Diagnosis and micro-invasive treatment of enamel opacities
Please note that the webinar will be held in Spanish language and check your actual local time.
7 PM Berlin & Madrid
11 AM Mexico City
12 PM Lima
Description
Recent developments in the area of dental materials and diagnostic strategies allow dentistry to intervene in the carious process, mild fluorosis and hypomineralized enamel through micro-invasive approaches.
One of those is Resin infiltration that has evolved significantly during the last decade, through the understanding of the tridimensional topography of enamel opacities and using transillumination as a diagnostic and therapeutic tool, turning them into more predictable clinical solutions. On the other hand, the patients are more informed about the current non-invasive or micro-invasive strategies looking for an esthetic solution without the need of invasive operative approaches.
The objective of this webinar is to describe the etiology of dental caries, fluorosis and enamel hypomineralization together with clinical protocols to treat them with ICON resin infiltration alone, or in combination with other clinical approaches (bleaching, additive composite restorations, etc.).
Finally, as usual, we will take enough time for your questions and discussions.
Please note that the webinar will be held in Spanish language and check your actual local time.
7 PM Berlin & Madrid / 11 AM Mexico City / 12 PM Lima
Speakers
Dentist graduated from the Federico Villarreal University, Lima - Peru. 2009
Master in Dentistry in the San Martin de Porres University, Lima - Peru. 2015
PhD. in medical science, Global Oral Health in the Radboud University, Nijmegen - The Netherlands. 2019
Member of the International Association for Dental Research (IADR) and president elect for the Peruvian Division 2026-2028
Professor of the Mini Residency Program in Minimal Intervention Dentistry, supported by the Dental School of Indiana University, USA
Author of papers and book chapters in Cariology, Minimal Intervention Dentistry and Glass ionomer cements
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