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首页> 外文期刊>Journal of Tropical Medicine >Soil Contamination with Toxocara Eggs in Public Schools in Rural Areas of Southern Thailand
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Soil Contamination with Toxocara Eggs in Public Schools in Rural Areas of Southern Thailand

机译:泰国南部农村地区的公立学校土壤污染毒素

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Soil is considered the primary source of Toxocara transmission to humans, especially children. The status of soil contamination with Toxocara eggs in southern Thailand is unknown. This study aimed at estimating the soil contamination with Toxocara eggs in public schools in Nakhon Si Thammarat province in southern Thailand. Soil samples were collected from 12 public schools between August and September 2017. At each site, ten soil samples were collected from the following five types of locations: (1) playgrounds, (2) football fields, (3) sidewalks, (4) schoolyards, and (5) areas around cafeterias. In total, 120 samples were examined for Toxocara eggs with a modified flotation method using a sucrose solution. Toxocara eggs were detected in 8 (66.7%) of the 12 studied public schools. Of the 120 soil samples, 22 (18.3%; 95% CI: 11.9, 26.4) were contaminated with Toxocara eggs. The highest levels of Toxocara egg contamination were observed in playgrounds (41.7%; 95% CI: 22.1, 63.4), followed by football fields (20.8%; 95% CI: 7.1, 42.2), sidewalks (12.5%; 95% CI: 2.7, 32.4), and schoolyards (12.5%; 95% CI: 2.7, 32.4). There were significant differences in the distribution of Toxocara eggs across location types p0.05. The findings demonstrated that the soil samples from public schools were contaminated with Toxocara eggs. Playgrounds were the most heavily contaminated locations. Teaching children proper handwashing steps and discouraging geophagia should be implemented to reduce the distribution of Toxocara and limit future Toxocara infections.
机译:土壤被认为是毒素传播给人类的主要来源,特别是儿童。泰国南部毒素鸡蛋土壤污染状况未知。本研究旨在估算泰国南部锡托塔尔省的公立学校毒素鸡蛋土壤污染。从2017年8月至9月之间的12个公立学校收集土壤样品。在每个地点,从以下五种地点收集10种土壤样本:(1)游乐场,(2)足球场,(3)人行道,(4)校园和(5)围绕自助餐厅附近的地区。总共,使用蔗糖溶液的改良浮选方法检查120个样品。在12所学习的公立学校的8名(66.7%)中检测到毒素蛋。 120种土壤样品中,22例(18.3%; 95%CI:11.9,26.4)被毒素鸡蛋污染。在操场上观察到最高水平的毒素蛋污染(41.7%; 95%CI:22.1,63.4),其次是足球场(20.8%; 95%CI:7.1,42.2),人行道(12.5%; 95%CI: 2.7,32.4)和校园(12.5%; 95%CI:2.7,32.4)。在位置类型P <0.05的位置类型,毒素蛋的分布存在显着差异。研究结果表明,公立学校的土壤样本被毒素鸡蛋污染。操场是最重污染的地方。应实施教育儿童正确的洗手步骤和令人沮丧的地噬菌,以减少毒素的分布,并限制未来毒素感染。

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