A Clinical Guide To Orthodontics

This book is a complete reference for all clinicians who are interested in incorporating into their daily practice the techniques available to reduce the duration of orthodontic treatment and to overcome other treatment limitations. It focuses especially on micro-osteoperforations (MOPs) as the most conservative, efficient, and versatile approach to increase the rate of tooth movement. The opening chapters describe the biological principles of current accelerated techniques at the molecular and cellular levels and introduce guidelines on how to select the best acceleration approach based on each patient’s needs. Clinicians are then guided step by step through the application of MOPs, case selection, and treatment planning. It is explained how MOPs can be incorporated into daily mechanotherapy for the treatment of different malocclusions and how to take advantage of the catabolic and anabolic effects of the procedure to expand the boundary of orthodontic and orthopaedic corrections. The book is written in a simple and clear language with many illustrations and clinical examples to facilitate understanding of concepts and procedures. In addition, it is a rich source for academicians and researchers interested in a comprehensive and updated review on theories of tooth movement and accelerated orthodontic techniques.

This evidence-based book, featuring contributions from world-renowned experts, discusses in detail the functional anatomy of the temporomandibular joint as well as the aetiology, diagnosis, treatment and medicolegal implications of patients with temporomandibular disorders (TMD).Despite advances in our understanding of the aetiology of TMD and in developing current treatment rationales, a number of issues remain controversial. These include the extent to which the temporomandibular joint should be a central focus of orthodontic diagnosis and treatment, as well as the role that occlusion and malocclusion play in precipitating TMD symptoms. Indeed, few subjects in dentistry and the specialty of orthodontics are open to as many interpretations or misinterpretations as TMD. This textbook provides clinical orthodontists with essential information and guidance that will assist them in understanding and effectively managing this complex multilayered problem. Throughout, clear clinical guidelines are presented on the basis of current scientific and clinical evidence. TMD and Orthodontics will be a highly valuable chairside resource for orthodontists everywhere.

This book is a comprehensive guide to the surgery-first orthognathic approach (SFOA), which overcomes the problem of the very prolonged treatment period associated with conventional orthognathic surgery by avoiding the presurgical phase. The shorter duration of the treatment is due to a phenomenon triggered by the surgery, termed the regional acceleratory phenomenon, whereby higher osteoclastic activity and metabolic changes at the dentoalveolar level accelerate postoperative orthodontic tooth movement. In this book, readers will find in-depth discussion of integration of the basic biological principles of SFOA with sound biomechanical doctrines. The authors’ own treatment protocol for surgical and orthodontic management is fully explained. Diagnosis and treatment plans are presented for various skeletal maxillofacial deformities, and key considerations in pre- and postsurgical patient care are highlighted. Detailed attention is given to complication management and to the impact of recent advances such as 3D image integration, virtual surgical planning, and rapid prototyping of surgical wafers. This richly illustrated book will be an ideal resource and quick reference guide for orthodontists at all levels of experience.

Orthodontic Applications of Biomaterials: A Clinical Guide reviews the applications of biomaterials and their effects on enamel preparation, bonding, bracket and archwire ligation, mechanotherapy, debonding, and long-term enamel structural, color, and surface effects. The book provides a step-by-step analysis of the phenomena occurring, their clinical importance, and their underlying cause without the use of complex mathematical or physical-chemical analyses, with the goal of providing ‘digestible’ evidence for the clinician. Serves as a reference source of the spectrum of biomaterials used in orthodontics Presents the most current evidence of state-of-the-art methods of materials research Provides substantiation for the effects occurring during the materials’ uses

Mechanotherapy in Orthodontics: Principle of Design, the volume II of this book series, presents the mechanical principles instructing a precise and personalized mechanotherapy plan. Rather than analyzing the different appliances or techniques used in the daily Orthodontics and Orthopedics treatment, we introduce important concepts such as, anchor versus target unit, sequence of mechanotherapy, semi-restricted and free-object designs, material behavior as source of forces, and friction in orthodontics.Deep understanding of these concepts equips the clinician to develop a personalized Mechanotherapy to efficiently treat any malocclusions despite their complexity.

The orthodontic literature includes many articles on basic science and engineering research techniques, but clinicians are typically unfamiliar with the principles underlying these techniques and may also lack the background knowledge required for a full appreciation of their role. This book comprehensively reviews a wide array of the research methods most frequently encountered in the literature, encompassing the areas of materials science and clinical and biological research. The various methods and techniques are carefully described, and their indications and limitations are explained. All of the information is up to date, reflecting latest developments in the field. For practicing professionals, Research Methods in Orthodontics will be an ideal introduction to instrumental analysis and basic science research methods. It will also serve as an excellent reference guide for researchers. ​