摘要
目前氟斑牙确切的发病机制尚不明了,氟斑牙黏结修复中也没有确切的釉质酸蚀标准。原子力显微镜的出现代表了生物材料高分辨率成像的巨大进步,其优势在于能够为观察样品提供纳米级水平的三维图像和定量数据。近年来,原子力显微镜在釉质研究中的应用取得了一些进展,釉质超微结构的定量分析能否成为研究氟斑牙发病机制和寻找最佳修复方法的新途径,值得进一步探索。因此,文中就原子力显微镜在氟斑牙釉质研究中的应用进行综述。
At present,the exact pathogenesis of dental fluorosis is not clear,and there is no exact standard of enamel acid etching in the adhesive restoration of dental fluorosis.Atomic force microscope represents a great progress in high-resolution imaging of biomaterials,and its advantage is that it can provide three-dimensional images and quantitative data of observed samples at the nanometer level.In recent years,the application of atomic force microscope in enamel study has made some progress.Whether the quantitative analysis of enamel ultrastructure can become a new way to study the pathogenesis of dental fluorosis and find the best repair method is worthy of further exploration.This paper reviews the application of atomic force microscope in the study of enamel with dental fluorosis.
作者
褚梦洁
汤晔
陈黎明
Chu Mengjie;Tang Ye;Chen Liming(Department of Endodontics,Guiyang Stomatological Hospital,Guiyang 550002,China)
出处
《中华地方病学杂志》
CAS
北大核心
2022年第2期170-172,共3页
Chinese Journal of Endemiology
基金
国家自然科学基金(81341110)
贵阳市科技计划项目(筑科合同[20151001])。
关键词
氟中毒
牙
釉质
原子力显微镜
Fluorosis,dental
Enamel
Atomic force microscope
