ANTECEDENTES: Se ha establecido que las lámparas LED no son viables para el fotopolimerizado de resinas que presentan fotoiniciadores diferentes a canforoquinona, debido a las diferencias entre el espectro de emisión de las lámparas y el espectro de absorción del fotoiniciador. OBJETIVO: Determinar la profundidad de curado de resinas con fotoiniciadores diferentes utilizando lámparas LED. METODOS: Se realizó un diseño experimental in vitro; 120 muestras de resina de 2x8mm y 4x8mm se fabricaron y se dividieron en 12 grupos de 10 muestras. Se utilizó la resina Point 4 XL1 (Kerr) con fenilpropanodiona y Z100 A3 (3M ESPE) con canforoquinona. Las lámparas utilizadas fueron Elipar Fre...
The light-curing technique is relevant to reduce the degree of polymerization shrinkage, improving c...
Objectives. This study examined the depth of cure and surface microhardness of Filtek Z250 composite...
Objective: To compare the depth of cure (DoC) of a colored polyacid-modified composite resin (PAM-C)...
BACKGROUND: It has been stablished that LED lamps are not suitable to cure resins that present photo...
A polimerização adequada da resina composta está diretamente relacionada com o sucesso e longevidade...
OBJECTIVE: This study evaluated the depth of cure of five dental composites submitted to different l...
Introduction and objective: When using direct composites is important totake into account the specif...
Objective: To compare the polymerization effectiveness of two resin composites cured with ...
Objective: To compare the polymerization effectiveness of two resin composites cured with a quartz t...
The aim of this study was to evaluate the depth of cure and Knoop hardness in the P60 composite resi...
The clinical performance of composite resins is greatly influenced by the quality of the light-curin...
Os objetivos deste trabalho foram: (1) avaliar a transmitância de luz de compósitos com diferentes e...
OBJECTIVE: This study evaluated the depth of cure of five dental composites submitted to different l...
O presente estudo objetivou avaliar a profundidade de polimerização através de testes de microdureza...
The purpose of this study was to evaluate the polymerization effectiveness of a composite resin (Z-2...
The light-curing technique is relevant to reduce the degree of polymerization shrinkage, improving c...
Objectives. This study examined the depth of cure and surface microhardness of Filtek Z250 composite...
Objective: To compare the depth of cure (DoC) of a colored polyacid-modified composite resin (PAM-C)...
BACKGROUND: It has been stablished that LED lamps are not suitable to cure resins that present photo...
A polimerização adequada da resina composta está diretamente relacionada com o sucesso e longevidade...
OBJECTIVE: This study evaluated the depth of cure of five dental composites submitted to different l...
Introduction and objective: When using direct composites is important totake into account the specif...
Objective: To compare the polymerization effectiveness of two resin composites cured with ...
Objective: To compare the polymerization effectiveness of two resin composites cured with a quartz t...
The aim of this study was to evaluate the depth of cure and Knoop hardness in the P60 composite resi...
The clinical performance of composite resins is greatly influenced by the quality of the light-curin...
Os objetivos deste trabalho foram: (1) avaliar a transmitância de luz de compósitos com diferentes e...
OBJECTIVE: This study evaluated the depth of cure of five dental composites submitted to different l...
O presente estudo objetivou avaliar a profundidade de polimerização através de testes de microdureza...
The purpose of this study was to evaluate the polymerization effectiveness of a composite resin (Z-2...
The light-curing technique is relevant to reduce the degree of polymerization shrinkage, improving c...
Objectives. This study examined the depth of cure and surface microhardness of Filtek Z250 composite...
Objective: To compare the depth of cure (DoC) of a colored polyacid-modified composite resin (PAM-C)...