectations have made esthetics a major requisite of all treatment plans, especially in situations where there is a high smile line. Although new restorative materials have highly improved predictability and esthetic outcomes, soft and hard tissue management play a fundamental role when working in esthetic areas. To achieve ideal esthetics, preservation of the natural soft and hard tissue architecture is a primary clinical objective. These new proposed techniques illustrate the importance of pre-prosthetic soft and hard tissue management when working in highly esthetic compromised areas.
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.
Creative Next Generation Surgical Tools and Solutions for the Implant Practice
Modern Bone Grafting has become more predictable than ever before. Recent developments in CBCT 3D Diagnosis and the utilization of bioactive modifiers such as PRGF, PRF and BMP-2 have stimulated further advances in surgical techniques as well as a New Age Surgical Armamentarium to maximize the efficiencies and success of these sophisticated procedures.
Regenerative Procedures for Implant Site Optimization: Establishing the Perio-Implant Interface
Emerging concepts in implant dentistry have allowed bone preservation to become a reality, thus reducing the need for extensive augmentation procedures. Nevertheless, clinicians are still confronted with atrophic defects that require complex regenerative strategies for dental implant rehabilitation. This presentation will focus on some of the essential elements for a predictable regenerative protocol in implant site development.
A discussion will include the use of defect topography as a guide in choosing a suitable augmentation technique. Several considerations that allow for tension free wound closure will be reviewed. Furthermore, an evidence based approach in graft material selection will be presented.
Clinical cases will then be reviewed, to demonstrate how to integrate the presented principles into daily clinical practice.
Bone Augmentation & Bioengineering in the Clinical Implant Practice
This webinar will introduce efficient and predictable bone graft solutions as well as bioactive modifiers that can be immediately incorporated into clinical practice.
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