* Introduction to the wide world of skeletal anchors in orthodontics. Definition, classification, design.
* Everything you need to know about anatomy to be successful placing mini-implants.
* The role of soft tissues in the stability and biomechanical efficiency of skeletal anchors.
* The bone, the main protagonist in the stability of mini-implants. Principles of bone-anchor interface formation.
* Fundamental concepts of biomechanics that you should know to manage skeletal anchors in orthodontics.
* Imaging for NON-radiologists. 2D and 3D diagnosis focused on skeletal anchors.
* Digital flow in diagnosis, planning and placement of mini-implants.
* Round table. Resolving doubts. Questions and answers session.
* Presentation of teachers and participants
* Knowing different designs, brands of mini-implants and placement tools. General characteristics and characteristics by commercial houses.
* Anatomy Review: Assessment of anatomical structures on dry skulls. New anatomical zones.
* Coffee break
* Anatomy Review: Assessment of anatomical structures on dry skulls. New anatomical zones.
* Insertion Procedures Inter-root and palatal anchors.
* Lunch
* Extra alveolar insertion procedures. Generalities and practice.
* Practice of placing TSADs in an animal model.
* Coffee break
* Workshop on 3D Assessment of anatomical structures in CBCT for anchor placement. Use of specialized software for creating 3D insertion guides.

* Knowing different designs, brands of mini-implants and placement tools. General characteristics and characteristics by commercial houses. Theory and workshop.
* General insertion procedures with practice on wooden cubes
* Anatomy Review: Assessment of anatomical structures on dry skulls. New anatomical zones.
* Extra-alveolar Anchor Insertion Procedures
* Interradicular and palatal Anchor Insertion Procedures
* Practice of placing TSADs in animal model
* Workshop on 3D Assessment of anatomical structures in CBCT for anchor placement. Use of specialized software for creating insertion guides
* How to carry out effective biomechanical designs on mini-implants; includes maxillary expansion assisted with mini implants.
* Hands on: Cantilever doubling for molar straightening and for traction of impacted teeth and intrusion arches on mini-implants
* Clinical cases of use of mii-implants in various malocclusions: Space closure, Distalization, Included teeth, Open bites
* MARPE – Appliance design, insertion sites and specific procedures for expansion.
* Workshop on recognition and biomechanics of appliances assisted with Mini-implants
* Crossing borders in the clinical applications of mini-implants. Orthopedic changes and complex cases
* Secrets of effective management of skeletal anchors with aligners

• Breakfast and introduction to the practice at CLEMI
• Assessment of anatomical structures and insertion of extra-alveolar mini-implants: High and low infrazygomatic ridge.
• Assessment of anatomical structures and insertion of extra-alveolar mini-implants: Buccal shelf and mandibular branch
• Assessment of anatomical structures and insertion of inter-radicular and palate mini-implants
• Dissections of the sites where the mini-implants were placed