牙本质脱矿和再矿化的基础与生物活性物质在牙本质再生中的作用

IF 0.5
Shara Sajini
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引用次数: 0

摘要

考虑到微创牙科,最近的修复材料有望对剩余的牙齿结构提供治疗效果。目前使用惰性修复体,由于修复体材料与牙齿结构之间缺乏相互作用,效果不理想。这使得生物材料科学的重点转向了创新的生物活性修复材料,这些材料可以再矿化剩余的牙齿结构并提供愈合和保护性能。了解脱矿牙本质的再矿化过程以及这些生物活性材料潜在修复这些组织的机制,将为未来的进展和牙科修复的临床应用提供空间。本文综述了牙本质的基本结构、龋齿过程和不同的牙本质再矿化模式。此外,它详细介绍了各种生物活性材料,并了解了它们在再矿化潜力方面的主要分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fundamentals of Dentine Demineralization and Remineralization with the Role of Bioactive Materials in Dentine Regeneration
Considering minimally invasive dentistry, recent restorative materials are expected to provide a therapeutic effect on the remaining tooth structure. Using inert restorations which lack interaction between restorative materials and tooth structure is not satisfactory nowadays. This has shifted the focus in biomaterial sciences towards innovative bioactive restorative materials that can remineralize remaining tooth structures and provide healing and protective properties. Understanding the remineralization process of demineralized dentine and the mechanism by which these bioactive materials potentially repair these tissues, will provide room for future advancements and clinical applications in restorative dentistry. This article provides a review of the basic dentine structure, the caries process, and different dentine remineralization models. Also, it details various bioactive materials with an understanding of their main classification in terms of remineralization potential.
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来源期刊
Journal of Biochemical Technology
Journal of Biochemical Technology BIOCHEMISTRY & MOLECULAR BIOLOGY-
自引率
40.00%
发文量
18
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