Microfiltración marginal in vitro en restauraciones directas con resina fotoactivada a temperatura ambiente y fluidificada por precalentamiento, Huancayo 2023.
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Universidad Privada de Huancayo Franklin Roosevelt
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El objetivo de la investigación es comparar la microfiltración marginal in vitro en restauraciones directas clase II, realizadas con resina 3MTM FiltekTM Z350 XT® fotoactivada a temperatura ambiente y fluidificada por precalentamiento en premolares humanos, Huancayo 2023. está enfocado en una investigación tipo
básica, de diseño experimental in vitro. En los resultados se halló que las restauraciones con resina a temperatura ambiente tienen el 100% de “ausencia de microfiltración”, la resina precalentada presentó un 30% y 70% de “alta microfiltración". En conclusión, existe diferencia entre la microfiltración marginal in vitro en restauraciones directas clase II, realizadas con resina 3MTM FiltekTM Z350 XT® fotoactivada a temperatura ambiente y fluidificada por precalentamiento, con un p > nivel de significancia de (0,000 < 0,05).
The objective of the research is to compare the in vitro marginal microleakage in direct class II restorations, made with 3MTM FiltekTM Z350 XT® resin photoactivated at room temperature and fluidized by preheating in human premolars, Huancayo 2023. is focused on a basic type research, in vitro experimental design. in vitro experimental design. In the results it was found that the restorations with resin at room temperature have 100% of "absence of microleakage", the preheated resin presented 30% and 70% of "high microleakage". In conclusion, there is a difference between in vitro marginal microleakage in direct class II restorations made with 3MTM FiltekTM Z350 XT® resin photoactivated at room temperature and fluidized by preheating, with a p > significance level of (0.000 < 0.05).
The objective of the research is to compare the in vitro marginal microleakage in direct class II restorations, made with 3MTM FiltekTM Z350 XT® resin photoactivated at room temperature and fluidized by preheating in human premolars, Huancayo 2023. is focused on a basic type research, in vitro experimental design. in vitro experimental design. In the results it was found that the restorations with resin at room temperature have 100% of "absence of microleakage", the preheated resin presented 30% and 70% of "high microleakage". In conclusion, there is a difference between in vitro marginal microleakage in direct class II restorations made with 3MTM FiltekTM Z350 XT® resin photoactivated at room temperature and fluidized by preheating, with a p > significance level of (0.000 < 0.05).
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