坦桑尼亚北部海区廷迪加尼村氟斑牙患病率逐户调查。

The East African health research journal Pub Date : 2023-01-01 Epub Date: 2023-11-30 DOI:10.24248/eahrj.v7i2.742
Claire Stevens, Anna Foat, John Massawe, Ally Mhina, Irene Haule, Daniel Benedict, William K Gray, Blandina T Mmbaga, Paul Sallis, Matthew L Davies
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引用次数: 0

摘要

饮用水中的氟含量超过世界卫生组织规定的 1.5 毫克/升的限值,会导致发育中的牙齿出现氟斑牙 (DF)。在坦桑尼亚北部的海区,氟斑牙是一个严重的问题,那里的安全自来水供应有限,地下水含氟量较高。继 2009 年的患病率调查之后,我们对廷迪加尼村的居民进行了一次逐户患病率调查,以评估海区目前的 DF 患病率和严重程度,以及之前为推广低氟饮用水而采取的干预措施的效果。经过培训的评估人员利用牙科摄影对 DF 进行了分级,并对饮用水源进行了取样化学分析。在接受评估的 563 人中,牙氟流行率为 79.4%(CI=76.1-82.7%)。发现恒牙的患病率和严重程度均高于乳牙。非管道水源中的氟浓度介于 2.5-38.6 毫克/升之间。尽管与 2009 年相比(82.8% 对 62%),有更多的家庭报告使用了低氟的自来水水源,但在廷迪加尼和其他此类社区,低氟饮用水的获取并不容易且不可靠,因此牙齿缺氟仍然是一个严重问题。政策制定者必须优先考虑可靠获取低氟水,尤其是在儿童的恒牙发育阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Door-to-Door Prevalence Survey of Dental Fluorosis in Tindigani, a Village in the Hai District of Northern Tanzania.

Fluoride in excess of the World Health Organisation limit of 1.5mg/L in drinking water can cause dental fluorosis (DF) in developing teeth. DF is a significant problem in the Hai District of Northern Tanzania, where there is limited access to safe piped water and groundwater is high in fluoride. A door-to-door prevalence survey of residents of Tindigani village was undertaken to assess current prevalence and severity of DF in the Hai District, and the effectiveness of previous interventions to promote low-fluoride drinking water, following a prevalence survey in 2009. DF was graded by trained assessors, utilising dental photography, and drinking water sources were sampled for chemical analysis. DF was endemic in the 563 people assessed, with a prevalence of 79.4% (CI=76.1-82.7%). Prevalence and severity were found to be higher in permanent teeth than deciduous teeth. Fluoride concentrations in non-piped water sources ranged from 2.5-38.6mg/L. Despite more households reporting the use of low-fluoride, piped water sources, compared to 2009 (82.8% versus 62%), DF remains a significant problem in Tindigani and other such communities where low-fluoride drinking water is not easily and reliably accessible. Policy makers must prioritise reliable access to low-fluoride water, especially for children as their permanent dentition develops.

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