Atlas of Aligner Treatment and Planning

Dr. Ravindra Nanda is professor emeritus and was Head of the Department of Craniofacial Sciences and Chair of the Division of Orthodontics at the University of Connecticut School of Dental Medicine. He was part of the founding faculty of School of Dental Medicine and was 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.

• 1. Exploring Aligner Biomechanics: Current Status and Future Perspectives2. Advancements in Direct 3D-Printed Shape Memory Aligners: Current Innovations and Future DirectionsSection I: Thermoformed AlignersNon-Extraction Treatment and Aligners3. Non-Extraction Bimaxillary Protrusion with Reverse Smile Line4. Non-Extraction Treatment of Class II Subdivision, Overjet5. Combining Herbst Appliance and Aligners in an Adolescent Patient6. Impacted Lower Bilateral Second Premolars and Molar Crossbite Treated with Clear Aligners7. Non-Extraction with Crowding8. Non-Extraction and Uprighting of Tipped Molars9. Non-Extraction Class III Camouflage Treatment in an Adolescent PatientManagement of Deep Bites10. Class II Division 2 with Deep Bite in an Adolescent Patient - Case 111. Class II Division 2 and Deep Bite in an Adolescent Patient - Case 212. Class II Division 2 with Deep Bite and Blocked Canine13. Treatment of Unilateral Class II with Deep Bite with In-House Aligners14. Deep Bite and Aligners15. Interdisciplinary Patient with Severe Deep Bite16. Class II Division 2 with Deep Bite17. Maxillary Dentoalveolar Intrusion via Clear Aligner Therapy: An Orthodontic-Periodontal ApproachManagement of Open Bites18. Open Bite: Functional Therapy Followed by Aligners in an Adolescent Patient19. Maxillary Protrusion and Open Bite20. Severe Open Bite with High Mandibular Angle21. Complex Skeletal Open Bite Treated with Dento-Alveolar Solution22. Corticotomy-Assisted Clear Aligner Treatment with Open Bite23. Open Bite Midfacial Expansion with MSEManagement of Extraction24. Biomechanics of Closing Extraction Space25. Bimaxillary Protrusion and Extraction of First Premolars26. Severe Crowding and Extraction of Four Premolars and Novel Staging Protocol27. Maxillary Protrusion with Crowding Treated with Extractions28. First Premolar Extraction Treatment with Clear Aligners29. Clear Aligners and Auxiliaries in a Young Adult Patient Treated with 4 Bicuspids ExtractionDental Asymmetries and Aligners30. Mandibular Asymmetry Treated with Aligners and TAD31. Class II and Dental Asymmetry32. Class II with Maxillary Constriction and CrowdingClass III Malocclusion33. Treatment of a Class III Subdivision34. Class III Malocclusion Treated with Aligners35. Class III Malocclusion with Anterior Crossbite and Agenesis of 1236. Class III Mandibular Extraction: Hybrid Treatment, Conventional Lower Arch, Aligner Upper ArchTemporary Anchorage Devices with Aligners37. Aligners and Palatal TADs38. Aligners and TADs to Treat an Open Bite in an Adolescent Patient39. Aligners and TADs for Managing Impacted Incisor and Premolar40. Class II with Deep Bite and Palatal TADs41. Bimaxillary Protrusion Treated with Premolar Extractions Assisted with TADs42. Second Premolar Extraction and Mini-Screw-Anchored Correction of Midline DiscrepancyOrthognathic Surgery and Aligners 43. Class III and Open Bite Treatment with Surgery First and Aligners44. Mandibular Asymmetry Treated with Surgery First and Aligners45. Gummy Smile Orthognatic Surgery and Aligners46. Class II Division 1 Mandibular Retrognathism Treated with Surgical Mandibular Advancement47. Skeletal Class III Treated with Surgery First and Aligners48. Class II Large Overjet and Open Bite Treated with Orthognatic Surgery and AlignersSection II: Direct Printed Shape Memory Aligners49. Managing Simple Problems with Direct Printed Aligners50. Class I Crowding51. Lateral Expansion of the Upper and Lower Dentition to Improve Crowding in the Anterior Teeth Without Tooth Extraction52. 3D-Printed Shape Memory Aligners to Rescue Fixed Retainer Failure53. Managing Crowding with Lower Incisor Extraction54. Upper Incisors Intrusion with 3D-Printed Aligners and TADs55. Retruded Mandible and Clear Aligner Treatment in Growing Patients56. A Hybrid Approach for Class II Malocclusions in Growing Patients57. Class I Malocclusion with Crowding Solved with DPAs58. Hybrid Aligner Treatment: TADs, Mesial Slider, Brackets, and Direct Printed Aligners