2015
DOI: 10.1590/0104-1428.1597
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Avaliação da fluorescência das resinas compostas para esmalte e dentina de diferentes marcas comerciais

Abstract: ResumoO objetivo do presente estudo foi analisar e avaliar comparativamente pelo método visual, a fluorescência das resinas compostas de cor A2 tanto para esmalte como para dentina, de sete diferentes marcas comerciais. Foram confeccionados para este experimento 52 corpos de prova de resina composta da cor A2 do tipo anterior/posterior, de diversas marcas comerciais disponíveis no mercado. Os corpos de prova foram obtidos com o auxílio de uma matriz de acrílico rígida e transparente. A fotoativação foi realiza… Show more

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Cited by 3 publications
(2 citation statements)
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“…On the other hand, Point 4 (Kerr) is less fluorescent than Ultrafill (Biodynamic), Premise (Kerr) and Tetric N-Cream (Ivoclar), also said as a material with fluorescent properties suitable for aesthetic restoration, agreeing with the results obtained by Busato et al (2006), in relation to Tetric N-Cream (Ivoclar) and Point 4 (Kerr). The composite resin Point 4 (Kerr), Premium (Coltene) and Llis (FGM) presented an equivalent fluorescence level and were considered less fluorescent than Ultrafill (Biodynamic), Premissa (Kerr) and Tetric N-Cream (Ivoclar) , agreeing with the results obtained by Busato et al (2015) and Jablonski et al (2014).…”
Section: Discussionsupporting
confidence: 87%
See 1 more Smart Citation
“…On the other hand, Point 4 (Kerr) is less fluorescent than Ultrafill (Biodynamic), Premise (Kerr) and Tetric N-Cream (Ivoclar), also said as a material with fluorescent properties suitable for aesthetic restoration, agreeing with the results obtained by Busato et al (2006), in relation to Tetric N-Cream (Ivoclar) and Point 4 (Kerr). The composite resin Point 4 (Kerr), Premium (Coltene) and Llis (FGM) presented an equivalent fluorescence level and were considered less fluorescent than Ultrafill (Biodynamic), Premissa (Kerr) and Tetric N-Cream (Ivoclar) , agreeing with the results obtained by Busato et al (2015) and Jablonski et al (2014).…”
Section: Discussionsupporting
confidence: 87%
“…During the day, due to the action of ultraviolet rays, this cause the phenomenon of dental fluorescence without visualization of human optics, nevertheless it makes it whiter and brighter. At night, in places that are illuminated by black light, this property becomes more evident, justifying the importance of knowing the fluorescent characteristics of restorative materials, so that the optical behavior of the restoration can be adapted (Busato et al, 2015).…”
Section: Discussionmentioning
confidence: 99%