2008
DOI: 10.4103/0970-4388.41618
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The effect of bonding agents on the microleakage of sealant following contamination with saliva

Abstract: In the presence of contamination with saliva, use of bonding under the fissure sealant can reduce microleakage.

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Cited by 7 publications
(3 citation statements)
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“…Microleakage is a gap that occurs between the composite resin and the cavity wall so that bacteria, liquid, molecules, or ions can enter the filling. 9 Micro leaks can reduce the density of the edge of the restoration which will lead to hypersensitivity in restored teeth, tooth discoloration, secondary caries, and marginal stain, and can accelerate damage to the fillings themselves. 10 Yang et al stated that the use of composite materials as cementation materials with a preheating technique at a temperature of 60°C causes a large amount of micro-leakage.…”
Section: Introductionmentioning
confidence: 99%
“…Microleakage is a gap that occurs between the composite resin and the cavity wall so that bacteria, liquid, molecules, or ions can enter the filling. 9 Micro leaks can reduce the density of the edge of the restoration which will lead to hypersensitivity in restored teeth, tooth discoloration, secondary caries, and marginal stain, and can accelerate damage to the fillings themselves. 10 Yang et al stated that the use of composite materials as cementation materials with a preheating technique at a temperature of 60°C causes a large amount of micro-leakage.…”
Section: Introductionmentioning
confidence: 99%
“…Os resultados apresentados por diversos estudos têm mostrado que a microinfiltração na interface selante/esmalte contaminado com umidade, plasma humano ou saliva humana aumenta significativamente (Borem e Feigal, 1994;Grande et al, 1998;Tulunoglu et al, 1999;Hebling e Feigal, 2000;Duangthip e Lussi, 2003;Borsatto et al, 2004;Duangthip e Lussi, 2004;Hevinga et al, 2007;Askarizadeh et al, 2008). Esses resultados estão de acordo com o presente estudo, em que a microinfiltração na interface selante/esmalte contaminado com saliva (média de 15,68%) e água (100%) foi significantemente superior à registrada sob condições de não contaminação para o selante Fluroshield ® .…”
Section: Das Propriedades Mecânicasunclassified
“…Pesquisas in vitro, avaliando a penetração do corante na interface selante/esmalte condicionado, contaminado pela saliva ou umidade, também evidenciaram um significante aumento na microinfiltração (Borem e Feigal, 1994;Grande et al, 1999;Hebling e Feigal, 2000;Duangthip e Lussi, 2003;Borsatto et al, 2004;Owens e Johnson, 2006;Hevinga et al, 2007;Askarizadeh et al, 2008).…”
Section: Introductionunclassified