发展性神经毒理学研究：原则，模式，技术，策略和机制。
Developmental Neurotoxicology Research: Principles, Models, Techniques, Strategies, And Mechanisms.
“相反”，化学神经毒理学家Richard LoPachin说道，“未来的食疗法可以阻止这些化学物质危害大脑。”
In turn, said chemical neurotoxicologist Richard LoPachin, neutraceuticals of the future could stop these brain-damaging chemicals in their tracks.
目的研究低浓度一氧化碳（ CO）的神经行为毒理学效应及限时最大容许浓度（ M A C） 。
Objective To study the effect of low concentration CO on neurobehaviour function and the maximal allowable concentration(MAC) in limited time.
但是环境毒理学研究发现氟虫腈对生态环境具有潜在的危险性，并且具有慢性神经毒性。
With wide application of fipronil, the coming problems of ecological risks and environmental pollution were increasingly serious, and fipronil was also provided with chronic neurotoxicity.
但是环境毒理学研究发现氟虫腈对生态环境具有潜在的危险性，并且具有慢性神经毒性。
With wide application of fipronil, the coming problems of ecological risks and environmental pollution were increasingly serious, and fipronil was also provided with chronic neurotoxicity.
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