Guided bone regeneration
New GBR Techniques: Advancing Bone Regeneration in Implant Dentistry
New GBR Techniques, including the revolutionary Khoury Method, are redefining the standards of bone regeneration in implant dentistry. These advancements combine innovative approaches with proven principles to ensure optimal results in even the most challenging cases. By focusing on stability, natural healing, and predictable outcomes, these techniques empower clinicians to achieve unparalleled success. Learn how to build real bone with cutting-edge solutions that prioritize both function and aesthetics. Check some clinical cases with Khoury Technique!
- Dates
- January 7–9, 2027Thursday to Saturday
- Location
- Honolulu, HawaiiThe 12th USA edition
- Schedule
- 8:00 am – 5:00 pmThree full days
- Credits
- 21 CE creditsHands-on cadaver lab included
LAST SPOTS!3-Day Intensive Program – 2 Days of Advanced Theory – 1 Full Day of Hands-On Human Cadaver Training
What is Guided Bone Regeneration (GBR)?
Guided Bone Regeneration (GBR) is a surgical approach widely applied in dental implantology to reconstruct bone defects. It uses bone graft materials combined with barrier membranes to prevent soft tissue invasion, ensuring stable space for bone growth. For defects larger than 2 mm, the combination of autogenous bone with graft materials is highly recommended. Learn how to build real bone with advanced and proven methods tailored to the specific needs of each case.
The Principles of Successful GBR
Successful Guided Bone Regeneration (GBR) is based on the well-established PASS Principles, which define the biological conditions required for predictable bone regeneration:
- Primary closure.
- Angiogenesis.
- Space maintenance.
- Stability.
Achieving a tension-free primary closure minimizes complications such as wound dehiscence and infections. Adequate blood supply supports new bone formation, while maintaining the regenerative space and ensuring graft stability create the conditions for predictable and effective healing.
These biological principles are fundamental to successful regenerative procedures and are equally important when performing autogenous bone reconstruction techniques such as the Khoury Technique.
The Khoury Technique: An Advanced Approach to Bone Augmentation
The Khoury Technique has become one of the most predictable methods for bone augmentation in implant dentistry. While conventional Guided Bone Regeneration (GBR) relies on bone substitutes and barrier membranes to create and maintain regenerative space, the Khoury Technique uses thin autogenous cortical bone plates combined with particulate bone to build a stable biological framework for new bone formation.
This biological approach promotes rapid revascularization, excellent long-term volume stability and minimal graft resorption, making it a reliable option for clinicians treating challenging bone deficiencies.
The technique is particularly indicated for horizontal and vertical ridge augmentation, especially in cases where stable autogenous bone reconstruction is required before implant placement. By understanding when to choose the Khoury Technique instead of conventional GBR, clinicians can achieve more predictable regenerative outcomes and create a strong foundation for long-term implant success.
Learn How to Build Real Bone with Advanced Techniques
Modern GBR techniques are transforming dental practices by allowing clinicians to build real bone effectively.
The Khoury Technique exemplifies this transformation by enabling natural bone reconstruction with minimal resorption and enhanced integration.
By mastering this method, professionals can achieve reliable and aesthetically pleasing results that stand the test of time.
Selecting the Right Barrier Membrane
Barrier membranes are critical for GBR success.
Resorbable membranes, such as those made from collagen, are ideal for minimizing infection risks, while non-resorbable options like titanium meshes excel in vertical bone augmentation due to their superior stability.
Combining these membranes with advanced techniques like Khoury’s further elevates clinical outcomes.
Learn How to Build Real Bone with Advanced Techniques
The Khoury Technique has proven to be a game-changer for long-term success in bone regeneration.
By prioritizing stability, natural healing, and minimal invasiveness, this approach ensures that patients receive optimal outcomes.
Additionally, combining it with precise planning and adherence to GBR principles solidifies its position as the most effective technique for building real bone.
Guided Bone Harvesting – Digital Innovation in GBR Techniques
As part of the latest advances in bone reconstruction and GBR techniques, the Bone Reconstruction Course introduces the Guided Bone Harvesting Protocol. This method combines CBCT-based Digital Design with 3D printing to create surgical guides for safer and more predictable bone block harvesting.
The Future of Bone Block Harvesting
By planning the procedure digitally, surgeons can avoid critical anatomical structures like the mandibular nerve, offering a safer and more predictable approach. This innovative technique makes mandibular bone harvesting more accessible, especially for those looking to improve their surgical skills with greater confidence.
Registration
Upcoming Dates and Location
Tell us a little about your experience and we will send you the complete programme, the schedule and the registration details for the Hawaii edition.
- DatesJanuary 7–9, 2027
- WhereHonolulu, Hawaii