OHI-S Guided regeneration & Guided Implantology

OHI-S Guided regeneration & Guided Implantology

Include: 4 videos + 4 audios + 4 file sub vtt, size: 4.26 GB

Target Audience: periodontists, implantologists

 Information:

4 lessons (8h 1min)

Roberto Rossi is a lecturer renowned throughout Europe with his specialized topics about Guided Bone Regeneration and Guided Implantology. The online course will be dedicated to these two the most interesting topics!

The lecturer will critically review the following issues:

• – Clinical protocol of the GTR and GBR techniques
• – Periodontal plastic surgery
• – Guided implantology in periodontal approach.

This is an advanced training course which combines all clinically proven information about the new technologies, methods and tools for achieving of a stable implantological and periodontal treatment result!

The OHI‑S Guided Regeneration & Guided Implantology course is best for oral surgeons, implantologists, prosthodontists, and restorative dentists who want structured, training in advanced surgical and prosthetic protocols that combine guided bone regeneration (GBR) with guided implant placement. It emphasizes evidence‑based digital workflows, surgical precision, and interdisciplinary collaboration for predictable functional and aesthetic outcomes.

👩‍⚕️ Who Should Enroll

• Oral & maxillofacial surgeons performing bone augmentation and implant placement with guided techniques.
• Implantologists seeking mastery of GBR and guided implantology for complex cases.
• Prosthodontists & restorative dentists integrating guided surgery into comprehensive rehabilitation plans.
• General dentists expanding their scope into implant dentistry with digital guidance and regenerative protocols.
• Residents & fellows in oral surgery, prosthodontics, or implantology learning structured, advanced surgical workflows.
• Dental technicians collaborating on digital planning and surgical guide fabrication.

📚 What You’ll Learn

• Guided bone regeneration (GBR): surgical protocols, biomaterials, and techniques for predictable augmentation.
• Digital planning workflows: CBCT, intraoral scanning, and CAD/CAM integration for guided surgery.
• Surgical guide design & application: precision placement of implants in regenerated sites.
• Functional & aesthetic integration: ensuring implant placement supports long‑term stability and natural esthetics.
• Complication management: strategies for avoiding and correcting errors in GBR and guided implantology.
• Case‑based lessons: real patient examples demonstrating successful regeneration and guided implant placement.

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