The enantioselective environmental processing and toxicity of chiral pollutants are becoming more important. As the industry develops, increasing numbers of chiral chemicals will be introduced into the market, potentially posing toxic effects on non-target organisms. Chiral chemicals, including synthetic pyrethroids, organophosphates, acylanilides, phenoxypropanoic acid, imidazolinones and DDT, HCH, often behave enantioselectively during agricultural use. These compounds also pose unpredictable enantioselective ecological threats to non-target organisms and/or humans, affecting the food chain and entire ecosystems. Thus, it is necessary to explore the enantioselective environmental processing and toxicology of these chiral contaminates during environmental risk assessment. The enantioselective environmental process and toxicology of chiral pollutants, especially the findings obtained from studies conducted in our laboratory during the past 10 years is introduced.<br/>

Enantioselectivity in environmental processing and ecotoxicology of chiral pesticides

256th National Meeting (2018)

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