The Experts below are selected from a list of 183 Experts worldwide ranked by ideXlab platform
Marco Ferrari - One of the best experts on this subject based on the ideXlab platform.
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improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane adhesive coupling
Journal of Endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
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Improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane/adhesive coupling.
Journal of endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
Franklin R. Tay - One of the best experts on this subject based on the ideXlab platform.
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improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane adhesive coupling
Journal of Endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
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Improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane/adhesive coupling.
Journal of endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
Francesca Monticelli - One of the best experts on this subject based on the ideXlab platform.
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improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane adhesive coupling
Journal of Endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
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Improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane/adhesive coupling.
Journal of endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
Raquel Osorio - One of the best experts on this subject based on the ideXlab platform.
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improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane adhesive coupling
Journal of Endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
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Improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane/adhesive coupling.
Journal of endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
Manuel Toledano - One of the best experts on this subject based on the ideXlab platform.
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improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane adhesive coupling
Journal of Endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
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Improving the quality of the quartz fiber postcore bond using Sodium Ethoxide etching and combined silane/adhesive coupling.
Journal of endodontics, 2006Co-Authors: Francesca Monticelli, Raquel Osorio, Manuel Toledano, Cecilia Goracci, Franklin R. Tay, Marco FerrariAbstract:The influence of different silane/dentin adhesives on the microtensile bond strengths of a hybrid composite to Sodium Ethoxide-etched quartz fiber posts was investigated. A prehydrolyzed silane was applied without an adhesive and compared to two-component systems in which hydrolysis of the silane occurred after mixing with the acidic monomer present in the dentin adhesives. Nanoleakage along post/core interfaces was examined after silver nitrate tracer penetration using scanning electron microscopy. Higher interfacial strengths and more uniform adaptation between the etched fiber post surface and the composite core were recorded after post treatment with silane/adhesive couplings. The combination of silane with two-step self-etch adhesives improves the chemical retention of composites around etched fiber posts with minimal nanoleakage. Although the one-step self-etching adhesive/silane combination enhances post adhesion, the extensive nanoleakage provides channels for rapid water sorption that may expedite hydrolytic degradation of the post/core interface.
