Abstract

This program includes the rationale and mechanics behind a .020x.026” slot bracket system. The seven factors affecting anterior tooth size discrepancies and their relationship to finishing excellence and esthetics are explained in detail. Furthermore, it includes a comprehensive segment on airway-friendly orthodontics and teaching methods to assess and treat airway obstructions through orthodontic, surgical, and prosthodontic interventions. Interdisciplinary treatment approaches are also discussed, covering topics such as the Treatment of gummy smiles, Pre-Orthodontic Provisionalization (POP) Dynamic Orthodontic Provisionalization (DOP), Global Diagnosis, Facially Driven Treatment Planning, MARPE, Direct TADs (Buccal, Palatal, IZC, Buccal Shelf), Indirect TADs, Skeletal Anchorage Systems (SAS), 3D Trans-palatal Arches (TPA’s). In the hands-on part, participants will be presented with a range of cases and tasked with formulating detailed treatment plans utilizing the concepts previously discussed. Additionally, participants will apply brackets to 3-D printed models, adhering to the parameters established in the morning's lectures. Feedback on bracket placement will be provided to refine techniques and improve precision. Comprehensive progress records and the outcomes for all cases will be reviewed to ensure a thorough understanding of the applied methods and results. 

Learning Objectives

• Understand the rationale and mechanical benefits of the .020x.026” slot bracket system and distinguish between active and passive self-ligation techniques. 
• Identify and manage anterior tooth size discrepancies using seven key factors. 
• Learn to conduct thorough airway assessments for orthodontic purposes, differentiate between nasal and pharyngeal obstructions, and explore how maxillary expansion can improve airway function. 
• Master the Global Diagnostic process, focusing on critical questions and factors necessary for diagnosing conditions like gummy smiles and selecting appropriate provisionalization strategies. 
• Utilize techniques such as Skeletal Anchorage Systems and various provisionalization methods in challenging cases, applying learned principles to real-world scenarios. 
• Practice placing brackets on 3-D models and develop comprehensive treatment plans, enhancing skills in macro, mini, and micro-esthetic evaluations.

Agenda

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