Optimization Of Orthodontic Elastics Michel Langlade
Optimization of Orthodontic Elastics by Michel Langlade
Orthodontic elastics are small rubber bands that are used to apply forces between teeth or jaws to correct malocclusions. They are an essential part of orthodontic treatment, as they can produce complex movements that are difficult to achieve with braces alone. However, using orthodontic elastics requires careful planning, monitoring, and adjustment to optimize their effectiveness and avoid unwanted side effects.
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One of the leading experts on orthodontic elastics is Michel Langlade, a French orthodontist who has published several books and articles on the topic. His most comprehensive work is Optimization of Orthodontic Elastics, a book that covers the history, classification, biomechanics, indications, and clinical applications of various types of orthodontic elastics. The book also provides practical tips on how to motivate patients to wear elastics, how to choose the appropriate size and force level, and how to troubleshoot common problems with elastics.
What You Will Learn from Optimization of Orthodontic Elastics
The book is divided into 12 chapters, each focusing on a different aspect of orthodontic elastics. Here are some of the main topics covered in each chapter:
Chapter 1: Definitions. This chapter introduces the basic concepts and terminology related to orthodontic elastics, such as force delivery, anchorage, and reciprocal action.
Chapter 2: History of Elastic Forces. This chapter traces the evolution of orthodontic elastics from their origins in the 18th century to their modern applications in the 21st century.
Chapter 3: Classification of Orthodontic Elastic Forces. This chapter presents a systematic classification of orthodontic elastic forces based on their direction, magnitude, duration, and distribution.
Chapter 4: Elastics Wearing Motivation. This chapter discusses the importance of patient compliance with elastics and provides strategies to improve motivation, such as using motivation cards, scoring systems, and appointment intervals.
Chapter 5: Class I Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of Class I elastics, which are used to correct anteroposterior discrepancies within the same arch.
Chapter 6: Class II Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of Class II elastics, which are used to correct Class II malocclusions by moving the mandible forward.
Chapter 7: Class III Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of Class III elastics, which are used to correct Class III malocclusions by moving the maxilla forward.
Chapter 8: Vertical Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of vertical elastics, which are used to correct vertical discrepancies such as open bite or deep bite.
Chapter 9: Transversal Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of transversal elastics, which are used to correct transversal discrepancies such as crossbite or scissor bite.
Chapter 10: Sagittal Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of sagittal elastics, which are used to correct sagittal discrepancies such as edge-to-edge or end-to-end bite.
Chapter 11: Occlusal Elastic Forces. This chapter explains the definition, disposition, biomechanics, effects, indications, and clinical application of occlusal elastics, which are used to improve occlusal contacts and stability.
Chapter 12: Clinical Problems with Elastics. This chapter identifies and analyzes some of the common problems that may arise from using elastics, such as root resorption, gingival recession, tooth tipping, extrusion, rotation, and relapse. It also provides solutions and preventive measures for each problem.
Why You Should Read Optimization of Orthodontic Elastics
If you are an orthodontist or a student who wants to learn more about orthodontic elastics, you should definitely read Optimization of Orthodontic Elastics by Michel Langlade. The book is a comprehensive and authoritative guide that covers everything you need to know about elastics, from their history and classification to their biomechanics and clinical applications. The book is also richly illustrated with photos and diagrams that help you visualize the concepts and techniques explained in the text. The book is written in a clear and concise style that makes it easy to follow and understand. The book is also updated with the latest research and developments in the field of orthodontic elastics.
Optimization of Orthodontic Elastics by Michel Langlade is a must-have resource for anyone who wants to master the use of elastics in orthodontic treatment. You can order the book online from [GAC International], [Google Books], or [WorldCat].