大和河系统上游药品和个人护理产品的监测

Yosuke Uranishi, Katsushige Uranishi, Jirou Shiroyama
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摘要

采用液相色谱-质谱联用技术(LC-MS/MS)对2020年冬季和夏季大和河系上游18种药品和个人护理用品(PPCPs)的浓度进行了调查。这个河流系统延伸到大和平原地区,该地区占奈良县近90%的人口,河流流速比日本其他地区低得多。因此,预计将检测到来自住宅和商业部门的高浓度ppcp。结果,在其中一条河流中检测到17种ppcp。结果表明,人口老龄化导致的吸毒差异和污水覆盖范围的差异可能会影响河流中PPCPs检测频率的差异。此外,通过比较ppcp的浓度比,可以确定ppcp浓度比与其他水样点不同的点,再次确认区域调查的重要性。我们将PPCPs浓度与预测无影响浓度(PNEC)进行比较,以评估生态影响。结果,克拉霉素、红霉素、双氯芬酸和卡马西平被检测出超过PNEC。这些物质的浓度与以前的研究相似或更低。
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Monitoring of Pharmaceutical and Personal Care Products in the Upper Reaches of the Yamato River System
We investigated concentrations of 18 pharmaceutical and personal care products (PPCPs) in the upper reaches of the Yamato river system using LC-MS/MS in winter and summer in 2020. This river system extends over the Yamato plain area which accounts for nearly 90% of the population in Nara prefecture, and the river flow rate is extremely lower than others in Japan. Therefore, high concentrations of PPCPs from the residential and commercial sector are expected to be detected. As a result, 17 PPCPs were detected in one of the rivers. The results were compared with those of a previous study in a large urban area, and showed that differences in drug use due to the aging of the population and differences in sewerage coverage may affect differences in the frequency of PPCPs detection in rivers. Furthermore, by comparing the concentration ratios of PPCPs, it was possible to identify points where the concentration ratios of PPCPs were different from those of other water sampling points, reconfirming the importance of regional surveys. We compared PPCPs concentration with predicted no-effect concentration (PNEC) to assess the ecological impact. As a result, clarithromycin, erythromycin, diclofenac, and carbamazepine which were detected in excess of the PNEC. The concentrations of these substances were similar to or lower than those in previous studies.
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