School of Chemistry and Materials Engineering, Huainan Normal University, Huainan, 232001, China.
School of Earth and Space Sciences, University of Science and Technology of China, Hefei, 230026, China.
Sci Rep. 2021 Apr 16;11(1):8371. doi: 10.1038/s41598-021-87699-6.
Fluoride enrichment in drinking groundwater at Huaibei leads to potential health risk to the residents. A total of 49 groundwater samples from groundwater sources were collected to evaluate the potential health risk of fluoride ingestion through drinking water for children and adults in Huaibei. Results shown that the average concentration of fluoride in centralized sources is less than that of decentralized sources, which may be attributed to different geological conditions including fluoride-rich minerals, environmental conditions and high fluoride waste discharge. The corresponding health risk value of fluoride in centralized source is lower than that in decentralized one, and the HI values of fluoride in the three exposed groups varied in the same order: infants > children > adults. Infants and children were more sensitive receptors to the non-carcinogenic health hazards of fluoride than adults. Special care should be taken to infants and children for the highly prone to health risk compared to adults.
淮北地区饮用水中氟的富集导致居民存在潜在健康风险。共采集了 49 个地下水水源水样,以评估淮北地区儿童和成人通过饮用水摄入氟的潜在健康风险。结果表明,集中式水源的氟平均浓度低于分散式水源,这可能与包括富氟矿物在内的不同地质条件、环境条件和高氟废物排放有关。集中式水源的氟相应健康风险值低于分散式水源,且 3 个暴露组的 HI 值变化顺序相同:婴儿 > 儿童 > 成人。与成人相比,婴儿和儿童对氟的非致癌健康危害更为敏感。与成人相比,应特别关注婴儿和儿童,因为他们更容易受到健康风险的影响。