Laboratory studies on silica induced toxicity and relationship to carcinogenicity.

J Rabovsky
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Abstract

A review of published laboratory studies was undertaken to provide insight into the biologic basis for silica induced lung toxicity. Experimental animals exhibit markers of silica induced toxicity similar to those exhibited by humans and may also provide a model for resistant populations. Cell culture studies are useful to discern the roles of specific lung cell types and cell mediators in the development of silica induced fibrotic events. The biochemical relationships between silica induced fibrosis and carcinogenesis have not been fully established. Temporal and dose-response relationships for events linking the two endpoints are unknown. Research in this area will provide a more complete understanding of the relationship between the two disease states and hence of the role of silica exposure in human disease.

二氧化硅致毒性及其与致癌性关系的实验室研究。
对已发表的实验室研究进行了回顾,以深入了解二氧化硅诱导肺毒性的生物学基础。实验动物表现出与人类相似的二氧化硅诱导毒性标记,也可能为耐药种群提供模型。细胞培养研究有助于辨别特定肺细胞类型和细胞介质在二氧化硅诱导纤维化事件发展中的作用。二氧化硅诱导的纤维化与癌变之间的生化关系尚未完全确定。连接两个终点的事件的时间和剂量-反应关系尚不清楚。这一领域的研究将使人们更全面地了解这两种疾病状态之间的关系,从而了解二氧化硅暴露在人类疾病中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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