Briggs P, Dunne S, Bishop K
Department of Restorative Dentistry, King's College Dental Institute, London.
Br Dent J. 1996 Nov 23;181(10):373-9. doi: 10.1038/sj.bdj.4809263.
Resin-bonded restorations have many advantages over conventional alternatives. Advances in adhesive technology together with a better understanding of the clinical function of such restorations have allowed resin-bonded bridges to play an important role in everyday clinical practice. This paper highlights the role and importance of the single abutment, single pontic cantilever resin-bonded bridge. Clinical experience might suggest that the cantilever design offers a viable alternative to other designs. Furthermore, the paper suggests that when cantilever resin-bonded bridges fail initially, re-bond often leads to predictable long-term success. Factors such as patient selection, abutment preparation, retainer design and the aesthetic limitations of resin-bonded bridges are also discussed. The authors can claim that further clinical studies are necessary to identify exactly what factors influence the success of cantilever and other resin-bonded designs.
树脂粘结修复体相较于传统修复体具有诸多优势。粘结技术的进步以及对这类修复体临床功能的更深入理解,使得树脂粘结桥在日常临床实践中发挥着重要作用。本文着重介绍单基牙、单桥体悬臂式树脂粘结桥的作用及重要性。临床经验可能表明,悬臂设计为其他设计提供了一种可行的替代方案。此外,本文还指出,当悬臂式树脂粘结桥最初失败时,重新粘结往往会带来可预测的长期成功。文中还讨论了诸如患者选择、基牙预备、固位体设计以及树脂粘结桥的美学局限性等因素。作者认为,有必要进行进一步的临床研究,以确切确定哪些因素会影响悬臂式及其他树脂粘结设计的成功。