Department of Aquatic Ecotoxicology, Institute of Ecology, Evolution and Diversity, Goethe University Frankfurt am Main, 60323, Frankfurt am Main, Germany.
Rev Environ Contam Toxicol. 2011;213:137-59. doi: 10.1007/978-1-4419-9860-6_5.
The European Parliament recently approved a new EU regulation aimed at eliminating the use of pesticides that have unwanted endocrine-disrupting properties. The test criteria for these chemicals are slated to be finalized by 2013. For this reason, in this review, we have evaluated the meta data of lists and databanks that address pesticides with potentially endocrine-disrupting properties, and have checked which of the 250 active ingredients currently in use in Germany are affected. Azoles, dithio-carbamates/carbamates, and pyrethroids were most frequently rated as endocrine-active ingredients. In Germany, assessments have shown that total environmental pesticide emission is equivalent to approximately 0.1% of total pesticide use.Courtyard drainage and field runoff are regarded to constitute the most important sources of pesticide emission into the aquatic environment. In addition, in several investigations of drinking- and groundwater contamination, various pesticide-active ingredients and their metabolites were confirmed to be contaminants. Water suppliers recorded the following pesticides or their metabolites as being most frequently detected in drinking water: atrazine, desethylatrazine, diuron, simazine, isoproturon,and its dichlobenil metabolite 2,6-dichlorobenzamide. Surface water contamination results mainly from substances that are no longer approved by EU pesticide regulation. The most frequently detected pesticides in streaming waters that are still authorized were bentazone, diuron, glyphosate, isoproturon, MCPA, mecoprop,metamitron, pendimethalin, and tebuconazole. Pesticide residues in comestible goods of herbal origin are periodically detected in all EU member countries. The European Commission recently published results showing that 54% of all monitoring samples were devoid of positive findings. Of samples showing detectable residues, 42% were below, and 4.4% exceeded the EUMRLs. Monitoring data over a 10-year period revealed that the percentage of foodstuff without detectable pesticide residues has continuously decreased from 64 to 51.5%. In Germany, herbal samples mainly contained residues of maneb, iprodion,procymidone and deltamethrin. Notwithstanding these detections, chronic health risk evaluations indicated that there were no violations of ADI values. However,for carbaryl, methomyl, and procymidone, ARfDs were exceeded substantially for intake of grapefruit and bell peppers. As a result, the EU withdrew the methomyl authorization in 2008 and revised procymidone guideline values.
欧洲议会最近批准了一项新的欧盟法规,旨在淘汰具有不良内分泌干扰特性的农药。这些化学品的测试标准预计将在 2013 年敲定。因此,在本次综述中,我们评估了涉及具有潜在内分泌干扰特性的农药的清单和数据库的元数据,并检查了目前在德国使用的 250 种活性成分中哪些受到影响。唑类、二硫代氨基甲酸盐/氨基甲酸盐和拟除虫菊酯类被评为最常具有内分泌活性的成分。在德国,评估表明总环境农药排放量相当于总农药使用量的 0.1%左右。庭院排水和田间径流被认为是农药排放到水生环境中的最重要来源。此外,在几项饮用水和地下水污染调查中,各种农药活性成分及其代谢物被证实为污染物。供水商记录到饮用水中最常检测到的农药或其代谢物如下:莠去津、去乙基莠去津、敌草隆、西玛津、异噁草松和其二氯苯甲酰代谢物 2,6-二氯苯甲酰胺。地表水的污染主要来自欧盟农药法规不再批准的物质。仍被授权的溪流中最常检测到的农药是苯嗪草酮、敌草隆、草甘膦、异噁草松、MCPA、甲草胺、甲脒、二甲戊灵和戊唑醇。所有欧盟成员国都定期检测草药源性可食用商品中的农药残留。欧盟委员会最近公布的结果显示,所有监测样本中 54%没有阳性发现。在显示可检测残留的样本中,42%低于、4.4%超过 EUMRLs。十年监测数据显示,没有检测到农药残留的食品比例从 64%持续下降到 51.5%。在德国,草药样本主要含有代森锰锌、异菌脲、丙森锌和氯菊酯的残留。尽管有这些检测结果,但慢性健康风险评估表明 ADI 值没有被违反。然而,对于克百威、涕灭威和丙森锌,由于摄入葡萄柚和甜椒,ARfD 大大超过。因此,欧盟于 2008 年撤销了涕灭威的授权,并修订了丙森锌的指导值。