DOI: 10.19083/tesis/652216
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Evaluación de la resistencia adhesiva a dentina de sistemas adhesivos universales con y sin cinta celuloide como neutralizador de la capa inhibida de oxígeno

Abstract: Objetivo: Evaluar la resistencia adhesiva a dentina de sistemas adhesivos universales Ambar™ Universal (FGM), Tetric® N-Bond Universal (Ivoclar), Scotchbond™ Universal (3M ESPE) con y sin cinta celuloide como inhibidor de la capa de oxígeno. Materiales y Métodos: 90 dientes bovinos fueron seleccionadas y cortados. Se expuso la dentina con una lija grano 320 y las coronas fueron fijadas en bases acrílicas. Se distribuyeron en tres grupos(n=30): G1-Ambar™Universal; G2-Tetric®N-Bond Universal; G3-Scotchbond™ Univ… Show more

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“…Therefore, this research will enable us to compare the adhesive strength of two universal adhesive systems, one with MDP and the other without MDP, since at the time of making a direct or indirect restoration, the interaction of these adhesives with dental tissues, especially with dentin, is what generates a strong and durable bond over time, thanks to its chemical and mechanical bonding, so it is essential to obtain this data to identify the importance of this functional monomer to ensure the success of any treatment. In adhesion to dental tissues, universal adhesive systems containing MDP will present more excellent resistance to microshear than universal adhesive systems that do not have MDP [11].…”
Section: Introductionmentioning
confidence: 99%
“…Therefore, this research will enable us to compare the adhesive strength of two universal adhesive systems, one with MDP and the other without MDP, since at the time of making a direct or indirect restoration, the interaction of these adhesives with dental tissues, especially with dentin, is what generates a strong and durable bond over time, thanks to its chemical and mechanical bonding, so it is essential to obtain this data to identify the importance of this functional monomer to ensure the success of any treatment. In adhesion to dental tissues, universal adhesive systems containing MDP will present more excellent resistance to microshear than universal adhesive systems that do not have MDP [11].…”
Section: Introductionmentioning
confidence: 99%