Principles and Biomechanics of Aligner Treatment - E-Book: Principles and Biomechanics of Aligner Treatment - E-Book

Przednia okładka
Ravindra Nanda, Tommaso Castroflorio, Francesco Garino, Kenji Ojima
Elsevier Health Sciences, 21 wrz 2021 - 304
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. An Expert Consult website includes access to the fully searchable eBook. From a team of active clinicians and researchers led by Ravindra Nanda, this expert resource takes your orthodontic skills to the next level. - 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.
 

Wybrane strony

Spis treści

1 Diagnosis and treatment planning in the threedimensional era
1
2 Current biomechanical rationale concerning composite attachments in aligner orthodontics
13
Material structures and properties
30
4 Influence of intraoral factors on optical and mechanical aligner material properties
35
5 Theoretical and practical considerations in planning an orthodontic treatment with clear aligners
42
6 Class I malocclusion
51
7 Aligner treatment in class II malocclusion patients
66
8 Aligners in extraction cases
83
12 The hybrid approach in class II malocclusions treatment
137
13 Aligners and impacted canines
149
14 Aligner orthodontics in prerestorative patients
168
15 Noncompliance upper molar distalization and aligner treatment for correction of class II malocclusions
190
16 Clear aligner orthodontic treatment of patients with periodontitis
202
17 Surgery first with aligner therapy
235
Biologic mechanisms and clinical management
252
19 Retention and stability following aligner therapy
259

9 Openbite treatment with aligners
95
10 Deep bite
109
11 Interceptive orthodontics with aligners
121
A hybrid approach
275
Index
290
Prawa autorskie

Kluczowe wyrazy i wyrażenia

achieved Align Technology aligner material aligner therapy aligner treatment alveolar bone anchorage Angle Orthod Beneslider biomechanical bonded bone buccal Castroflorio CBCT cephalometric class II elastics class II malocclusion clear aligners Clin Orthod ClinCheck clinical computed tomography correction deep bite Dent dental diagnosis effect eruption esthetic expansion extrusion facial fixed appliances force gingival implant increased initial interproximal intraoral photographs intraoral pictures intrusion Invisalign Invisalign appliance labial lateral incisors lingual lower arch malocclusion mandible maxillary canines maxillary lateral incisors maxillary molar ment mesial miniscrews molar distalization Nanda occlusal odontic open bite Oral Orthod Dentofacial Orthop orthodontic appliances orthodontic pain orthodontic tooth movement orthodontic treatment orthodontist orthognathic surgery overbite overjet palatal panoramic x-ray periodontal Periodontol PET-G phase polymer posterior teeth premolars proclination retention retrognathism root rotation sagittal second molar skeletal stress relaxation surgical systematic review thermoplastic tion tipping tissue torque transverse treatment plan upper arch upper incisors vertical

Informacje o autorze (2021)

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.

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

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.

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.

Informacje bibliograficzne

TytułPrinciples and Biomechanics of Aligner Treatment - E-Book: Principles and Biomechanics of Aligner Treatment - E-Book
RedaktorzyRavindra Nanda, Tommaso Castroflorio, Francesco Garino, Kenji Ojima
WydawcaElsevier Health Sciences, 2021
ISBN0323683835, 9780323683838
Liczba stron304
  
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