The Biomechanical Foundation of Clinical Orthodontics
by Charles J. Burstone, Choy, Kwangchul, Ph.D.
This authoritative text by Charles J. Burstone and Kwangchul Choy, Ph.D., delves into the biomechanical principles essential for clinical orthodontics. It covers force systems, tooth movement, and appliance design, providing orthodontists with the foundational knowledge to apply mechanics effectively in treatment planning and execution for superior patient outcomes.
About This Book
The Biomechanical Foundation of Clinical Orthodontics offers a detailed examination of the biomechanical principles underlying orthodontic treatment. Authored by Charles J. Burstone and Kwangchul Choy, Ph.D., this book serves as a core resource for understanding the mechanics involved in orthodontic procedures.
Readers will find insights into the application of forces and moments in orthodontic appliances, emphasizing the importance of controlled tooth movement for optimal clinical outcomes. The content is structured to bridge theoretical biomechanics with practical clinical applications.
This work is particularly valuable for orthodontists and dental professionals seeking to enhance their knowledge of biomechanical concepts in everyday practice. It highlights the integration of engineering principles in dental care.
With a focus on precision and efficacy, the book underscores the role of biomechanics in achieving stable and predictable orthodontic results.
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