Miyazaki Masashi, Tsujimoto Akimasa, Tsubota Keishi, Takamizawa Toshiki, Kurokawa Hiroyasu, Platt Jeffrey A
Department of Operative Dentistry, Nihon University School of Dentistry.
J Oral Sci. 2014 Mar;56(1):1-9. doi: 10.2334/josnusd.56.1.
Improvements in dentin bonding systems have influenced modern restorative dentistry. The desire for minimal invasiveness has resulted in more-conservative cavity design, which basically relies on the effectiveness of current dentin bonding systems. Interaction of adhesives with enamel and dentin is based on two systems, commonly described as etch-and-rinse and self-etch. Priming and bonding agents can be separate or combined, resulting in two- or three-step systems for etch-and-rinse adhesives and one- or two-step systems for self-etch adhesives. Self-etch systems use acidic functional monomers that simultaneously demineralize and impregnate tooth structures. Etch-and-rinse and self-etch systems have advantages and disadvantages, which are primarily related to the simplified bonding procedures required under clinical conditions. Knowledge of the composition, characteristics, and mechanisms of adhesion for each adhesive system is critical in selecting the ideal adhesive materials for clinical use.
牙本质粘结系统的改进对现代修复牙科产生了影响。对微创性的追求导致了更保守的窝洞设计,这基本上依赖于当前牙本质粘结系统的有效性。粘合剂与牙釉质和牙本质的相互作用基于两种系统,通常称为酸蚀冲洗系统和自酸蚀系统。底漆和粘结剂可以分开或组合,从而形成酸蚀冲洗粘结剂的两步或三步系统以及自酸蚀粘结剂的一步或两步系统。自酸蚀系统使用酸性功能单体,可同时使牙齿结构脱矿质并进行浸渍。酸蚀冲洗系统和自酸蚀系统都有优点和缺点,这主要与临床条件下所需的简化粘结程序有关。了解每种粘结系统的组成、特性和粘结机制对于选择临床使用的理想粘结材料至关重要。