Materials and bonding in orthodontics: what, when, why, how

The factors modulating the orthodontic force-induced strain are deeply analyzed and discussed. Particular emphasis is placed on the discussion of the structures and properties of brackets, wires, aligners and elastomers, as well as on their in-vivo ageing process.

By citing scientific evidence, Dr Eliades clarifies several misconceptions that are by now part of the traditional thinking about orthodontic materials. Specific attention is paid to NiTi wires, PDL mechanical properties and innovative materials that may facilitate orthodontic treatments in the future, avoiding xenoestrogenic risks.

This is a complete course which provides participants with a solid theoretical background, enabling them to better manage their clinical daily routine.

The course includes:

• 10 theoretical video lectures
• Length: 4 hours and 36 minutes 

Topics covered in the course:

• Aerosol production management
• Plastic and xenoestrogenicity in Orthodontics
• Xenoestrogenic action of various polymers
• Analysis of the future of materials in Orthodontics
• In-Vivo ageing of orthodontic materials
• The weak link in Orthodontics: the elastomers
• Enamel color and structure alterations

At the end of the course, you will be able to:

• Discover which elements may cause periodontal tissue strain
• Understand what happens to the enamel when you bond and debond
• Avoid fractures while debonding
• Understand the mechanical properties of orthodontic materials
• Intercept and manage the undesirable side effects of orthodontic materials
• Use NiTi archwires correctly