Biomechanics In Orthodontics Principles And Practice

Biomechanics in Orthodontics Principles and Practice

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It demonstrates that this in-depth knowledge is still relevant and should be an integral part of any modern orthodontic residency curriculum. Twenty highly referenced chapters on biomechanics, ranging from physics to treatment planning, are used to explain all the biomechanical concepts that are developed in the e-book.

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The book continues to detail the multi-factorial component of biomechanics and its importance in orthodontics. Overall, this book would certainly be of great use to all those who have a special interest in the field of orthodontics. The book represents a comprehensive, in-depth coverage of the biomechanical principles as they relate to orthodontics. Its primary reading audience is postgraduate students and specialists who have an interest in the study of orthodontics.

The following chapters present more complex biomechanical concepts. Permissions Icon Permissions. In this sense, the text provides an interesting approach to familiar orthodontic clinical scenarios. The first section is primarily non-clinical and provides the reader with a good understanding of the mechanical principles and its effects on isolated tooth movements. The introductory chapter describes the physical laws of mechanics governing forces and motions in the context of orthodontics.

Biomechanics in orthodontics. This e-book is highly recommended for any orthodontist who desires to fully understand and master the fundamental biomechanical principles that are the cornerstone of our specialty.

Readers may find this daunting when they first pick up the book given the use of terminology and concepts are primarily relevant to the study of physics. The authors are so knowledgeable about biomechanics that they sometimes tended to overlook steps in their explanations, making the material more arduous to follow for the reader. The introduction of the use of the straight wire at the first bonding appointment and sliding mechanics seem to have become the preferred approach to orthodontic care.

Subjects Biophysics Health occupations. Related articles in Google Scholar. Chinese and French versions are in preparation. It furthers the University's objective of excellence in research, scholarship, and education by publishing worldwide.

The short videos explaining the effects and side effects of the different mechanical forces are invaluable. The extensively explained segmented arch technique addresses several complex procedures such as space closures and vertical control of malocclusions.

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The text is informative and should serve as an excellent reference. Whichever system is chosen, some unpredictable adverse mechanical effects during treatment are to be expected. Search Article search Search.

Biomechanics in orthodontics Principles and practice

Their aim is to explain biomechanical principles in relation to current material properties and contemporary techniques, in which they are successful. This e-book will absolutely enhance and reinforce the comprehension of simple to complex biomechanical principles for every orthodontist and improve his or her treatment skills dramatically. The second section details the orthodontic management of clinical cases and the application of these principles to provide an effective treatment plan. Short quizzes are also offered to allow the participants to test and practice the material presented. Additionally, I have been impressed with the use of evidence-based practice where several studies and references have been used to help the practitioner make their own clinical decisions.

Email alerts New issue alert. This page book is divided into nine chapters and follows two main sections. The numerous illustrations are clear and almost self-explanatory.

Citing articles via Google Scholar. In the friction system, the teeth move by sliding a bracket along an archwire. Faculty Position - Neuropathologist. Different types of loops are described, and their indications as well as mode of activation are well illustrated. British Dental Journal menu.

Shown are the biomechanics of the various methods of achieving these end results. This is a well-written and presented book, diamond necklace video songs dealing with the concepts of biomechanics in clinical orthodontics.

The second chapter applies these theories to orthodontics and is supplemented by evidence-based references including helpful tables to summarize material properties. The frictionless system entails moving teeth by means of loops. Orthodontic biomechanical principles introduced by many clinicians and perfected by Dr Burstone are extensively presented in this e-book. These effects, together with the advantages and disadvantages of both systems, are fully explained. All definitions are clearly explained and illustrated or animated, making this review useful as a refresher course.

In cases of crowding, an elastic straight wire is engaged in the brackets of teeth at different angles and levels. Thank you for visiting nature.

The remaining chapters deal with clinical orthodontic scenarios such as anchorage, friction, vertical and transverse problems, and space closure. Remedial mechanics to overcome these undesirable effects are also addressed with numerous illustrations and animations. First, the interface could be somewhat improved by filling in more of the blank spaces of several pages. The last part of the e-book relates more to treatment planning, and over clinical situations are presented.

Printable exercises would allow students to better practice and monitor their progress through self-correcting quizzes. The glossary of terms is a helpful addition especially for the postgraduate student in need of clear definitions.

Lastly, the authors outline the application of these rules in treating patients with differing orthodontic needs. Within the Preface, the authors state their intention for the book which is directed towards the student in orthodontics. Looking for your next opportunity? The ninth and final chapter relates to space closure after the extraction of teeth as a consequence of arch to tooth-size discrepancies or skeletal problems.

Straightwire mechanics, probably a more widely used technique among current postgraduate students in orthodontics, are included as an alternative. Medical staff member - Clinical coordinator Department of orthodontics. The use of these cantilevers in molar uprighting, control of occlusal plane cants, and differential intrusion or extrusion mechanics is abundantly illustrated. Oxford University Press is a department of the University of Oxford. The advantages of using specific loop configuration over others for a specific tooth movement are all explained and simulated with short videos.

Close mobile search navigation Article navigation. There is a bias in these chapters towards the segmental approach, which is clearly favoured by the authors. Only gold members can continue reading. Some pages could be grouped together to make the reading experience even more enjoyable.