Related Experiment Videos
Modus operandi of Planas' appliance.
The Journal of Clinical Pediatric Dentistry
|January 1, 1992
Summary
This study analyzes the Planas approach for distocclusion management using a cybernetic model of facial growth. Understanding tissue-level growth categories is crucial for predicting orthodontic appliance effectiveness and individual patient response.
Area of Science:
- Orthodontics
- Craniofacial Biology
- Physiology
Background:
- Distocclusion management requires understanding facial growth dynamics.
- The cybernetic vision of facial growth provides a theoretical framework for orthodontic treatment.
- Physiological principles underpin effective orthodontic interventions.
Purpose of the Study:
- To analyze the Planas approach for distocclusion management.
- To integrate the Petrovic-Stutzmann cybernetic model of facial growth into orthodontic practice.
- To strengthen the clinical validity of the Planas orthodontic ideology.
Main Methods:
- Physiological analysis of the Planas approach.
- Application of the Petrovic-Stutzmann cybernetic vision of facial growth.
- Consideration of six tissue-level growth categories.
Main Results:
- The cybernetic model enhances the understanding of orthodontic treatment.
- Previous studies show varying growth stimulation and restraint across tissue categories with different appliances.
- Clinical effectiveness testing of the Planas Appliance requires considering inter-individual tissue responsiveness.
Conclusions:
- The Planas approach, when viewed through a cybernetic lens, is scientifically supported.
- Orthodontic treatment planning necessitates a strong foundation in basic sciences.
- Predicting and testing appliance response based on growth categories is essential for effective distocclusion management.