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Publication
A glimpse into the future with orthodontics’ smart brackets
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| PPG_40007 | 8.57 MB | Adobe PDF |
Authors
Advisor(s)
Abstract(s)
O aparelho ortodôntico fixo tipo multibandas atual não permite medir ‘in-vivo’ as forças
e torques aplicados ao dente individual. Para um tratamento ideal e para reduzir os efeitos
iatrogênicos, o ‘Smart Bracket’ foi desenvolvido para uma próxima geração de aparelhos
ortodônticos fixos fornecendo ao ortodontista uma medida quantitativa sobre as forças e
torques aplicados a cada dente ao longo da terapia.
O presente trabalho pretende ser uma revisão narrativa da literatura tendo como objetivo
descrever o conceito de ‘Smart Bracket’, comparando-o com os aparelhos ortodônticos
fixos atuais. Além disso, procura analisar e resumir o seu desenvolvimento e a evolução
dos seus vários protótipos existentes.
A pesquisa foi realizada entre Fevereiro e Agosto de 2020 por meio do motor de busca
B-On (entre outros), para o período temporal 2005-2020, com o objectivo de sintetizar a
literatura sobre o sistema, identificar seus limites e, eventualmente, recomendar novos
temas de pesquisa. Adicionalmente, artigos de revisão e livros científicos foram
consultados a partir de 2000 para apresentar os atuais aparelhos multibandas e seus efeitos
iatrogênicos.
The current multi-bracket appliances do not allow to measure ‘in-vivo’ the forces and torques applied to the individual tooth. For an ideal treatment and to reduce iatrogenic effects, the ‘Smart Bracket’ has been developed for a next generation of fixed orthodontic appliances providing the orthodontist with quantitative measure of the forces and torques applied to each tooth throughout therapy. The present work intends to be a narrative review of the literature aiming to describe the concept of ‘Smart Bracket’, comparing it with the current fixed orthodontic appliances. In addition, it seeks to analyze and summarize its development and the evolution of its various existing prototypes. The literature research was carried out between February and August 2020 using the search engine B-On (among others), for the period 2005-2020, with the aim of synthesizing the literature on the system, identifying its limits and, eventually, recommend new research topics. In addition, review articles and scientific books were consulted from 2000 onwards to present the current multiband devices and their iatrogenic effects.
The current multi-bracket appliances do not allow to measure ‘in-vivo’ the forces and torques applied to the individual tooth. For an ideal treatment and to reduce iatrogenic effects, the ‘Smart Bracket’ has been developed for a next generation of fixed orthodontic appliances providing the orthodontist with quantitative measure of the forces and torques applied to each tooth throughout therapy. The present work intends to be a narrative review of the literature aiming to describe the concept of ‘Smart Bracket’, comparing it with the current fixed orthodontic appliances. In addition, it seeks to analyze and summarize its development and the evolution of its various existing prototypes. The literature research was carried out between February and August 2020 using the search engine B-On (among others), for the period 2005-2020, with the aim of synthesizing the literature on the system, identifying its limits and, eventually, recommend new research topics. In addition, review articles and scientific books were consulted from 2000 onwards to present the current multiband devices and their iatrogenic effects.
Description
Keywords
Braquetes ortodônticos Torque Reabsorção da raiz Tensão mecânica Calibração Tecnologia sem fios Dispositivo de identificação por radiofrequência Orthodontic brackets Torque Root resorption Stress mechanical Calibration Wireless technology Radio frequency identification device