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Electromyograph Biofeedback Analysis of Chewing Mechanism in Anterior Teeth Drifting

Hasanuddin Thahir

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Abstract

Fifteen participants in this study are divided into 3 groups; group A contains 5 participants with \nanterior teeth drifting with unreplaced missing posterior teeth, 5 without anterior teeth drifting with \nunreplaced missing posterior teeth, the rest without anterior teeth drifting nor unreplaced missing \nposterior teeth. The electromyograph biofeedback used to measure the chewing strength and we \ncompare the score among the three groups.

About this research paper

What this paper is about

Fifteen participants in this study are divided into 3 groups; group A contains 5 participants with \nanterior teeth drifting with unreplaced missing posterior teeth, 5 without anterior teeth drifting with \nunreplaced missing posterior teeth, the rest without anterior teeth drifting nor unreplaced missing \nposterior teeth. The electromyograph biofeedback used to measure the chewing strength and we \ncompare the score among the three groups.

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Method / approach

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Available abstract

Fifteen participants in this study are divided into 3 groups; group A contains 5 participants with \nanterior teeth drifting with unreplaced missing posterior teeth, 5 without anterior teeth drifting with \nunreplaced missing posterior teeth, the rest without anterior teeth drifting nor unreplaced missing \nposterior teeth. The electromyograph biofeedback used to measure the chewing strength and we \ncompare the score among the three groups.

Key concepts: Posterior teeth, Anterior teeth, Biofeedback, Orthodontics, Medicine, Dentistry, Mastication, Electromyography

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