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Treatment with microimplants

4.76
29 votes
Hee-Moon Kyung
Won Moon
Ali Darendeliler
John Lin
Jay Bowman
Giorgio Iodice
Jae Hyun Sung
Course details
Course lessons
Course lessons
Lecturers
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Details

10 lessons (15h 43min)

English

Description

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Lesson 1.Comprehensive Application of Micro-Implants (MI) in Orthodontics, and Important Biomechanical Considerations Specific to Micro-implant Orthodontics

1. Terminology

- Temporary skeletal support - Mini-implant - Microimplant

2. Design of microimplants3. Features of using microimplants4. Location of the microimplant: positioning relative to the teeth.5. Stability of the microimplant: factors6. Biomechanics of microimplants:

- With vertical incisal disocclusion - In case of missing teeth - When the block of teeth is moving - In treatment with extraction - With a gingival smile - With a deep bite

7. MSE appliance8. Side effects when using microimplants9. Orthodontic preparation for surgical treatment.

Lesson 2.The amazing IZC (Infrazygomatic Crest) screw

- Apparatus for molar distalization - Advantages of mini-screws - Combination of IZC and PSL: advantages - Principles of installation of mini-screws - Modified IZC position - Problems when installing the mini-screw: prevention - Choosing the length of the mini-screw - Selecting the position of the mini-screw: IZC 6 and IZC 7 - Method of double periapical X-ray - Advantages of the elastic chain - Interproximal enamel reduction: indications - Buccal or palatal screw position: advantages and disadvantages - Indications for the removal of third molars.

Lesson 3.Non-Surgical Management of Extreme Vertical Problems (both open and collapsed vertical facial heights) with Micro-Implants

- Types of vertical problems- Vertical incisal disocclusion- Methods of treatment of vertical incisal disocclusion- Myofunctional therapy: criteria of effectiveness- Indications for microimplants- Criteria for the complexity of the clinical case- Biomechanics of intrusion and extrusion- Treatment of gingival smile- Advantages of non-surgical treatment- Principles of diagnostics and decision-making- Vertical collapse: causes- Methods of treatment of vertical collapse- Non-standard treatment tactics.

Lesson 4.Vertical Dimension: Surgical plates or Aligners

– Diagnostic guidelines: decision-making algorithm

- Lower anterior face height - Degree of visibility of incisors

– Correction of dental alveolar and skeletal problems – Principles of treatment of vertical disocclusion – Growth modification: Herbst appliance – Stages of combined treatment: surgical and orthodontic – Tasks of pre-surgical orthodontic treatment – TADs and aligners for vertical incisor disocclusion – Advantages of using mini-screws – Stability of results – Selection of appliance for the treatment of vertical incisor disocclusion – Optimized attachments: disadvantages – The importance of applying attachments – Retention рrotocol

Lesson 5.II Class treatment in growing patients

– Dental alveolar compensation: definition – Class II remediation mechanisms – Effectiveness and predictability of сlass II treatment – Pure skeletal anchorage: pros and cons – Indications for using mini screws – Growing the mandible – Functional appliance – Fixed functional appliances in combination with braces – Terms of treatment – Key for class II treatment.

Lesson 6.Horseshoe Jet Miniscrew-Supported Distalization

– Problems of distalization – Mechanisms of distalization and distalizing forces – Comparison of Distal Jet, Jones Jig and Pendulum devices – Combination of Distal Jet and braces: advantages and disadvantages – Vertical Distal Jet Effect – Methods for correcting the ratio for class 2 – The effect of functional equipment – Side effects of the use of mini-screws – Localization of mini-screws: position selection – The process of distalization using Horseshoe Jet

Lesson 7.How to use MIA for the camouflaged orthodontic treatment of Adult Class III malocclusion

– Introduction:

- Different treatment goal between depending on skeletal types, - Treatment options for the adult class III treatment;

– Two options for class III treatment aided by MIA:

- MIA placement in Mandible, - MIA placement in Maxilla and Class III elastics;

– Comparison of two options and summary.

Lesson 8.Orthodontic microimplant, the last 2 decades of evolution in how and what happened

– Historical evolution of Orthodontic Anchorage;– Comparisons between conventional and skeletal anchorage;– Selection of proper types of skeletal anchorage;– Clinical considerations including side effects;– Biomechanics in microimplant Anchorage;– Case presentations:

- Class I class II: extraction non-extraction, - Minor tooth movement;

– Retention.

Lesson 9.Modifications of TPAs - Miniscrews in One Place. One Concept for Three Angle Classes

- The purpose and advantages of palatal skeletal anchorage to enhance a variety of orthodontic mechanics.- The rationale for the selection of a specific miniscrew insertion site.- Design simple, individual mechanisms using miniscrews for many different malocclusions.- TPA+ with miniscrews for Class III maxillary protraction or to protract to close spaces towards the anterior.- TPA- with miniscrews for Class II en-masse retraction or as anchorage for space closure.- Modification of TPA+ or – for controlling vertical with posterior maxillary intrusion.

Lesson 10.Palatal TADs & Insertion Guide: advantages and clinical suggestions

– Direct method of inserting palatal TADs;– Indirect method of inserting palatal TADs;– Clinical advantages and disadvantages of the indirect palatal TAD insertion protocol;– Simple clinical procedures using palatal TAD;– Possible risks and complications.

Course includes next lessons:

Lesson 2

The amazing IZC (Infrazygomatic Crest) screw

John Lin
Lesson 4

Vertical Dimension: Surgical plates or Aligners

Ali Darendeliler

Lecturers 7

Professor Emeritus of Orthodontics at Kyungpook National University, Daegu, South Korea. Former President of Korean Association of Orthodontists. Former President of World Society of Lingual Orthodontics (WSLO). One of the world's most experienced clinicians in orthodontic microimplant anchorage.

 

Over 40 years of academic and clinical experience in orthodontics since joining Kyungpook National University faculty. Retired in February 2022 after distinguished career establishing Kyungpook National University as international center of excellence in orthodontic microimplant research and clinical application. Pioneer in development of orthodontic temporary anchorage devices (TADs), having placed and studied thousands of microimplants since early 1990s. Developed surgical protocols, biomechanical principles, and clinical applications for TADs that became standard worldwide.

 

International authority on skeletal anchorage having trained hundreds of orthodontists from around the world through hands-on courses and fellowship programs at Kyungpook National University. Active member of E.H. Angle Society of Orthodontists. Former editor and reviewer for multiple international orthodontic journals. Delivered keynote lectures at major orthodontic congresses worldwide on microimplant biomechanics, clinical applications in complex cases, lingual orthodontics, and evidence-based treatment protocols.

 

DDS from Kyungpook National University. PhD in Orthodontics. Published extensively in leading orthodontic journals establishing scientific foundation for safe and effective use of microimplants. Research focus on success rates of TADs, factors affecting stability, biomechanical loading protocols, treatment of severe anterior open bite with skeletal anchorage, and three-dimensional tooth movement control. Co-authored textbooks on microimplant orthodontics translated into multiple languages. Mentored numerous graduate students who became leaders in orthodontics across Asia and worldwide. Recipient of multiple awards from Korean Association of Orthodontists and international orthodontic organizations recognizing contributions to advancement of orthodontic specialty.

 

Professor of Orthodontics specializing in temporary anchorage devices, orthopedic correction, and airway management. Professor and Head of Department of Orthodontics at Ajou University School of Medicine, Suwon, South Korea. Adjunct Professor at The Forsyth Institute, Cambridge, MA.

 

Over 30 years of academic and clinical experience in orthodontics. Former Thomas R. Bales Endowed Chair in Orthodontics at UCLA School of Dentistry (2013-2020), recipient of "Lifetime Achievement and Faculty Dedication/Excellence Award" (2019) and "Faculty of the Year Award" multiple times. Founder and CEO of Moon Principles Institute and Co-founder/Chief Innovation Officer of BioTech Innovations. Inventor of MSE (Maxillary Skeletal Expander), a micro-implant assisted rapid palatal expander enabling non-surgical skeletal expansion in adults.

 

International lecturer having presented in 37 countries with over 450 presentations on orthopedic corrections, temporary anchorage devices, aligner biomechanics, and airway management. Research focus includes 3D image analysis, finite element modeling, genome-wide association studies of craniofacial phenotypes, applications of 3D printing in orthodontics, and accelerated tooth movement. Co-Principal Investigator of AAOF Center Award Grant (2018) on "Standard Characterization of Clear Orthodontic Aligners." Keynote speaker at Spanish Society of Aligners (SEDA) Congress and Italian Aligner Society (SIALIGN) Congress (2021).

 

DMD from Harvard School of Dental Medicine. MS in Orthodontics from UCLA School of Dentistry. Mathematics degree prior to dentistry. Diplomate of the American Board of Orthodontics (ABO) since 2002. Recipient of Groundbreaking Research Project Grant Award from UCLA (2014). Co-author of six textbooks. Published extensively in peer-reviewed journals across multiple disciplines. Holds multiple patents including three aligner-related inventions and innovations in micro-implant design. Active member of American Association of Orthodontists (AAO).

 

Сlinical instructor, research and postgraduate coordinator at the University of Geneva, Assistant Professor at the University of North Carolina and Research Professor at the University of Southern California.

 

Member of Australian Society of Orthodontists (ASO), American Association of Orthodontics (AAO).

 

World Federation of Orthodontics (WFO), European Orthodontic Society (EOS), Turkish Orthodontic Society (TOS).

 

Сlinical professor in the Department of Orthodontics at Taipei Medical University.

 

Past president of the Taiwan Association of Orthodontists.

 

Maintains a private orthodontic practice.

 

Has published “Creative Orthodontics, Blending the Damon System and TADs to Manage Difficult Malocclusions”.

 

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