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Orthodontic biomechanics and anchorage

Learn deep bite & open bite correction techniques. This course covers bilateral posterior open bite treatment as part of comprehensive orthodontics.

4.8(52)
174students
2h 33m
Certificate
Ivelina Koycheva
Ivelina KoychevaOrthodontist

Course Content

Orthodontic biomechanics and anchorage is an all-levels Udemy course taught by Ivelina Koycheva. It runs 2h 33m, is taught in English, and includes a certificate of completion. Learners rate it 4.8 out of 5 from 52 reviews, with 174 students enrolled. It is a paid course, last updated November 2020.

Unlock the secrets to successful orthodontic treatment with this comprehensive course! Go from a foundational understanding to expert-level knowledge in orthodontic tooth movement, biomechanics of tooth movement, and anchorage.

Orthodontic Tooth Movement: A Deep Dive

This section explores the fundamental principles governing how teeth shift position. You'll gain insights into:

  • Periodontal Ligament: Understand the crucial role and structure of the periodontal ligament in tooth movement.
  • Theory of Tooth Movement: Master the underlying theories that explain how teeth respond to forces.
  • Optimal Orthodontic Force: Learn how to apply the right amount of force for effective and efficient tooth movement.
  • Tissue Response to Orthodontic Force: Analyze the changes occurring within the tissues surrounding teeth under orthodontic pressure:
    • Pressure Zone Changes: Explore how pressure affects the tooth and surrounding tissues.
    • Tension Zone Changes: Understand the impact of tension on the tooth and bone.
  • Stages of Tooth Movement: Follow the progression of tooth movement from initial displacement to final alignment.
  • Types of Force: Differentiate between various force types based on magnitude and how force decays over time.
  • Drug Effects: Discover how medications can influence the response of tissues to orthodontic forces.

Biomechanics of Tooth Movement: The Science of Shifting Teeth

Delve into the scientific principles that govern tooth movement. This includes:

  • Newton's Laws: Apply Newton's laws of motion to understand the forces involved in orthodontics.
  • Force Definitions: Learn precise definitions of force and its application in orthodontic contexts.
  • Center of Resistance: Understand the concept of the center of resistance and its importance in tooth movement.
  • Center of Rotation: Analyze the center of rotation and its influence on tooth movement mechanics.
  • Moments: Master the concept of moments and how they affect tooth displacement.
  • Types of Dental Movements: Explore the different types of tooth movements:
    • Tipping: Understanding how teeth move in a horizontal plane.
    • Translation: Learning about teeth moving linearly.
    • Root Movement: Analyzing the mechanics of root displacement.
    • Rotation: Understanding how teeth rotate around their long axis.
    • Intrusion: Exploring the process of moving teeth into the alveolar bone.
    • Extrusion: Understanding the process of moving teeth out of the alveolar bone.
  • Couple: Learn about the concept of a couple and its role in orthodontic tooth movement.
  • Static Equilibrium: Understand the conditions for equilibrium in the orthodontic environment.
  • Action and Reaction: Apply the principle of action and reaction forces to orthodontic treatment.
  • Deep Bite Correction: Learn strategies for correcting deep bite malocclusion.
  • Bilateral Posterior Open Bite Correction: Explore techniques for closing open bites involving the back teeth.
  • Anterior Crossbite Correction: Master methods for correcting anterior crossbites.
  • V-Bend Application: Understand the use of V-bends for controlled tooth movement.
  • Diastema Closure: Learn techniques for closing spaces between teeth.

Anchorage: The Foundation for Successful Orthodontics

Ensure stability and control during orthodontic treatment with a solid understanding of anchorage.

  • Anchorage Definition: Understand the definition and importance of anchorage in orthodontics.
  • Anchorage Classification: Learn to classify anchorage systems:
    • Intraoral vs. Extraoral: Differentiate between internal and external anchorage options.
    • Intramaxillary vs. Intermaxillary: Understand anchorage within and between jaws.
    • Type A, Type B, Type C: Explore different anchorage types and their characteristics.
  • Intramaxillary Anchorage: Focus on anchorage systems within the upper and lower jaws.
  • Anchorage Preparation: Prepare the patient and treatment plan for effective anchorage.
  • Soft Tissue Anchorage: Utilize the stability of soft tissues for anchorage.
  • Free Anchorage: Employ external forces for anchorage.
  • Intermaxillary Anchorage: Leverage the relationship between the upper and lower jaws for anchorage.
  • Extraoral Anchorage: Explore external anchorage devices.
  • Indications for Anchorage: Determine when anchorage is necessary.
  • Factors to Consider: Evaluate factors when selecting an anchorage type.
  • Reinforcing Anchorage: Learn tips to strengthen both anteroinferior and posterosuperior anchorage.
  • Anchorage Types:
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