Staphylococci in the oral cavity and their role in the biodegradation removable non-metallic prostheses

A. G Avtandilov; Igor Anatolievich Voronov; I. Yu Lebedenko; L. V Didenko; T. A Smirnova; N. V Shevlyagina

doi:10.17816/dent.39322

Russian Journal of Dentistry ›› 2015, Vol. 19 ›› Issue (1) : 14 -20. DOI: 10.17816/dent.39322

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Staphylococci in the oral cavity and their role in the biodegradation removable non-metallic prostheses

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Abstract

Comparative analysis of the structure of the surface of different materials showed that the most resistant to biodegradation caused by staphylococci, is "Ftoraks and silicone. The material’s resistance to biodegradation is determined by the chemical composition of the material, "Ftoraks contains fluorine, the element which has an antibacterial effect. As shown previously, the distribution of fluorine in this material is uneven. In those parts of the surface, where is recorded the presence of fluoride, there is no adhesion ofmicroorganisms and therefore its destruction (10). Silicone is composed of the organosilicon compounds, and, apparently, those organic components included in it, are not destroyed by enzymes, acids or alkalis produced by bacteria.

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silicon carbide / biodegradability / protective coating

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A. G Avtandilov, Igor Anatolievich Voronov, I. Yu Lebedenko, L. V Didenko, T. A Smirnova, N. V Shevlyagina. Staphylococci in the oral cavity and their role in the biodegradation removable non-metallic prostheses. Russian Journal of Dentistry, 2015, 19(1): 14-20 DOI:10.17816/dent.39322

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