Webinar course on orthodontics: OrthoEvolution

- Interdisciplinary approach “orthodontist-periodontist” to complex treatment of of the maxillary impacted canines
- Using CBCT to diagnose impacted maxillary canines position
- Risk factors that may compromise periodontal integrity of the exposed canines or adjacent teeth
- Anatomic landmarks critical in planning surgical exposure and orthodontic traction.
- Optimal timing to expose impacted canines
- Most optimal surgical exposure technique
- Most efficient traction mechanics of the exposed canines

- Interdisciplinary approach “orthodontist-periodontist” to complex treatment of of the maxillary impacted canines
- Using CBCT to diagnose impacted maxillary canines position
- Risk factors that may compromise periodontal integrity of the exposed canines or adjacent teeth
- Anatomic landmarks critical in planning surgical exposure and orthodontic traction.
- Optimal timing to expose impacted canines
- Most optimal surgical exposure technique
- Most efficient traction mechanics of the exposed canines

- Expansion of the upper jaw in order to eliminate the pathology of respiratory function. Method justification
- Positive aspects of using a temporary skeletal anchorage

        a) adverse periodontal effects
        b) control of the expansion of the upper jaw in 3 dimensions
        c) eliminates orthopedic forces applied directly to the teeth

- Three - dimensional integrated management of the maxillary hypoplasia using Temporary Anchorage Devices in everyday practice

- Expansion of the upper jaw in order to eliminate the pathology of respiratory function. Method justification
- Positive aspects of using a temporary skeletal anchorage

        a) adverse periodontal effects
        b) control of the expansion of the upper jaw in 3 dimensions
        c) eliminates orthopedic forces applied directly to the teeth

- Three - dimensional integrated management of the maxillary hypoplasia using Temporary Anchorage Devices in everyday practice

- Indications, biomechanics and applications of Temporary Anchorage Devices (TADs) in Clear Aligner Technique
- Applications of TADs in Clear Aligner Technique for:

        - post surgical intermaxillary fixation, 
        - anterior intrusion to correct maxillary occlusal cant and deep overbite, 
        - posterior intrusion to correct severe anterior open bite 
        - create posterior occlusal clearance
        - create and molar protraction

Recent innovations in clear aligner technology and the increasingly common usage of temporary anchorage devices (TADs) in complex orthodontic cases have revolutionized treatment planning possibilities for patients requiring comprehensive treatment.

- Determination of the desired position of the dentition using the facial photographs 
- 3D dental casts and cephalometric radiographs
- The three planes of space and axes 
- Desired tooth movements 
- Simulations of treatment

- Planning the perfect intrusion. Difference between Upper and lower arch

- Open bite treatment: molar intrusion

- Use of aligners and screws to intrude molars

- Upper molar distalization protocol

- Maximum anchorage using aligners and screws

- Protocols of elastics and sequence of movements

- Transverse Tomographic Diagnosis: Penn Analysis
- Key factors in diagnosing and establishing a prognosis
- Class II with and without extractions
- Class II in growing patients: how to prognose
- Vertical control and skeletal anchorage
- MARPE and Class II: new frontiers
- Conclusions

- Сorrectly assess the force systems necessary to achieve the desired results 
- The most efficient mechanics 
- Anchorage requirements 
- The need to incorporate micro implants or auxiliaries