Magnesium revolution: novel technologies for bone and soft tissue regeneration. Giorgio Tabanella Seminar. "Comfort" option

This course focuses on modern approaches to hard and soft tissue regeneration, including new biomaterials, barrier membranes, and technologies that expand the possibilities of contemporary surgical dentistry.

What you will learn:

— Evolution of regenerative biomaterials. From traditional bone augmentation techniques to next-generation regenerative technologies

— Modern GBR and Sticky Bone concepts. Biological principles, clinical indications, graft preparation, and stabilization

— Membrane selection for GBR. Collagen, titanium-reinforced, and bioresorbable membranes: applications, advantages, and limitations

— New bioresorbable technologies. Modern metallic membranes and their applications in regenerative surgery

— Innovative magnesium-based materials. Mechanisms of action, biodegradation properties, and potential applications in hard and soft tissue regeneration

— Magnesium Shield technique. Clinical indications, patient selection, and application in cases of buccal bone wall deficiency

— Clinical protocols and complication management. Membrane adaptation and stabilization, soft tissue management, wound closure, and key factors for achieving predictable outcomes.

This course is designed for clinicians who want to stay up to date with the latest regenerative technologies, understand the potential of innovative biomaterials, and incorporate modern clinical protocols into their practice.

IMPORTANT: the “Seminar. Standard”, “Seminar + Demonstration. VIP” and “Hands-on workshop” participation options are also available for purchase.

Advantages of the “Seminar. Comfort” participation option:

– Participation in the scientific program
– Coffee break
– Notes and handouts
– Certificate of participation
– ADA credits available upon request
– Lunch 
– Priority seats in the venue.

Program

9:00 - Evolution of regenerative biomaterials

— From conventional grafting techniques to next-generation regenerative technologies

— Current challenges in predictable bone and soft-tissue regeneration.

10:30 - Coffee Break

11:00 - Sticky bone and contemporary grafting concepts

— Biological rationale and clinical indications

— Handling, preparation, and stabilization

— Practical considerations for predictable outcomes.

12:00 - Membrane selection in guided bone regeneration

— Collagen membranes: advantages and limitations

— Titanium-reinforced membranes and meshes

— The challenge of secondary membrane-removal procedures.

13:00 - Lunch

14:00 - Biodegradable metal membranes

— Rationale for bioresorbable mechanical barriers

— Mechanical stability versus biodegradability

— Biological behavior and clinical implications.

15:00 - The magnesium revolution

— Properties and mechanism of magnesium-based biomaterials

— From mechanical barrier to progressive bioresorption

— Potential applications in bone and soft-tissue regeneration.

16:00 - Magnesium Shield: clinical applications

— Indications and case selection

— XS membrane for socket preservation with buccal wall deficiency

— Minimally invasive clinical protocols.

17:00 - Clinical technique: tips and tricks

— Membrane handling and adaptation

— Stabilization and graft containment

— Soft-tissue management and wound closure

— Avoiding common clinical complications

— Step-by-step presentation of representative cases

— Lessons learned from clinical experience

— Predictability, limitations, and treatment considerations.