Objectives: The objective of this study was to perform a meta-analysis of clinical and
laboratory studies to compare the performance of bulk-fill and conventional composite resins …

Polymerization shrinkage stress of resin-based materials have been related to several
unwanted clinical consequences, such as enamel crack propagation, cusp deflection …

Objectives The aim was to evaluate the polymerization properties of bulk-fill resin
composites using two different light-curing protocols, in terms of degree of conversion …

OBJECTIVE: To compare currently available low-shrinkage composites with others
regarding polymerization stress, volumetric shrinkage (total and post-gel), shrinkage rate …

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Purpose A systematic review was conducted to determine whether there were composition
strategies available to reduce and control polymerization shrinkage stress development in …

Objective This study compared internal adaptation of composites under different C-factors
and examined the relationship between internal adaptation and polymerization shrinkage …

OBJECTIVES: The role of inorganic content on physical properties of resin composites is
well known. However, its influence on polymerization stress development has not been …

OBJECTIVES: The contraction stress of a silorane-based material and a new low-shrinkage
nanohybrid composite were compared to three conventional dimethacrylate-based resin …

Objective The configuration factor (C-factor) is an index used to evaluate the relationship
between cavity configuration and the development of polymerization shrinkage stress in …