Fluorides as an Indicator of Physiological Completeness of Mineral Composition of Drinking Waters of Separate Regions of Ukraine

Q4 Environmental Science Ecological Engineering Environmental Technology Pub Date : 2022-03-01 DOI:10.12912/27197050/145131
M. Grynova, T. Safranov, A. Chugai, Roman Grynyov, I. Soloshych, R. Velychko
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引用次数: 1

Abstract

More than 80% of human diseases are related to the drinking water quality. In Ukraine, up to 80% of surface water bodies, according to official data, are unsuitable as sources of drinking water. A significant part of groundwater is supplied to consumers with significant deviations from quality standards. The urgency of the work is due to the need to assess the physiological value of the mineral composition of drinking water in some regions of Ukraine, in particular the content of fluoride in surface and groundwater sources. The paper evaluated the level of fluoride balance as a possible factor influencing the health of the population of certain regions of Ukraine. In Ukraine, there are four main geochemical regions in terms of fluoride content in drinking water (from very low concentrations of fluoride to high content). On the example of Odessa and Poltava regions, it was noted that the foci of endemic pathology are usually concentrated in the area of development of adverse natural or man-made processes. Both deficiency and excess of fluorides are important factors in shaping the health of the population, which determines the rationale for fluoridation or fluoridation of drinking water. Depending on the components of the environmental risk of high or low fluoride content, comprehensive caries and fluorosis prevention schemes were also recommended.
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氟化物作为乌克兰不同地区饮用水矿物组成生理完整性的指标
超过80%的人类疾病与饮用水质量有关。根据官方数据,在乌克兰,高达80%的地表水体不适合作为饮用水来源。很大一部分地下水供应给消费者,与质量标准存在重大偏差。这项工作的紧迫性是因为需要评估乌克兰一些地区饮用水矿物成分的生理价值,特别是地表水和地下水中氟化物的含量。该论文评估了氟平衡水平是影响乌克兰某些地区人口健康的一个可能因素。在乌克兰,就饮用水中的氟化物含量而言,有四个主要的地球化学区域(从极低浓度的氟化物到高含量)。以敖德萨和波尔塔瓦地区为例,有人指出,地方病的病源通常集中在不利的自然或人为过程的发展区域。氟化物的缺乏和过量都是影响人口健康的重要因素,这决定了饮用水氟化或氟化的基本原理。根据高氟或低氟环境风险的组成部分,还推荐了综合防龋和氟中毒方案。
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来源期刊
Ecological Engineering  Environmental Technology
Ecological Engineering Environmental Technology Environmental Science-Environmental Science (miscellaneous)
CiteScore
1.30
自引率
0.00%
发文量
159
审稿时长
8 weeks
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