Comparative analysis of shear bond strength and quality of interface at novel bioactive material or Biodentine
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The quality and durability of the adhesion between calcium-silicate cements and the restorative material are important, bothfor the durability of the healing and the clinical success outcome. The aim is to analyze the shear bond strength and qualityof the interface between composite restorative material and new bioactive material and Biodentine at the same conditions. Theused pulp-capping materials: conventional Biodentine and the new hybrid biomaterial BioCal-Cap. In this study, only one typeof adhesive system and one resin-based composite have been used. For this purpose, 60 molds were prepared and divided intofour groups. Half of them were filled with Biodentine and the other 30 with BioCal-Cap. The shear bond strength betweencalcium-silicate cements and the composite material was investigated. The Mann-Whitney test and the Wilcoxon Signed RanksTest were used for statistical analysis of the results. The results of the analyses show a statistically significant difference in shearbond strength between the two groups (p<0.05). In all selected specimens with Biodentine, upon immediate restoration withcomposite material, cracks of different lengths and sizes were observed in the pulp capping material. Fewer cracks wererecorded in the samples with delayed restoration using composite material. The data clearly show that the time of thecomposite material placement does not affect the shear bond strength in each of the observed groups. In selected specimenswith Biodentine, upon immediate restoration with composite material, cracks of different lengths and sizes were observed inthe pulp capping material. Fewer cracks were recorded in the samples with delayed restoration using composite material.
Abstract
The quality and durability of the adhesion between calcium-silicate cements and the restorative material are important, bothfor the durability of the healing and the clinical success outcome. The aim is to analyze the shear bond strength and qualityof the interface between composite restorative material and new bioactive material and Biodentine at the same conditions. Theused pulp-capping materials: conventional Biodentine and the new hybrid biomaterial BioCal-Cap. In this study, only one typeof adhesive system and one resin-based composite have been used. For this purpose, 60 molds were prepared and divided intofour groups. Half of them were filled with Biodentine and the other 30 with BioCal-Cap. The shear bond strength betweencalcium-silicate cements and the composite material was investigated. The Mann-Whitney test and the Wilcoxon Signed RanksTest were used for statistical analysis of the results. The results of the analyses show a statistically significant difference in shearbond strength between the two groups (p<0.05). In all selected specimens with Biodentine, upon immediate restoration withcomposite material, cracks of different lengths and sizes were observed in the pulp capping material. Fewer cracks wererecorded in the samples with delayed restoration using composite material. The data clearly show that the time of thecomposite material placement does not affect the shear bond strength in each of the observed groups. In selected specimenswith Biodentine, upon immediate restoration with composite material, cracks of different lengths and sizes were observed inthe pulp capping material. Fewer cracks were recorded in the samples with delayed restoration using composite material.
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