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体外制备牙齿侵蚀性病变的技术。

Techniques for the production of dental eroded lesions in vitro.

作者信息

Amaechi B T, Higham S M, Edgar W M

机构信息

Department of Clinical Dental Sciences, The University of Liverpool, UK.

出版信息

J Oral Rehabil. 1999 Feb;26(2):97-102. doi: 10.1046/j.1365-2842.1999.00349.x.

Abstract

This project firstly demonstrated an in vitro technique for the production of eroded lesions which simulates the in vivo conditions, and secondly evaluated the influence of salivary parameters on the degree of erosion in vitro. Teeth were sectioned sagitally into three equal portions. The portions were randomly assigned to one of three experimental groups (A, B and C). Lesions were produced by cycling the teeth between orange juice and either artificial saliva (A) or water (B) for a total period of 12 h, or by a single 12 h immersion in orange juice (C). Sections were prepared from each specimen and mineral loss was quantified using transverse microradiography. Mineral loss was significantly lower in group A compared with B and C. Greatest mineral loss was observed in B though not significant when compared with C. The present technique mimics the in vivo conditions with the saliva reducing the degree of erosion and possibly remineralizing the lesions.

摘要

本项目首先展示了一种体外制作侵蚀性病变的技术,该技术模拟体内情况,其次评估了唾液参数在体外对侵蚀程度的影响。将牙齿矢状切成三等份。这些部分被随机分配到三个实验组之一(A组、B组和C组)。通过将牙齿在橙汁和人工唾液(A组)或水(B组)之间循环12小时来产生病变,或者通过将牙齿单次浸泡在橙汁中12小时(C组)来产生病变。从每个标本制备切片,并使用横向显微放射照相术对矿物质流失进行量化。与B组和C组相比,A组的矿物质流失显著更低。在B组中观察到最大的矿物质流失,不过与C组相比不显著。本技术模拟体内情况,唾液可降低侵蚀程度并可能使病变再矿化。

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