Fujimura Yusuke, Weerasinghe Dinesh, Kawashima Mitsunobu
Dental Materials Division, Kuraray Noritake Dental Inc., Tokyo, Japan,
Dental Materials Division, Kuraray Noritake Dental Inc., Tokyo, Japan.
Am J Dent. 2018 Nov 15;31(Sp Is B):13B-16B.
Synthetic resins were originally used for esthetic purposes but have evolved as restorative materials. Achieving a strong, durable resin tooth adhesion has always been a topic of interest in the field of dentistry. This article demonstrates a review of a manufacturer's efforts to realize this goal through development of functional monomers since the 1970s. These functional monomers are thought to promote chemical adhesion to the dental substrate to prevent failure of restorations and to reduce the post-operative sensitivity.
This review focuses on functional monomer with antibacterial properties to avert caries around restorations and improve durability of the bond.
This product is presented and discussed as bioactive adhesive.
Development of an antibacterial monomer that would polymerize and remain antibacterial over time can be clinically important to prevent secondary caries at the adhesive-tooth interface.
合成树脂最初用于美学目的，但已发展成为修复材料。实现强大、耐用的树脂与牙齿的粘结一直是牙科领域感兴趣的话题。本文回顾了自20世纪70年代以来一家制造商通过开发功能性单体来实现这一目标所做的努力。这些功能性单体被认为可促进与牙齿基质的化学粘结，以防止修复体失败并降低术后敏感性。
本综述重点关注具有抗菌特性的功能性单体，以避免修复体周围发生龋齿并提高粘结的耐久性。
该产品作为生物活性粘合剂被展示和讨论。
开发一种能聚合并随时间保持抗菌性的抗菌单体，对于预防粘结剂与牙齿界面处的继发龋在临床上可能具有重要意义。
