GBR: Daniel Buser's Experience in Achieving Long-Term Results
GBR: Daniel Buser's Experience in Achieving Long-Term Results
Course overview
Discover the proven clinical strategies of Daniel Buser — a world-renowned implant surgeon with 35 years of expertise — and learn how to achieve predictable, long-term success in Guided Bone Regeneration (GBR) and implant therapy!
The training will cover clinical cases with long-term follow-up results of over 20 years, allowing for the evaluation of the effectiveness of the applied protocols and their impact on long-term treatment outcomes.
This online training will significantly enhance your implantology practice, as you will learn in detail about:
The biology of bone tissue for successful GBR
Clinical case selection criteria for GBR
Material selection for GBR
Technique for working with locally harvested bone chips
Technique for working with DBBM (Bio-Oss©)
Technique for working with Bio-Gide©
Protocols of horizontal and vertical guided bone regeneration (GBR)
Surgical factors essential for achieving predictable regenerative outcomes.
Course lessons
Lesson 1. Key Principles for Success in Implant Therapy
Primary and secondary objectives of implant therapy
Common complications in clinical practice
Failure modes in implant dentistry
General key factors for long-term success
Surgical key factors for successful outcomes and long-term stability
Analysis of the aesthetic risk factors in implant therapy
Guided protocols of implant placement by Daniel Buser
Analysis of post-extraction sites and bone defects
The three treatment options in implant therapy: immediate, delayed, and post-socket grafting
The significance of keratinized mucosa around the implant.
Lesson 2. Hybrid Implants and Peri-Implantitis: Risks and Design Evolution
Peri-implantitis: risk factors and how to avoid them
Typical peri-implantitis cases in the aesthetic zone
The risk factors of peri-implantitis with hybrid implants
Evaluation of peri-implant tissue stability over time around hybrid implants
Criteria for implant selection
Historical background of implant surfaces
Evaluation of the development of Straumann® implants over the years
Analysis of Straumann® TLC/TLX Implant System
Analysis of hybrid and double hybrid implant designs.
Lesson 3. GBR: Biological Principle and Development Over the Past 35 Years
GBR application around post-extraction sites
Development and progress of guided bone regeneration (GBR) application over the past 35 years
GBR application with collagen membrane
Collagen membrane application for horizontal bone augmentation
Selection of bone filler biomaterials and their application in GBR technique
Categorizing bone defects and choosing between horizontal or vertical bone augmentation
Step-by-step protocols of the sausage technique
Technique for working with locally harvested bone chips
Technique for working with DBBM (Bio-Oss©)
Technique for working with Bio-Gide©
Video guide on harvesting autograft chips.
Lesson 4. Protocols for Post-Extraction Implant Placement: Immediate or Delayed
Classification of implant sites
Treatment planning for single implant placement
Evaluating post-extraction sockets and bone defects
Implant placement after extraction and treatment options including immediate, delayed, and socket grafting
Step-by-step protocols of immediate implant placement
Step-by-step protocols of delayed implant placement and socket grafting.
Lesson 5. Implant Placement with Simultaneous GBR
Clinical scenarios where simultaneous GBR is necessary
The concept of early implant placement
Step-by-step analysis of clinical cases of implant placement with the GBR approach
Step-by-step video guide on the preparation of the bone graft for GBR treatment and membrane placement around the implant
Application of the collagen membrane using the double layer technique
Analysis of clinical cases.
Lesson 6. GBR Case Analysis with Dr. Daniel Buser
Analysis of clinical cases of:
Immediate implantation
Delayed implantation with the GBR approach.
Step-by-step video demonstration of horizontal and vertical guided bone regeneration (GBR)
Surgical key factors for successful implantation
Advantages of the Straumann® TLC/TLX implant system.
