[不同填充物的体外菌斑积累]。

Oral-prophylaxe Pub Date : 1990-03-01
J Einwag, A Ulrich, F Gehring
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引用次数: 0

摘要

对不同材料(Degulor S, Amalcap SAS, Visio Dispers, Ketak-Fil, CuproDur, Harvard Cement)进行比较研究,以测试牙齿填充材料的表面粗糙度以及材料的特定性能对牙菌斑积累的影响。为此,将不同的材料置于含有蔗糖的变形链球菌NCTC 10449培养基中,在37℃下培养3天。随后,对细胞外形成的多糖的具体积累(斑块)进行重量分析。高度抛光的填充材料(Degulor S, Amalcap SAS, Visio Dispers)积累的牙菌斑仅为水泥的25 - 50%。尽管表面粗糙度相似,但在水泥组中也存在差异(高达40%)。这些差异大概是由于材料的特性造成的。在上述产品的初步检测中,有3例(Degulor S、Harvard Cement和Cupro-Dur抑制乳晕1 - 7.5 mm)具有抗菌效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[In-vitro plaque accumulation on different filling materials].

The influence of the surface roughness of dental filling materials as well as of specific properties of materials on plaque accumulation was to be tested in a comparative study for various materials (Degulor S, Amalcap SAS, Visio Dispers, Ketak-Fil, CuproDur, Harvard Cement) was to be tested in a comparative investigation. For this purpose, the different materials were placed in a Streptococcus mutans NCTC 10449 culture medium containing sucrose, and incubated for three days at 37 degree C. Following this, the specific accumulation of polysaccharides formed outside of cells (plaque) was subjected to gravimetric analysis. Filling materials that take a high polish (Degulor S, Amalcap SAS, Visio Dispers) accumulated only 25 to 50% as much plaque as did cements. Within the group of cements there were also differences (up to 40%) in spite of similar surface roughness. These differences are presumably due to properties specific to the materials. In preliminary examinations of the products named, antibacterial effects were registered in three cases (Degulor S, Harvard Cement and Cupro-Dur--inhibiting areola between 1 and 7.5 mm).

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