Aim: To evaluate the effect of surface moisture on dentinal tensile bond strength. Materials
and Methods: Forty freshly extracted caries free, unrestored human mandibular molars were …

Purpose: The aim of this study was to evaluate the shear bond strength of two adhesive
systems when applied on dentin surfaces with different degree's of wetnesS. Materials and …

Purpose: To investigate the influence of relative humidity and application time on bond
strength to dentin of different classes of adhesive systems. Materials and Methods: A total of …

This in vitro study compares the mean shear bond strengths of two dentin bonding agents to
dry and to moist human dentin. The occlusal surfaces of 60 extracted human molars were …

Purpose: To evaluate the influence of dentin moisture on bond strengths of an etch-and-
rinse bonding agent to primary dentin clinically and in the laboratory. Methods: The sample …

Objective: The purpose of this in vitro study was to determine the influence of solvent and
rewetting time on microtensile dentin bond strengths of four dentin adhesives. Method and …

Successful dentine adhesion may be negatively influenced by intrinsic and extrinsic dentine
wetness. Testing the influence of high humidity levels during the application of bonding …

The purpose of this study was to determine if air thinning three dentin adhesives would affect
bond strength to dentin. Ninety human molars were mounted in acrylic and the occlusal …

Purpose: To evaluate the influence of the method and duration of storage for different types
of teeth prior in their use in dentin bonding tests with three adhesive systems. Materials and …

Purpose: To compare the in vitro bond strengths of two acetone-based one-bottle dentin
adhesives applied to four surface moisture conditions. The tested hypothesis was that …