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New Insight on the Response of Bacteria to Fluoride

机译:细菌对氟化物反应的新见解

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摘要

Fluoride has been used for decades to prevent caries and it is well established that this anion can inhibit the growth of bacteria. However, the precise effects that fluoride has on bacteria and the mechanisms that bacteria use to overcome fluoride toxicity have largely remained unexplored. Recently, my laboratory reported the discovery of biological systems that bacteria use to sense fluoride and reduce fluoride toxicity. These sensors and their associated genes are very widespread in biology, which has implications for a number of issues that are central to the use of fluoride for dental care. Below I provide a summary of our findings, comment on some of the key prospects for expanding our understanding of fluoride's effects on biology, and propose some future uses of this knowledge.
机译:氟化物已被用于预防龋齿数十年,并且众所周知,这种阴离子可以抑制细菌的生长。然而,氟化物对细菌的精确作用以及细菌克服氟化物毒性的机制在很大程度上尚待探索。最近,我的实验室报告了细菌用于感知氟化物并减少氟化物毒性的生物系统的发现。这些传感器及其相关基因在生物学中非常普遍,这对许多问题都具有影响,这些问题对于将氟化物用于牙科保健至关重要。在下文中,我提供了我们的发现的摘要,对扩大我们对氟化物对生物学影响的理解的一些关键前景进行了评论,并提出了该知识的未来用途。

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