Periodontal Regenerative Surgical Approach (Video)

The mucogingival approach to regenerative therapy

This 9-hour course includes the latest surgical protocols developed and illustrated by Prof. Zucchelli himself to help you understand how to improve soft tissues with unfavorable morphology and treat severe infrabony defects simultaneously and in just one sitting.

By attending this course, you’ll deepen your theoretical and practical knowledge of the biological principles underlying regenerative therapy, the diagnosis and prognosis of bone defects, and the techniques to prevent papilla recession and stabilize the clot, protecting it from trauma and bacteria.

Topics covered in the course:

• Diagnosis, prognosis, and treatment of vertical bone defects
• Soft tissues as a prognostic factor for the healing of vertical bone defects
• Decision-making criteria: regenerative therapy vs tooth extraction
• Regenerative surgery in Periodontology: papilla preservation, Coronally Advanced Flap, and Connective Tissue Graft Wall Technique
• The mucogingival approach to regenerative therapy
• Prognostic factors related to soft tissues for regenerative therapy
• Management of soft tissues in the multiple coronally advanced flap
• Management of interproximal soft tissue and papilla preservation
• Biomaterials, instrumentation, and suturing techniques

At the end of the course, you will be able to:

• Manage soft tissues and bone defects simultaneously and in one surgical session
• Understand the biological principles underlying regenerative therapy
• Understand the regenerative potential of a bone defect
• Treat very severe defects in teeth with dubious prognosis
• Stabilize the clot with CTG and protect it from trauma and bacteria
• Obtain radiographic filling of the defect by forming alveolar bone and reducing probing depth
• Achieve infrabony healing of the defect and create new connective attachment

Periodontal Regenerative Surgical Approach Course:

Presented By: Prof. Giovanni Zucchelli , Martina Stefanini

11 Videos – Duration: 8 hours & 40 min – Files size: 5 GB