<i>In vitro</i>corrosion studies of stainless-steel dental substrates during<i>Porphyromonas gingivalis</i>biofilm growth in artificial saliva solutions: providing insights into the role of resident oral bacterium

Abstract

metabolism. The presence of some of these volatile compounds has been observed from experimental evidences. Significant anodic degradation in the forms of localized pitting were also recorded by surface analytical techniques. Residual fluorinated ions within the ASCS media also increased the rate of anodic dissolution due to media acidity. This study has provided extensive insights into the fate of stainless-steel dental crown in oral environments infected by a resident oral bacterium. Influences of oral conditions similar to fluoride-enriched mouthwashes were reflected in a view to understanding the corrosion patterns of stainless-steel dental substrates.

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