牙科材料的遗传毒性

Jürgen Heil , Georg Reifferscheid , Petra Waldmann , Gabriele Leyhausen , Werner Geurtsen
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引用次数: 212

摘要

本研究的目的是表征牙科材料(可能的)dna损伤特性,并确定导致这种遗传毒性的特定化合物。在筛选方面,有三种检测遗传毒性不同方面的试验(一)细菌umu试验;(ii)真核生物DNA合成抑制试验;(3)选择体内碱性过滤洗脱技术。这项调查提供了几条证据线,表明大多数牙科材料(牙科装置中存在的14种化学单一物质和7种牙科材料提取物)在至少一项遗传毒性测试中产生“阳性”结果,其影响范围从“边缘”到“强烈阳性”。广泛使用的牙科材料Vitrebond®和AH26®的提取物在所有测试系统中都引起了明显的浓度相关的遗传毒性反应。根据这些数据和公众的关注,必须更多地关注可能与使用牙科材料有关的局部或全身并发症。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Genotoxicity of dental materials

This study was performed to characterize the (possible) DNA-damaging properties of dental materials and to identify specific compounds that contribute to this genotoxicity. For screening, three tests that assay for different aspects of genotoxicity (i) the bacterial umu-test; (ii) the eucaryotic DNA synthesis inhibition test; and (iii) the in vivo alkaline filter elution technique were chosen. This investigation gives several lines of evidence that most dental materials tested (14 chemical monosubstances present in dental devices and 7 extracts of dental materials) yield ‘positive’ results in at least one of the genotoxicity tests, however, with effects ranging from ‘borderline’ to ‘strong positive’. The extracts of the widely used dental materials Vitrebond® and AH26® elicited clear concentration-related genotoxic responses in all test systems. On the basis of these data and public concern, more attention has to be given to local or systemic complications which may be associated with the use of dental materials.

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