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Effects of Dual Exposure to the Herbicides Atrazine and Paraquat on Adult Climbing Ability and Longevity in Drosophila melanogaster

机译:两次接触除草剂At去津和百草枯对黑腹果蝇成虫爬能力和寿命的影响

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摘要

Anthropomorphic effects are changing the planet, and therefore, organisms are being exposed to many new biotic and abiotic stressors. Exposure to multiple stressors can affect organisms in ways that are different than the sum of their individual effects, and these interactions are often difficult to predict. Atrazine and paraquat are two of the most widely used herbicides in the United States, and are individually known to increase oxidative damage, affect dopaminergic functioning, reduce longevity, and alter motor ability in non-target organisms. We measured the effects of individual and combined exposure to low doses of atrazine and paraquat on climbing ability and longevity of . Atrazine and paraquat interact to affect climbing ability and longevity in different ways. Atrazine appeared to have a weak mitigative effect against the decrease in climbing ability caused by paraquat. In contrast, combined exposure to atrazine and paraquat had detrimental synergistic effects on female longevity. Overall, this study shows that atrazine and paraquat can interact and that it is important to measure several traits when assessing the consequences of exposure to multiple stressors. Future studies should continue to assess the impacts of stressor interactions on organisms, as many combinations have never been examined.
机译:拟人化效应正在改变地球,因此,生物体正面临许多新的生物和非生物应激源。暴露于多种应激源可以以不同于个体效应总和的方式影响生物,这些相互作用通常很难预测。阿特拉津和百草枯是美国最广泛使用的两种除草剂,众所周知,它们会增加氧化损伤,影响多巴胺能功能,降低寿命并改变非目标生物的运动能力。我们测量了低剂量阿特拉津和百草枯单独和联合暴露对攀援能力和寿命的影响。阿特拉津和百草枯通过不同的方式相互作用,影响爬山能力和寿命。阿特拉津似乎对百草枯引起的攀登能力下降的缓解作用较弱。相反,阿特拉津和百草枯的联合暴露对女性寿命有不利的协同作用。总的来说,这项研究表明阿特拉津和百草枯可以相互作用,并且在评估暴露于多种应激源的后果时,测量几种性状很重要。未来的研究应继续评估应激源相互作用对生物的影响,因为从未研究过许多组合。

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