Aesthetic-chemical properties and clinical indications of giomers: literature review

Ana Beatriz Mori Huss, Ellen Namie Hayashi, Yasmin Ávila Mistrello, Glen Victor Kondo, C. G. C. Bispo, V. Veltrini
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Abstract

Giomer is a hybrid restorative material, developed in the 2000s, which presents a combination of characteristics and properties of both composite resin and ionomeric cement, but whose clinical indications are still unclear. The present review aims to evaluate the literature that addresses these indications, as well as the aesthetic and chemical properties, compared to traditional non-hybrid restorative materials. The bibliographic search was carried out in PubMed, LILACS and SciELO databases, from 2016 to 2022. It included articles published in English, Portuguese and Spanish, and used strategies adapted to each database and descriptors compatible with the objective. Publications whose full versions were duplicated and/or unavailable for free access were excluded. From an initial total of 137 articles, 14 were selected. It was observed that there are still doubts about the amount of fluoride released over the time and about the possibility of a burst effect, which means the initial explosion effect that occurs in the first 24 hours and decreases with time, similar to what occurs with glass ionomer cement and does not with conventional resins. In the light of the consulted literature, it is possible to conclude that giomers, as well as composite resins, can be widely indicated for restorative procedures, as they have satisfactory resistance and aesthetics, in addition to releasing enough fluoride to prevent caries, making it possible to recharge them with this ion, as in glass ionomer cements.
异构体的美学化学性质和临床适应症:文献综述
Giomer是21世纪发展起来的一种复合型修复材料,它具有复合树脂和离子型骨水泥的特点和性能,但临床适应症尚不清楚。目前的审查旨在评估的文献,解决这些适应症,以及美学和化学性质,与传统的非杂交修复材料。文献检索于2016 - 2022年在PubMed、LILACS和SciELO数据库中进行。它包括以英文、葡萄牙文和西班牙文发表的文章,并采用了适合于每个数据库和符合目标的描述符的策略。全文被复制和(或)无法免费获取的出版物不包括在内。从最初的137篇文章中,选出了14篇。据观察,在一段时间内氟化物的释放量和爆炸效应的可能性仍然存在疑问,爆炸效应是指在最初24小时内发生的初始爆炸效应,并随着时间的推移而减少,类似于玻璃离聚体水泥所发生的情况,而传统树脂则不会发生这种情况。根据查阅的文献,可以得出结论,异构体和复合树脂可以广泛用于修复程序,因为它们具有令人满意的阻力和美观性,除了释放足够的氟化物以防止龋齿之外,还可以像玻璃离子聚合物水泥一样用这种离子充电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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