Objective: To investigate the repair bond strength of fresh and aged nanohybrid and hybrid
composite resins using a universal adhesive (UA). Materials and methods: Fresh and aged …

Purpose: To evaluate both the immediate and water-stored repair tensile bond strength
(TBS) of a nanohybrid resin composite using different bonding protocols. Materials and …

Purpose: This study evaluated the effect of different aging methods on the repair bond
strength and failure types of a microhybrid and a nanohybrid composite. Materials and …

Purpose: To evaluate the effect of water aging of adherend composite on repair bond
strength to nanofilled composites with specific fillers using different bonding agents …

Objectives To determine whether the composition of universal adhesives and the use of
silane coupling agents could affect the fatigue strength of composite repair. Methods …

Purpose: To systematically characterize the effect of time lapse, water storage, and selected
contaminants on the bond strength of a nanofilled dental composite. Materials and Methods …

Background: Repair bond strength of different composite resins has been assessed in few
studies. In addition, reports on the efficacy of surface treatments are debated. Therefore, this …

OBJECTIVES: To evaluate immediate repair bond strengths and failure types of resin
composites with and without surface conditioning and characterize the interacting composite …

This in vitro study aimed to evaluate the effect of a silane-containing universal adhesive
used with or without a silane agent on the repair bond strength between aged and new …

The purpose of this study was to compare the 24-h composite-to-composite microtensile
bond strength of Gradia Forte (GF) repaired with the same or a different material after …