Scientific PROGRAM

Orthodontic therapy—particularly with Clear Aligner Therapy (CAT)—has become an integral part of interdisciplinary dentistry. It enables clinicians to optimize tooth positioning for improved esthetics, restorative access, and implant site development. However, the risk also exists that orthodontic movement can inadvertently cause periodontal harm, including root dehiscence, gingival recession, and marginal bone loss.
Modern digital workflows, including CBCT and intraoral scanning, now allow clinicians to visualize roots, bone, and soft tissue in three dimensions. Yet, AI-driven treatment planning often prioritizes alignment goals over periodontal health, leaving patients—especially those with thin gingival phenotypes—at risk for soft tissue complications.
This lecture presents a proactive, synergistic approach to orthodontic and periodontal therapy. By integrating CAT with the Vestibular Incision Subperiosteal Tunnel Access (VISTA) technique and phenotype modification, clinicians can preserve and enhance soft tissue and bone volume during orthodontic treatment. Practical protocols will be shared to guide clinicians in sequencing orthodontic, surgical, and restorative phases for optimal esthetic and functional outcomes.

Educational Objectives:
Learn the role of soft tissue and alveolar bone phenotype modification in preserving periodontal health during orthodontic therapy
Identify pitfalls and complications associated with aligner therapy, including gingival recession
Mange complex dental implant and periodontal esthetic problems with combination of regenerative periodontal and orthodontic therapy.
Develop clinical strategies for combining CAT and VISTA to minimize recession and enhance treatment predictability