受 MIH 影响的基底:牙科结构面临的粘合剂挑战概览。

Monographs in oral science Pub Date : 2024-01-01 Epub Date: 2024-07-01 DOI:10.1159/000538889
Linda Wang, Victor Mosquim, Giovanna Speranza Zabeu, Juliana Feltrin-Souza
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引用次数: 0

摘要

根据目前受磨牙切牙低矿化(MIH)影响的釉质的技术水平,粘接系统有望在必要时在修复过程中发挥相关作用。受臼齿切牙低矿化(MIH)影响的牙釉质通常会发生后发性破坏,并伴有或不伴有龋坏,这主要发生在臼齿上,也可能影响前牙的美观。由于矿物质和蛋白质含量失衡,在选择最合适的粘接剂系统之前,了解这些变化是至关重要的,同时也要牢记它们的局限性。特别是,当牙釉质破坏导致牙本质受到影响时,使用自酸蚀和通用系统中的功能性单体粘接系统会产生化学作用,从而增强粘接效果。到目前为止,无论粘接系统的类别如何,总体建议都是将修复体的边缘放在临床表现良好的牙釉质上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MIH-Affected Substrate: An Overview of Adhesive Challenges to the Dental Structures.

Based on the current state of the art regarding molar incisor hypomineralisation (MIH)-affected enamel, bonding systems are expected to play a relevant role on the restorative procedures when required. MIH-affected enamel is often subjected to posteruptive breakdown combined or not with carious lesions, predominantly on molars, and may also affect the aesthetics of anterior teeth. As unbalanced mineral and protein contents occur, understanding these alterations is essential before selecting the most appropriate adhesive systems, while bearing in mind their limitations. In particular, when dentin is involved due to enamel breakdown, the use of functional monomer-based bonding systems present in self-etching and universal systems produce a chemical interaction that enhance the bonding. So far, the overall recommendation relies on placing the margin of the restoration on clinically sound enamel, regardless of the category of the adhesive system.

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