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[氟化物的防龋机制及其对人类的影响]

[Cariostatic mechanisms of fluoride and its effects on human beings].

作者信息

Sato T, Niwa M

机构信息

Department of Preventive and Community Dentistry, School of Dentistry at Tokyo, Nippon Dental University.

出版信息

Nihon Rinsho. 1996 Jan;54(1):67-72.

PMID:8587208
Abstract

Fluorine is ubiquitous in man's environment, rocks, soil, water, air, etc, and mainly is in the form of inorganic fluoride (compounds of fluorine) and utilized extensively for industrial and medical purposes. It is also known that fluoride has both beneficial and toxic effects in man. One of the most beneficial effects of fluorine on human health is the application of fluoride solution for the prevention or reduction the incidence of dental caries. The major cariostatic mechanisms is believed to be that fluoride reduces dental caries through influencing the morphology of teeth by reducing the solubility of the enamel and promoting remineralization, and through its effect on oral cariogenic bacteria. Recently, the possible beneficial effects of fluoride on osteoporosis have been studied. Chronic effects of fluoride, described by many epidemiological studies, are only dental fluorosis and skeletal fluorosis. Most cases of acute poisoning in human subjects have been associated with the suicidal, accidental or experimental (by researcher himself) ingestion of a fluoride solution.

摘要

氟在人类环境中无处不在,存在于岩石、土壤、水、空气等之中,主要以无机氟化物(氟的化合物)的形式存在,并广泛用于工业和医疗目的。人们还知道,氟对人类既有有益影响,也有有毒影响。氟对人类健康最有益的影响之一是使用氟溶液预防或降低龋齿的发病率。主要的防龋机制被认为是氟通过降低牙釉质的溶解度和促进再矿化来影响牙齿形态,以及通过其对口腔致龋细菌的作用来减少龋齿。最近,人们对氟对骨质疏松症可能的有益影响进行了研究。许多流行病学研究描述的氟的慢性影响只有氟斑牙和氟骨症。人类急性中毒的大多数病例都与自杀、意外或(由研究人员自己)实验性摄入氟溶液有关。

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