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Mini Implants in Orthodontics
Rating: 4.3 out of 5(18 ratings)
154 students

Mini Implants in Orthodontics

Insertion sites. Biomechanics and treatment in the three planes of space. Part of full orthodontic dentistry course
Last updated 11/2020
English

What you'll learn

  • Skeletal anchorage. Stability of orthodontic mini-implants. Orthodontic loading.
  • Insertion sites. Surgical procedures.
  • Treatment planning
  • Anterior retraction. Posterior distalization. Molar protraction.
  • Maxillary transverse expansion (Bone anchored Rapid palatal expansion; Surgically Assisted RPE (SARPE) with Bone-Anchored Expander)
  • Anterior intrusion. Anterior extrusion. Posterior molar intrusion.
  • Unilateral intrusion (vertical asymmetry correction)

Course content

1 section13 lectures4h 44m total length
  • Introduction2:34
  • Skeletal anchorage. Stability. Specifications. Orthodontic loading39:55

    Skeletal anchorage

    1 Basic components of the screw

    2 Biological aspects of implantation

    3 Stability of orthodontic mini-implants

    4 Specifications of mini implants

    5 Orthodontic loading

  • Insertion sites41:09

    Insertion sites

    • Buccal alveolus

    • Posterior palatal alveolus

    • Midpalatal suture

    • Anterior nasal spine and anterior alveolus

    • Anterior rugae

    • Infrazygomatic crest

    • Maxillary tuberosity

    • Buccal alveolus

    • Edentulous area

    • Retromolar area

    • Anterior and lingual alveolus

  • Surgical procedures.17:01

    Surgical procedures

    • Self drilling

    • Predriling type

  • Anterior–posterior treatment. Anterior retraction24:45

    Anterior –posterior treatment

    Anterior retraction

    • Treatment planning, biomechanics, and mechanics

    • Treatment options

    • Biomechanical principles

    • Posterior mini-implant clinical steps

  • Posterior distalization33:37

    Posterior distalization

    • Treatment planning, biomechanics, and mechanics

    • Treatment options

    • Biomechanical principles

    • Clinical steps for mandibular distalization

    • Clinical steps for palatal alveolar distalization

    • Clinical steps for a mid-palatal distalizer

  • Molar protraction22:48

    Molar protraction

    • Treatment planning, biomechanics, and mechanics

    • Treatment options

    • Biomechanical principles

    • Clinical steps for molar protraction using alveolar site anchorage

    • Clinical steps for mid-palate (indirect) anchorage

  • Vertical control. Anterior intrusion15:41

    Vertical control

    Anterior intrusion

    • Treatment planning, biomechanics, and mechanics

    • Treatment options

    • Biomechanical principles

    • Clinical steps for Anterior intrusion

  • Anterior extrusion5:55

    Anterior extrusion

    • Treatment planning, biomechanics, and mechanics

    • Treatment options

    • Biomechanical principles

  • Posterior molar intrusion27:21

    Posterior molar intrusion

    • Treatment planning, biomechanics, and mechanics

    • Strategies for intrusion of the maxillary dentition

    • Strategies for intrusion of the mandibular dentition

    • Biomechanical principles

    • Clinical steps for maxillary molar intrusion

  • Maxillary transverse expansion21:48

    1. Maxillary transverse expansion

    1.1 Bone anchored Rapid palatal expansion

    1.2 Surgically Assisted RPE (SARPE) with Bone-Anchored Expander

    2. Asymmetric transverse control

    • Treatment planning, biomechanics, and mechanics

    • Biomechanical principles

    • Clinical steps for centreline correction

  • Unilateral intrusion. Transverse correction of ectopic teeth.31:21

    1. Unilateral intrusion (vertical asymmetry correction)

    • Treatment planning, biomechanics, and mechanics

    • Treatment options

    • Biomechanical principles

    • Clinical steps for unilateral intrusion

    2. Transverse correction of ectopic teeth

    • Treatment options

    • Biomechanical principles

    • Clinical steps for ectopic tooth alignment

  • Bonus lecture0:57

Requirements

  • Interested in becoming an orthodontic specialist

Description

This course will take you from zero to hero of the following orthodontic topic: Orthodontic Mini implants

Here are the main headlines that this course covers:

Orthodontic Mini implants

1. Skeletal anchorage

1.1 Basic components of the screw

1.2 Biological aspects of implantation

1.3 Stability of orthodontic mini-implants

1.4 Specifications of mini implants

1.5 Orthodontic loading

1.6 Insertion sites

  • Buccal alveolus

  • Posterior palatal alveolus

  • Midpalatal suture

  • Anterior nasal spine and anterior alveolus

  • Anterior rugae

  • Infrazygomatic crest

  • Maxillary tuberosity

  • Buccal alveolus

  • Edentulous area

  • Retromolar area

  • Anterior and lingual alveolus

1.7 Surgical procedures

  • Self-drilling

  • Predriling type

2. Anterior-posterior treatment

2.1 Anterior retraction

  • Treatment planning, biomechanics, and mechanics

  • Treatment options

  • Biomechanical principles

  • Posterior mini-implant clinical steps

2.2 Posterior distalization

  • Treatment planning, biomechanics, and mechanics

  • Treatment options

  • Biomechanical principles

  • Clinical steps for mandibular distalization

  • Clinical steps for palatal alveolar distalization

  • Clinical steps for a mid-palatal distalizer

2.3 Molar protraction

  • Treatment planning, biomechanics, and mechanics

  • Treatment options

  • Biomechanical principles

  • Clinical steps for molar protraction using alveolar site anchorage

  • Clinical steps for mid-palate (indirect) anchorage

3. Vertical control

3.1 Anterior intrusion

  • Treatment planning, biomechanics, and mechanics

  • Treatment options

  • Biomechanical principles

  • Clinical steps for Anterior intrusion

3.2 Anterior extrusion

  • Treatment planning, biomechanics, and mechanics

  • Treatment options

  • Biomechanical principles

3.3 Posterior molar intrusion

  • Treatment planning, biomechanics, and mechanics

  • Strategies for intrusion of the maxillary dentition

  • Strategies for intrusion of the mandibular dentition

  • Biomechanical principles

  • Clinical steps for maxillary molar intrusion

4. Maxillary transverse expansion

4.1 Bone anchored Rapid palatal expansion

4.2 Surgically Assisted RPE (SARPE) with Bone-Anchored Expander

5. Asymmetric transverse control

  • Treatment planning, biomechanics, and mechanics

  • Biomechanical principles

  • Clinical steps for centreline correction

6. Unilateral intrusion (vertical asymmetry correction)

  • Treatment planning, biomechanics, and mechanics

  • Treatment options

  • Biomechanical principles

  • Clinical steps for unilateral intrusion

7. Transverse correction of ectopic teeth

  • Treatment options

  • Biomechanical principles

  • Clinical steps for ectopic tooth alignment

Who this course is for:

  • General dentists and post-graduate students
  • Dental students