Microleakage of Self-Etch Adhesive System in Class V Cavities Prepared by Using Er:YAG Laser with Different Pulse Modes

Phanombualert, Jutipond; Chimtim, Pijitta; Heebthamai, Thitirat; Weera-archakul, Wilawan

doi:10.1089/pho.2015.3926

Cited by 7 publications

(5 citation statements)

References 26 publications

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“…According to this study, an equal amount of microleakage occurs when an etchand-rinse adhesive is used on dentinal margins either on conventional cavity preparation or on a laser-prepared cavity. For the self-etch systems, the same authors are reporting less microleakage for laser preparations 10 and this is in compliance with the findings of two other studies 37,43 . A possible explanation of less microleakage could be that laser alterations on dentin surfaces leave micro-irregularities and no smear layer.…”

Section: Discussionsupporting

confidence: 86%

In vitro microleakage of class v composite restorations prepared by Er,Cr:YSGG laser and carbide bur

Synarellis¹,

Kouros²,

Koulaouzidou³

et al. 2017

Balkan J Dent Med

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Section: Discussionsupporting

confidence: 86%

In vitro microleakage of class v composite restorations prepared by Er,Cr:YSGG laser and carbide bur

Synarellis¹,

Kouros²,

Koulaouzidou³

et al. 2017

Balkan J Dent Med

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“…Minimum microleakage was associated with an energy density of 3.77 J/cm 2 on both the occlusal and gingival cementum margin. 44 A similar conclusion was reported for erbium, chromium, yttrium, scandium, gallium, and garnet (Er,Cr:YSGG) used in Class V cavities of primary teeth with nanofilled resinmodified glass ionomer restorations. 45 However, some studies showed no significant difference in microleakage between cavities prepared by laser (Er:YAG and Er,Cr:YSGG) and diamond rotary instruments .…”

Section: Potential Applications Of Clinical Techniques Cavity Preparasupporting

confidence: 63%

Advances in reducing microleakage in dental composites

Gong¹,

Zhang²,

Guo³

et al. 2019

Rev.Roum.Chim.

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The clinical success of esthetic restorations, including composite resins, depends on the quality and durability of the interface between the tooth and restoration. Current commercially available materials do not possess ideal sealing at the marginal interfaces, and marginal microleakage leads to clinically significant issues for patients and clinicians. Many factors may affect microleakage formation, including the adaptation of composite resins to the tooth surface, the adhesive system used, and the polymerization shrinkage of the materials. The evolution of restorative materials, designed to achieve low shrinkage and improve mechanical properties, could lead to restorations with improved clinical performance. Furthermore, searching for clinical techniques to optimize the integrity of resin/dentin bonds is significant, and the evaluation of microleakage is also critical to the assessment of restorative materials. The objective of this paper was to review the literature on the recent advances in restorative materials, the potential applications of clinical techniques, and the methods of measuring microleakage.

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“…This study, while still correlating with those researching the effects of microleakage is very novel in its purpose not only to analyze the adhesive or bonding strength in vitro, as was the original goal of other researchers and/or manufacturers of such materials, but also to study the microleakage of the adhesive materials, which is one of the less-trialed factors, directly concerning long-term reliability, often leading to multiple dental diseases [14]. It is important to note that other dye-leakage studies have mostly evaluated the leakage level by degrees only [15][16][17][18], while Phanombualert et al [19] also offered measurements in micrometers. This study combines both.…”

Section: Introductionmentioning

confidence: 99%

In Vitro Analysis of Quality of Dental Adhesive Bond Systems Applied in Various Conditions

Trzcionka¹,

Narbutaitė²,

Pranckevičienė³

et al. 2020

Coatings

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Introduction: There are several methods of reducing a microleakage, and one of them is choosing appropriate adhesive material. The aim of the work was the in vitro analysis of 4 bonds: 3M ESPE “Single bond”, Dentsply “Prime and Bond Active”, Coltene “One Coat 7 Universal”, and Kuraray “Clearfil Universal Bond Quick”. Material and methods: 136 healthy molar teeth were collected and randomly split into 4 groups and Vth Class cavities were prepared. Chosen adhesives were used in four groups of teeth with the same composite. Teeth were the thermocycled, sealed, covered with lacquer, and submerged in 1% methylene blue solution for 24 h. After the thermocycling, the vertices of each tooth were sealed using dental wax. Each tooth was then fully covered with lacquer. All teeth were then submerged into 1% methylene blue solution for 24 h in room temperature. In the next step they were transversely cut through a center of restoration. The Olympus BX43 microscope was used to photograph each cut tooth. With the usage of Olympus stream software, measurement of the dye’s leakage was performed. Results. The statistical analysis proved that the most effective material when applied to ideally prepared cavity surface was Dentsply “Prime and Bond Active”. The second material was 3M ESPE “Single Bond”, third—Coltene “One Coat 7 Universal” and fourth—Kuraray “Clearfil Universal Bond Quick”. The most effective material applied to a too-dry surface was Dentsply “Prime and Bond Active”, second—3M ESPE “Single Bond”, third—Coltene “One Coat 7 Universal” and fourth—Kuraray “Clearfil Universal Bond Quick”. When it comes to too damp surfaces the best results were obtained with Dentsply “Prime and Bond Active” then Coltene “One Coat 7 Universal”, 3M ESPE “Single Bond” and Kuraray “Clearfil Universal Bond Quick”. Conclusion: The level of cavity dampness influences the quality of adhesives. Better results are obtained with over-dried surfaces than over-damp, which is connected with the dilution of the material.

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Microleakage of Self-Etch Adhesive System in Class V Cavities Prepared by Using Er:YAG Laser with Different Pulse Modes

Abstract: These observations indicate that the micro-irregularities of the cementum surface could facilitate the formation of a hybridization zone with a self-etch adhesive system. Therefore, the microleakage of Er:YAG laser irradiation was significantly decreased compared with diamond bur cavities.

Cited by 7 publications

References 26 publications

In vitro microleakage of class v composite restorations prepared by Er,Cr:YSGG laser and carbide bur

In vitro microleakage of class v composite restorations prepared by Er,Cr:YSGG laser and carbide bur

Advances in reducing microleakage in dental composites

In Vitro Analysis of Quality of Dental Adhesive Bond Systems Applied in Various Conditions

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