Maletin Aleksandra, Knežević Milica Jeremić, Koprivica Daniela Đurović, Veljović Tanja, Puškar Tatjana, Milekić Bojana, Ristić Ivan
Faculty of Medicine, University of Novi Sad, 21000 Novi Sad, Serbia.
Faculty of Technology, University of Novi Sad, 21000 Novi Sad, Serbia.
Polymers (Basel). 2023 Oct 19;15(20):4156. doi: 10.3390/polym15204156.
As cementation represents the last stage of the work involved in making various indirect restorations (metal ceramic crowns and bridges, full ceramic crowns and bridges, inlays, onlays, and fiber posts), its quality significantly contributes to the clinical success of the therapy performed. In the last two decades, the demand for ceramic indirect restorations in everyday dental practice has considerably increased primarily due to the growing significance of esthetics among patients, but also as a result of hypersensitivity reactions to dental alloys in some individuals. In this context, it is essential to ensure a permanent and reliable adhesive bond between the indirect restoration and the tooth structure, as this is the key to the success of aesthetic restorations. Resin-based luting materials benefit from excellent optical (aesthetic) and mechanical properties, as well as from providing a strong and durable adhesive bond between the restoration and the tooth. For this reason, resin cements are a reliable choice of material for cementing polycrystalline ceramic restorations. The current dental material market offers a wide range of resin cement with diverse and continually advancing properties. In response, we wish to note that the interest in the properties of resin-based cements among clinicians has existed for many years. Yet, despite extensive research on the subject and the resulting continued improvements in the quality of these materials, there is still no ideal resin-based cement on the market. The manuscript authors were guided by this fact when writing the article content, as the aim was to provide a concise overview of the composition, properties, and current trends, as well as some future guidelines for research in this field that would be beneficial for dental practitioners as well as the scientific community. It is extremely important to provide reliable and succinct information and guidelines for resin luting materials for dental dental practitioners.
由于粘结是制作各种间接修复体（金属烤瓷冠桥、全瓷冠桥、嵌体、高嵌体和纤维桩）所涉及工作的最后阶段，其质量对所实施治疗的临床成功有着重大贡献。在过去二十年中，日常牙科实践中对陶瓷间接修复体的需求大幅增加，这主要是由于患者对美观的重视程度不断提高，同时也因为一些人对牙科合金存在过敏反应。在这种情况下，确保间接修复体与牙齿结构之间形成永久且可靠的粘结至关重要，因为这是美观修复成功的关键。树脂粘结材料具有出色的光学（美观）和机械性能，并且能在修复体与牙齿之间提供牢固持久的粘结。因此，树脂粘结剂是粘结多晶陶瓷修复体的可靠材料选择。当前的牙科材料市场提供了多种性能各异且不断进步的树脂粘结剂。对此，我们想指出，临床医生对树脂基粘结剂性能的关注已经存在多年。然而，尽管对该主题进行了广泛研究，这些材料的质量也因此不断提高，但市场上仍没有理想的树脂基粘结剂。本文作者在撰写文章内容时以此为依据，目的是简要概述其组成、性能和当前趋势，以及该领域一些未来的研究指导方针，这对牙科从业者和科学界都将有益。为牙科从业者提供关于树脂粘结材料的可靠且简洁的信息和指导方针极其重要。
