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Comparison of the Shear bonding Strength of ION-Z GIC to a Resin Composite Using Different Adhesive Systems: RCT Study
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Abstract
Background:In restorative dentistry we usually use Sandwich Technique for posterior restorations where GIC is placed below and a resin composite is placed over it. The bonding strength between these two materials are low. We are looking for the best adhesive system to put it in between. We think that the self-etching bond will give the best bonding strength between them whereas total etch will give lower bonding strength than self-etching system. Methods:ION-Z GIC was bonded to resin composite by using two different bonding agents. The thirty specimens used were prepared by using acrylic blocks with holes in each hole to retain the ION-Z GIC. The specimens were randomly divided into three groups:Group I: Control group.Group II: Total-etch adhesive was applied and cured over ION-Z GIC.Group III: Self-etch adhesive was applied and cured.The composite resin placed over the ION-Z GIC and cured. The shear bond strength was measured by shearing of the bonded specimens on Universal Testing Machine (Model 114) using speed of 0.1mm / minute. The reading was tabulated and subjected to statistical analysis using ANOVA and Tukey's test.Results:The test showed statistically significant difference between Group III and Group I and between Group III and Group II. Group III had the highest shear bonding strength.Conclusion:Self-etch adhesive agent produces have better shear bond strength to ION-Z than total-etch adhesive and to the group without any bonding agent.
Title: Comparison of the Shear bonding Strength of ION-Z GIC to a Resin Composite Using Different Adhesive Systems: RCT Study
Description:
Abstract
Background:In restorative dentistry we usually use Sandwich Technique for posterior restorations where GIC is placed below and a resin composite is placed over it.
The bonding strength between these two materials are low.
We are looking for the best adhesive system to put it in between.
We think that the self-etching bond will give the best bonding strength between them whereas total etch will give lower bonding strength than self-etching system.
Methods:ION-Z GIC was bonded to resin composite by using two different bonding agents.
The thirty specimens used were prepared by using acrylic blocks with holes in each hole to retain the ION-Z GIC.
The specimens were randomly divided into three groups:Group I: Control group.
Group II: Total-etch adhesive was applied and cured over ION-Z GIC.
Group III: Self-etch adhesive was applied and cured.
The composite resin placed over the ION-Z GIC and cured.
The shear bond strength was measured by shearing of the bonded specimens on Universal Testing Machine (Model 114) using speed of 0.
1mm / minute.
The reading was tabulated and subjected to statistical analysis using ANOVA and Tukey's test.
Results:The test showed statistically significant difference between Group III and Group I and between Group III and Group II.
Group III had the highest shear bonding strength.
Conclusion:Self-etch adhesive agent produces have better shear bond strength to ION-Z than total-etch adhesive and to the group without any bonding agent.
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Comparison of the Shear bonding Strength of ION-Z GIC to a Resin Composite Using Different Adhesive Systems: RCT Study
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