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Seminar Won Moon: Comprehensive application of micro-implants in orthodontics. Non-surgical orthopedic corrections of malocclusion in all dimensions
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Programma
The price is indicated only for the theoretical part. The cost of the theory+practice is 1390 €.
The application of micro-implants (MI) in orthodontics can be extremely versatile. Often, we consider them as mere anchorage devices; however, creative use of micro-implants can provide many treatment modalities which were not possible with the traditional orthodontic approach. This course will provide an overview of their common usage and further explore the novel treatment protocols including orthopedic corrections and other extreme clinical cases.
The latest findings from the UCLA research team will be presented in order to enhance the depth of understanding in biomechanics related to utilization of MI. The newest development in MI design will be illustrated in detail as well.
THEORY (March 19-20)
1. Overview of Micro-Implants: Background Information on Micro-Implants (Various Implant Types and Differences)
2. Comprehensive use of micro-implants in everyday clinical practice
3. Clinical Application of MI and Biomechanics:
- Anchorage Control
- Missing Teeth
- Extraction Cases
- En-Masse Retraction and En-Masse Protraction
- Occlusal Canting
- Vertical Excess
- Gingival Display
- Collapsed Bite
- Orthodontic Class II and Class III Correction
4. Clinical Tips and Contrasting Biomechanics Specific to Implant Orthodontics
5. Use of Micro-Implants in Surgical Case
6. Growth Modification Technique with Micro-Implants
7. Non-surgical orthopedic correction with micro-implants
- Vertical dimension: Orthopedic Correction of High Angle Open Bite and Vertical Excess with Micro-Implants (Can we treat all the cases?)
- Vertical dimension: Orthopedic Correction of Cases with Low Angle and Vertical Collapse with Micro-Implants
- Sagital dimension: Orthopedic Correction of Class II Growing Patients, Including High Angle Cases
- Sagital dimension: Orthopedic Correction of III Growing Patients including the High Angle Cases
- Sagital dimension: Non-Surgical Orthopedic Correction of III Mature Patients...Fiction or Reality?
- Transverse dimension: Maxillary Expansion: Overview of Traditional Approach (Skeletal and Dental) and Introduction of Micro-Implant Assisted Midfacial Skeletal Expander (MSE)
8. Evolution of Midfacial Skeletal Expander (MSE) and its impact on midfacial structures.
9. Future of the Micro-Implants: the Novel Concepts:
- Micro-Implant Design Study
- Treatment for Airway Obstruction and Obstructive Sleep Apnea with MSE
10. Extreme cases:
- Non-surgical Management of Surgical Cases
- Extreme Orthodontics with Micro-Implants
WORKSHOP (March 21)
A. Micro-Implant Placement and Activation Hands-on Workshop
This workshop is for those who seek knowledge in the basic micro-implant placement, activation and biomechanics, and removal through hands-on experience. A PowerPoint presentation of materials and methods will be presented followed by a live demonstration, before the hands-on practice. The following items will be covered during this workshop.
1. Proper Use of the Tools
2. Insertion Sights of Micro-Implants
3. Implant Selection
4. Insertion Technique
5. Activation Technique and Biomechanics
6. Managing Adverse Side-Effects
7. Retrieving Broken Implants
Required supplies: typodont, micro-implants, drivers, orthodontic pliers, power chains, ligature ties, etc. for all participants and instructor.
B. MSE Hands-on Workshop
This workshop is for those who took the basic MSE course in the past and want to have a hands-on experience. The following will be covered during this workshop.
Part I: MSE fabrication, Lab Work:
A proper MSE fabrication will be illustrated on a typodont. A PowerPoint presentation of materials and methods will be presented followed by a live demonstration, before the hands-on practice of the laboratory process.
1. Overview of MSE fabrication
2. Proper placement of MSE on the typodont made with synthetic bone
3. Proper Contouring the supporting arms
Required supplies: New MSE, Orthodontic Pliers (Weingart, Birdbeak, Three Prong, etc.), and typodont that splits for all participants and instructor.
Part II: MSE insertion, activation and removal; Clinical Simulation:
A proper MSE delivery, activation, and removal will be simulated on typodont with a prefabricated MSE in place. A PowerPoint presentation of materials and methods will be presented followed by a live demonstration, before the hands-on practice on the typodont.
1. Clinical tips through case studies
2. Placing prefabricated MSE onto the typodont
3. Inserting Micro-Implants into the synthetic bone using both mini-hand-driver and Ratchet Wrench
4. MSE Activation
5. Removing Micro-Implants with the min-hand-driver
Required supplies: Prefabricated MSE, typodont (same as in Part I), and MSE tools from the MSE kit (hand-driver, ratchet wrench, activation key) for all participants and instructor.
Location to be determined
Lettori 1
Professor, Department of Orthodontics, Institute of Oral Health Science
Ajou University School of Medicine, Suwon, Korea
Address: 206, World cup-ro, Yeongtong-gu, Suwon-si, Gyeonggi-do, 16499, Republic of Korea
Adjunct Professor
The Forsyth Institute, affiliate of HSDM, Cambridge, MA
Address: 245 First Street, Cambridge, MA 02142, USA
Founder/Chief Executive Officer
The Moon Principles International Research Institute, Los Angeles, CA
Co-Founder/Chief Innovation Officer
BioTech Innovations. Norwalk, CA
Former Thomas R. Bales Endowed Chair in Orthodontics (2013-2020)
Associate Clinical Professor, Section of Orthodontics, Division of Growth and Development
UCLA School of Dentistry, Los Angeles, CA
Diplomate of American Board of Orthodontics (ABO) Since 2002
Dr. Won Moon is the Founder of the Moon Principles Institute (“the MoonLab”) and a Co-founder of BioTech Innovation. He served as the Thomas R. Bales Endowed Chair in Orthodontics for the orthodontic residency program at UCLA School of Dentistry (2013-2020), and he currently holds two academic positions: Full-Professorship at Ajou University School of Medicine, and Adjunct Professorship at the Forsyth Institute. He has been a Diplomate of the American Board of Orthodontics since 2002. He completed his dental education at Harvard and orthodontic education at UCLA. He studied mathematics prior to dentistry, and his research topics include 3D image analysis utilizing surface mapping functions and Elliptical Fourier’s Descriptors, Genomewide Association Study of Craniofacial Phenotypes, Finite Element Model (FEM) Development and Simulation, Applications of 3D Printing in Orthodontics, Orthopedic Correction, Airway Changes with Orthopedic Corrections, Accelerated Tooth Movement, Micro-implant (MI) Design study, Digital Workflow, and Aligner System Development. His work has been published in various journals, not necessarily limited to orthodontics because of his physical science background, and he is a co-author of six textbooks. He has presented these findings in 37 countries, totaling over 450 presentations. He received multiple research grants during his tenure at UCLA, including the Groundbreaking Research Project Grant Award in 2014. Besides the numerous research and presentation awards over the years, he has received the “Faculty of the Year Award” more times than anyone at UCLA Orthodontic Program, and he was the recipient of the “Lifetime Achievement and Faculty Dedication/Excellence Award” in 2019. His current focus has been establishing protocols for orthopedic corrections with MI, improving the airway for patients with nasal obstruction, creating virtual patients utilizing image analysis and FEM, and developing a novel Moon Aligner System.
His interest in aligner systems began in 2010 as the aligner systems became popular, but they had countless shortcomings and could not achieve optimal orthodontic results. He has won the Center Award Grant from the American Association of Orthodontic Foundation (AAOF) in 2018 as a Co-PI of the research project, “Standard Characterization of Clear Orthodontic Aligner”, and the goal of the project was to develop protocols that can be used to evaluate the mechanical properties of clear aligners. He was also invited as a keynote speaker for the Congress of the Spanish Society of Aligners (SEDA) and National Congress of Italian Aligner Society (SIALIGN) in 2021. He is currently involved in multiple aligner research projects in collaboration with national and international colleagues. He holds multiple patents, three of which are aligner related, and more patents are on the way.
Guarda come era una volta
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