Principles and Biomechanics of Aligner Treatment - 1st Edition - Ravindra Nanda, Tommaso Castroflorio, Francesco Garino, Kenji Ojima

Knjiga "Principles and Biomechanics of Aligner Treatment" - 1st Edition - Ravindra Nanda, Tommaso Castroflorio, Francesco Garino, Kenji Ojima Description Improve patient outcomes with the latest advances in aligner treatment and orthodontics! Principles and Biomechanics of Aligner Treatment describes how to use and adjust the materials involved in tooth alignment. Featuring full-color photos and illustrations, this book provides a clear overview of tooth alignment techniques along with step-by-step instructions for both normal and unusual cases. Key features:

• Protocols for treatment describe how to manage aligner orthodontics cases in almost every clinical situation.
• Full-color photos and illustrations show clinical cases.
• Expert, international authors represent the top fields of aligner orthodontics and provide the latest thinking and the most current procedures.
• Explanation of biological science makes it easier to understand the principles behind aligner treatment.
• Coverage of mechanical properties clearly explains the materials used in aligner orthodontics.
• Tips and tricks provide advice and insight into technical adjustment.
• Expert Consult website includes fully searchable access to the entire text with each new print purchase.

Table of contents Cover image Title page Table of Contents Copyright Dedication Contributors Foreword List of Tables List of Illustrations 1. Diagnosis and treatment planning in the three-dimensional era Introduction Intraoral scans and digital models 3D imaging References 2. Current biomechanical rationale concerning composite attachments in aligner orthodontics Introduction Geometry (active surface orientation) Location Size Functions Basic attachment configurations in current aligner orthodontics References 3. Clear aligners: Material structures and properties Introduction Polymer molecular structure and thermal properties Physical and chemical aging of aligner polymers Conclusions and outlook References 4. Influence of intraoral factors on optical and mechanical aligner material properties Introduction Water absorption Optical changes Short-term mechanical loading of aligner materials Long-term loading Clinical loading patterns of aligner materials References 5. Theoretical and practical considerations in planning an orthodontic treatment with clear aligners Introduction Theoretical and practical considerations in CAT Biologic considerations in aligner orthodontics Patient compliance CAT fundamentals recap References 6. Class I malocclusion Introduction Diagnostic reference Treatment plan Class I conditions References 7. Aligner treatment in class II malocclusion patients Introduction The clinical protocol Maxillary distalization case reports References 8. Aligners in extraction cases Introduction Diagnosis and treatment plan Treatment progress Treatment results Discussion Conclusion References 9. Open-bite treatment with aligners Diagnosis of anterior open bite Biomechanics for anterior open-bite correction Aligner protocols for open-bite treatment Case report 1 Case report 2 References 10. Deep bite Introduction Leveling of the curve of spee Leveling the upper incisors Case report 1 Case report 2 References 11. Interceptive orthodontics with aligners Introduction Maxillary expansion Expansion case reports Class II malocclusion Mandibular advancement case reports Conclusions References 12. The hybrid approach in class II malocclusions treatment Introduction Tooth-borne hybrid approach with distalizing device Case report 1 Case report 2 References 13. Aligners and impacted canines Introduction Early diagnosis and treatment Late diagnosis Treatment planning and orthodontic management Labial impactions Palatal impactions Clinical case References 14. Aligner orthodontics in prerestorative patients Introduction Space management in the anterior region Case study Space management in the posterior region Management of posterior overerupted molars Management of patients with a history of temporomandibular disorders Case study References 15. Noncompliance upper molar distalization and aligner treatment for correction of class II malocclusions Upper molar distalization in aligner treatment Clinical procedure and rational of the Beneslider Clinical case Clinical considerations Conclusions References 16. Clear aligner orthodontic treatment of patients with periodontitis Malocclusions related to periodontal disease Orthodontic treatment in patients with periodontal disease Diagnosis and treatment planning Orthodontic movements Retention Conclusions Clinical case References 17. Surgery first with aligner therapy Historic background Splint-aided maxillary and mandibular fixation without labial fixed appliances Transitioning into and out of surgery with clear aligners Surgery first and cat Case study Conclusions References 18. Pain during orthodontic treatment: Biologic mechanisms and clinical management The importance of orthodontic pain Biologic mechanisms of orthodontic pain and clinical correlates Orthodontic tooth pain in clear aligner therapy Modulators of pain: Psychological factors Clinical considerations for the management of orthodontic pain References 19. Retention and stability following aligner therapy Retention and stability in orthodontic treatment Retention protocols and the choice of retention appliance References 20. Overcoming the limitations of aligner orthodontics: A hybrid approach Introduction Transverse expansion of the posterior teeth Canine and premolar rotation Extrusion, intrusion, and overbite control Molar distalization Conclusions References Index About the editors RN Ravindra Nanda Dr. Ravindra Nanda is a professor and Head of the Department of Craniofacial Sciences and Chair of the Division of Orthodontics at the University of Connecticut School of Dental Medicine. He is part of the founding faculty of School of Dental Medicine and has been at the University of Connecticut since 1972 where he also holds an Alumni Chair in the Orthodontics Division. He is an innovator of various appliances in orthodontics. His research and clinical interests include adolescent and adult orthodontics, the biology of tooth mobility, craniofacial orthopedics, biomechanics, and developing efficient mechanics to deliver orthodontic care. Affiliations and expertise Professor Emeritus Department of Orthodontics University of Connecticut Health Center Farmington, Connecticut, USA TC Tommaso Castroflorio Dr. Tommaso Castroflorio is a researcher and aggregate professor of the Chair of Orthodontics and of the postgraduate Specialization School in Orthodontics at the University of Torino Dental School. His research interests are focused on aligner orthodontics, biology of orthodontic tooth movement and masticatory muscles physiology. He is the President elect of the European Aligner Society Affiliations and expertise Department of Surgical Sciences, Specialization School in Orthodontics Dental School, University of Torino,Torino, Italy FG Francesco Garino Dr. Francesco Garino is an orthodontist who pioneered aligner orthodontics in Europe. He practices orthodontics in his office located in Torino. He contributed to several clinical trials conducted to develop materials and protocols in aligner orthodontics. He has lectured extensively in Italy and abroad about aligner orthodontics and digital innovations in orthodontics. He is the scientific chairman of the European Aligner Society. Affiliations and expertise Private Practice,Torino, Italy KO Kenji Ojima Dr. Kenji Ojima is the President of the Japan Academy of Aligner Orthodontics. He practices orthodontics in his offices located in Tokyo. He also serves as President of the Asian Chapter of the American Academy of Cosmetic Orthodontics. He is chairman of Frontier Invisalign JAPAN study group and Boarding member of Strategic Aligner Orthodontics JAPAN. Affiliations and expertise Smile Innovation Orthodontics Hongo, Bunkyo-ku Tokyo, Japan