All orthodontic treatment modalities can be improved by the application of sound biomechanics, yet most orthodontic therapy today is delivered without consideration of forces or force systems. Orthodontic hardware itself is only a means to an end point, such as tooth alignment, bone remodeling, or growth modification; the orthodontist can achieve these goals only by manipulating forces, regardless of the techniques used. Written by a world-renowned authority on the subject, this book teaches biomechanics in an easy-to-understand and engaging way, using universal examples outside orthodontics to illustrate basic force systems and how they function and then applying these principles to the practice of clinical orthodontics. The authors cover all of the force systems an orthodontist needs to understand to deliver effective treatment, explaining how each can be controlled and manipulated and demonstrating the forces at work through highly instructive 3D illustrations. Most chapters conclude with the presentation of several study problems, allowing the reader an opportunity to practice developing treatment plans using the biomechanical concepts discussed in each chapter. (Answers are provided at the end of the book.) This book is sure to be an instant classic.

Autorentext
Charles J. Burstone, DDS, MS (19282015), was a pioneer in his field, introducing biomechanical concepts to clinical orthodontics by formulating the segmented arch technique. He was responsible for developing robust orthodontics departments at Indiana University and later at the University of Connecticut, which both became internationally known for their research and for the quality of their graduates, many of whom went on to become outstanding clinicians and teachers throughout the world. Always an innovator, Dr Burstone was an early developer of interactive computer programs for diagnosis and treatment planning, a codeveloper of new wires using titanium-molybdenum alloy (TMA) and Chinese nickel titanium (NiTi) alloy, and the lead researcher in the development of long-fiber-reinforced composites in appliance design. He held various patents related to his work. As an active member of numerous dental societies and organizations, Dr Burstone was the recipient of many distinguished awards and honors. He published many books and chapters as well more than 200 articles in refereed journals. Dr Burstone was professor emeritus of the Division of Orthodontics at the University of Connecticut, where he donated much of his time and energy until his passing in February 2015. Kwangchul Choy, DDS, MS, PhD, is a former professor of orthodontics at Yonsei University. He completed his orthodontic training at Yonsei University and was a research fellow and visiting professor at the University of Connecticut. Dr Choy is currently a clinical professor at Yonsei University as well as an adjunct professor of orthodontics at Ewha Womans University. He has published over 30 papers and book chapters in the field of biomechanics and has carried out clinical and scientific research on the biomechanics of tooth movement and orthodontic appliances. Dr Choy lectures around the world on biomechanics and maintains a private practice in Seoul, South Korea.

Inhalt
Part I: The Basics and Single-Force Appliances1. Why We Need Biomechanics2. Concurrent Force Systems3. Nonconcurrent Force Systems and Forces on a Free Body4. Headgear5. The Creative Use of Maxillomandibular Elastics6. Single Forces and Deep Bite Correction by Intrusion7. Deep Bite Correction by Posterior Extrusion8. EquilibriumPart II: The Biomechanics of Tooth Movement9. The Biomechanics of Altering Tooth Position10. 3D Concepts in Tooth Movement11. Orthodontic Anchorage12. Stress, Strain, and the Biologic ResponsePart III: Advanced Appliance Therapy13. Lingual Arches14. Extraction Therapies and Space Closure15. Forces from Wires and Brackets16. Statically Determinate Appliances and Creative Mechanics17. Biomechanics and Treatment of Dentofacial Deformity18. The Biomechanics of MiniscrewsPart IV: Advanced Mechanics of Materials19. The Role of Friction in Orthodontic Appliances20. Properties and Structures of Orthodontic Wire Materials21. How to Select an ArchwireAppendicesHints for Developing Useful Force DiagramsGlossarySolutions to Problems