Fluoride Concentration in Tap Water from Different Regions in Thailand

Boonsong Putraphan, Dusit Nantanapiboon, T. Osathanon
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Abstract

Fluoride supplementation in drinking tap water is one of the well-known effective methods for dental caries prevention. However, overexposure to fluoride following excessive fluoride intake from drinking water leads to dental fluorosis. Therefore, the assessment of daily fluoride consumption is required to calculate the optimal fluoride intake. The present study investigated the fluoride concentration in tap water collected from different areas in Thailand. A total of 27 locations were selected. Three samples of tap water (500 mL each) were independently collected from one location. Each sample in the same location was collected from the same faucet of tap water and stored in different containers. The samples were collected by dental students or dentists who worked in the selected areas from March 2020 to June 2020. Briefly, the faucet was cleaned with the tap water and the water was run from the faucet for 1-2 mins. Then, water was collected in 500 mL bottles and immediately capped. Samples were then stored at room temperature in tightly sealed bottles until analysis. Findings showed that most samples contained fluoride at a concentration lower than 0.7 mg/mL. Further, the water pH was in the range of 6.81-8.37. These levels were lower than the cut-offs established by the World Health Organization (WHO) for maximum levels of fluoride and pH in drinking water. In conclusion, the present study demonstrated that fluoride levels in tap water from different regions in Thailand are lower than those recommended by WHO for fluoride levels in drinking water.  
泰国不同地区自来水的氟化物浓度
在饮用自来水中添加氟化物是众所周知的预防龋齿的有效方法之一。然而,从饮用水中摄入过量氟化物后,过度接触氟化物会导致氟斑牙。因此,需要对日氟消耗量进行评估,以计算最佳氟摄入量。本研究调查了从泰国不同地区收集的自来水中的氟化物浓度。总共选定了27个地点。三个自来水样本(每个500毫升)分别从一个地点独立采集。同一地点的每个样本都是从同一水龙头中采集的,并储存在不同的容器中。样本由2020年3月至2020年6月在选定地区工作的牙科学生或牙医收集。简单地说,用自来水清洗水龙头,让水从水龙头流出1-2分钟。然后,将水收集在500毫升的瓶子中,并立即盖上盖子。然后将样品保存在室温下严密密封的瓶子中,等待分析。调查结果显示,大多数样品的氟化物浓度低于0.7毫克/毫升。水体pH值在6.81 ~ 8.37之间。这些水平低于世界卫生组织(世卫组织)确定的饮用水中氟化物和pH值的最高水平的临界值。总之,本研究表明,泰国不同地区自来水中的氟化物含量低于世卫组织建议的饮用水氟化物含量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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