Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin
Abstract Sonic vibrations may improve the bond strength and durability of fiberglass posts by improving adhesive penetration into dentin as well as the cement flow. The objective of this study was to evaluate the effect of sonic vibrations on the bond strength between fiberglass posts and root dentin using the pull-out test. Bovine roots were endodontically treated and divided randomly into four groups (n=12): Group C - conventional cementation (control); Group SA - sonic vibration (Smart Sonic Device, FGM) of the adhesive system and conventional post accommodation; SP group - conventional adhesive application and sonic vibration of the post during accommodation; and SASP - sonic vibration of the system adhesive and the post during accommodation. The posts were cleaned, treated with a silane and adhesive system (Ambar, FGM), and cemented with a dual-cured resin cement (Allcem Core, FGM). After 24 h, the specimens were subjected to mechanical tests and failure analyses. Representative specimens were analyzed by a scanning electron microscope to observe the cementation line. The results were analyzed using ANOVA and Tukey's test (a=5%). The bond strengths were as follows: SASP (90.9±27.1 N), C (121.4±60.6 N), SA (127.6±31.8 N) and SP (156.4±41.3 N). The use of sonic vibrations during the application of adhesive or post cementation separately did not affect the bond strength but had a negative effect when used for both procedures.
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Fundação Odontológica de Ribeirão Preto
2017
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oai:scielo:S0103-644020170001000302017-03-07Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root DentinMushashe,Amanda MahammadAmaral,Rodrigo Otavio Jatahy Ferreira doRezende,Carlos Eduardo EdwardsFilho,Flares BarattoCunha,Leonardo Fernandes daGonzaga,Carla Castiglia dental materials post and core technique dental restoration failure Abstract Sonic vibrations may improve the bond strength and durability of fiberglass posts by improving adhesive penetration into dentin as well as the cement flow. The objective of this study was to evaluate the effect of sonic vibrations on the bond strength between fiberglass posts and root dentin using the pull-out test. Bovine roots were endodontically treated and divided randomly into four groups (n=12): Group C - conventional cementation (control); Group SA - sonic vibration (Smart Sonic Device, FGM) of the adhesive system and conventional post accommodation; SP group - conventional adhesive application and sonic vibration of the post during accommodation; and SASP - sonic vibration of the system adhesive and the post during accommodation. The posts were cleaned, treated with a silane and adhesive system (Ambar, FGM), and cemented with a dual-cured resin cement (Allcem Core, FGM). After 24 h, the specimens were subjected to mechanical tests and failure analyses. Representative specimens were analyzed by a scanning electron microscope to observe the cementation line. The results were analyzed using ANOVA and Tukey's test (a=5%). The bond strengths were as follows: SASP (90.9±27.1 N), C (121.4±60.6 N), SA (127.6±31.8 N) and SP (156.4±41.3 N). The use of sonic vibrations during the application of adhesive or post cementation separately did not affect the bond strength but had a negative effect when used for both procedures.info:eu-repo/semantics/openAccessFundação Odontológica de Ribeirão PretoBrazilian Dental Journal v.28 n.1 20172017-02-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S0103-64402017000100030en10.1590/0103-6440201601107 |
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Mushashe,Amanda Mahammad Amaral,Rodrigo Otavio Jatahy Ferreira do Rezende,Carlos Eduardo Edwards Filho,Flares Baratto Cunha,Leonardo Fernandes da Gonzaga,Carla Castiglia |
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Mushashe,Amanda Mahammad Amaral,Rodrigo Otavio Jatahy Ferreira do Rezende,Carlos Eduardo Edwards Filho,Flares Baratto Cunha,Leonardo Fernandes da Gonzaga,Carla Castiglia Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin |
author_facet |
Mushashe,Amanda Mahammad Amaral,Rodrigo Otavio Jatahy Ferreira do Rezende,Carlos Eduardo Edwards Filho,Flares Baratto Cunha,Leonardo Fernandes da Gonzaga,Carla Castiglia |
author_sort |
Mushashe,Amanda Mahammad |
title |
Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin |
title_short |
Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin |
title_full |
Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin |
title_fullStr |
Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin |
title_full_unstemmed |
Effect of Sonic Vibrations on Bond Strength of Fiberglass Posts Bonded to Root Dentin |
title_sort |
effect of sonic vibrations on bond strength of fiberglass posts bonded to root dentin |
description |
Abstract Sonic vibrations may improve the bond strength and durability of fiberglass posts by improving adhesive penetration into dentin as well as the cement flow. The objective of this study was to evaluate the effect of sonic vibrations on the bond strength between fiberglass posts and root dentin using the pull-out test. Bovine roots were endodontically treated and divided randomly into four groups (n=12): Group C - conventional cementation (control); Group SA - sonic vibration (Smart Sonic Device, FGM) of the adhesive system and conventional post accommodation; SP group - conventional adhesive application and sonic vibration of the post during accommodation; and SASP - sonic vibration of the system adhesive and the post during accommodation. The posts were cleaned, treated with a silane and adhesive system (Ambar, FGM), and cemented with a dual-cured resin cement (Allcem Core, FGM). After 24 h, the specimens were subjected to mechanical tests and failure analyses. Representative specimens were analyzed by a scanning electron microscope to observe the cementation line. The results were analyzed using ANOVA and Tukey's test (a=5%). The bond strengths were as follows: SASP (90.9±27.1 N), C (121.4±60.6 N), SA (127.6±31.8 N) and SP (156.4±41.3 N). The use of sonic vibrations during the application of adhesive or post cementation separately did not affect the bond strength but had a negative effect when used for both procedures. |
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Fundação Odontológica de Ribeirão Preto |
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2017 |
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http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0103-64402017000100030 |
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