Foundations of Orthodontic Biomechanics

Name: Foundations of Orthodontic Biomechanics
Rating: 4.6 (377 reviews)

From Principles to Practical Application

Highest Rated

Created byGustavo Gameiro

Last updated 4/2024

English

What you'll learn

The elementary concepts of mechanics applied to orthodontics, such as center of resistance, center of rotation, equivalent force systems and equilibrium.
The biological basis of orthodontic tooth movement.
The most important physiological and pharmacological modulations of orthodontic tooth movement.
How to fabricate and activate several statically determinate and indeterminate appliances

Course content

7 sections • 40 lectures • 6h 53m total length

Introduction1:02
How the Course Works3:54
Why Study Biomechanics?2:41
Explore why biomechanics matters in orthodontics, linking dentition development and craniofacial growth to the biological responses of bones, teeth, and ligaments to orthodontic forces and mechanical stimuli.
The History of Forces11:37

Bone Functional Adaptation (Form Follows Function)10:06
Discover how bone functional adaptation drives orthodontic tooth movement by detailing Wolff's law, alveolar bone types, and the periodontal ligament's force transmission.
Bone Modeling and Bone Remodeling16:10
Phases of Orthodontic Movement11:03
Ideal Orthodontic Force16:34
Influence of Drugs and Systemic Factors on Orthodontic Movement17:08
Explore how NSAIDs, corticosteroids, bisphosphonates, and other systemic factors influence orthodontic movement by modulating alveolar bone remodeling at the periodontal-ligament interface.

Confection of Transpalatal Bar18:16
Confection of Lingual Arch4:42
Explore the confection of a lingual arch within the foundations of orthodontic biomechanics. Understand how this lingual arch reflects core biomechanical principles in orthodontics.
Confection of Occlusal Splint (TRIAD)3:57
Discover the foundations of orthodontic biomechanics by examining the confection of an occlusal splint with TRIAD.
Solving Transversal Problems I - Molars Expansion4:01
Explore foundational orthodontic biomechanics to solve transversal problems, with a focus on molar expansion and its clinical implications.
Solving Transversal Problems II - Molars Derotation4:02
Solving Sagital Problems I - Uprighting Molars5:39
Explore sagital problems and uprighting molars through foundational orthodontic biomechanics, applying targeted techniques to correct molar angulation and sagittal discrepancies.
Solving Sagital Problems II - Protracting Molars5:50
Solving Vertical Problems I - Intrusion Arches6:09
Tackle vertical problems in orthodontics by applying intrusion arches to adjust bite height and tooth position within the foundations of orthodontic biomechanics.
Solving Vertical Problems II - Three-Piece Appliance5:13

Chapter_19:08
Explore the orthodontic force system, including magnitude, line of action, and point of application, and how optimal force zones and transmissibility predict tooth movement.
Chapter_27:25
Explore the center of resistance as the driver of translation in orthodontics, with CR location determined by tooth structure, bone support, and movement direction for planned group movements.
Chapter_39:15
Explore how moments and couples govern tooth rotation, showing how force magnitude and distance generate rotations and how to control tooth movement with force systems.
Chapter_412:16
Discover how equivalent force systems at the center of resistance predict tooth movement, using force and moment transfer to brackets and appliances for precise orthodontic control.
Chapter_54:27
Chapter_613:36
Chapter_77:29
Chapter_86:18
Chapter_915:05
Chapter_1025:12
Explore the ten fundamental concepts of biomechanics in orthodontics, focusing on equilibrium, force driven planning, and the design of statically determinate and indeterminate systems to control tooth movement.

Requirements

The only requirement for the course is the interest in orthodontic biomechanics.

Description

Discover the Key Tooth Movements for Adult Orthodontics Success!

THIS COURSE OFFERS A DIFFERENTIAL OPPORTUNITY TO ACQUIRE OR CONSOLIDATE YOUR KNOWLEDGE IN ORTHODONTIC BIOMECHANICS:

- The lectures are interactive and didactic.

- The mechanical and biological basis are approached in a scientific and creative way.

- Simulations in typodont and studies with finite elements allow visualization of dental movements in the three planes of space.

If you are at the beginning or middle of your specialist training, this course will be one of your greatest guides to understanding any appliance or orthodontic technique, especially those needed for complex cases solving.

If you are an experienced orthodontist, you can update yourself on the fundamentals of scientific biomechanics, which are part of our clinical life on a permanent basis.

Explore essential tooth movements, including molar uprighting, molar protraction, molar expansion, molar derotation, anterior intrusion, three-piece mechanics, and more, as we guide you through the art and science of orthodontic biomechanics!

In addition to the comprehensive course content, we are excited to provide you with valuable supplementary materials that will elevate your learning journey:

Interactive Ebook: Delve into the 10 most fundamental concepts of biomechanics with our interactive ebook.

Video-Enhanced Audiobook: Enjoy the convenience of learning on the go with our engaging video-enhanced audiobook.

Who this course is for:

Post-graduate students and orthodontic specialists.
Students of dentistry, students and professionals in the areas of biology and engineering can also benefit from the knowledge of the course.

Foundations of Orthodontic Biomechanics

What you'll learn

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Course content

Introduction and Course Presentation4 lectures • 19min

The Biological Basis of Orthodontic Movement5 lectures • 1hr 11min

Fundamental Concepts in Mechanics5 lectures • 49min

Equilibrium and Appliance´s Systems4 lectures • 46min

Biomechanical Planning3 lectures • 1hr

Practical Applications9 lectures • 58min

BONUS - VIDEO PODCAST (AUDIOBOOK)10 lectures • 1hr 50min

Requirements

Description

Who this course is for: