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Introduction to zebrafish: current discoveries and emerging technologies for neurobehavioral toxicology and teratology.

机译:斑马鱼简介:神经行为毒理学和畸形学的最新发现和新兴技术。

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This special issue of Neumtoxicology and Teratology "Zebrafish: Current Discoveries and Emerging Technologies" brings together the latest research concerning the use of zebrafish models for screening and mechanistic studies in neurobehavioral toxicology. The goal is not only to collect, in one place, the cutting-edge research findings in neurotoxicology obtained with the zebrafish model, but also to provide reviews of the key methods needed to the use of zebrafish for future neurotoxicological research.The zebrafish (Danio rerio) model is rapidly maturing into a major platform for investigating the molecular and cellular mechanisms of developmental neurobehavioral toxicology, and for increasing the throughput for screening large numbers of chemicals for developmental neurotoxicity. In 2004, Neurotoxicology and Teratology published a special issue, recognizing the promise of the zebrafish model for neurotoxicology research. In the ensuing seven years, zebrafish have proven useful in the study of the developmental aspects of neurotoxicology. Important recent advances in this field have been achieved in making another special zebrafish issue timely.
机译:本期《神经毒理学和畸形学》特刊“斑马鱼:当前发现和新兴技术”汇集了有关使用斑马鱼模型进行神经行为毒理学筛查和机理研究的最新研究。目标不仅是在一处收集使用斑马鱼模型获得的神经毒理学方面的前沿研究结果,而且还提供对使用斑马鱼进行未来神经毒理学研究所需的关键方法的综述。 rerio)模型正在迅速发展成为一个主要平台,用于研究发育性神经行为毒理学的分子和细胞机制,并提高了筛选大量化学物质对发育性神经毒性的通量。 2004年,神经毒理学和畸变学发表了一个特刊,承认斑马鱼模型对神经毒理学研究的希望。在随后的七年中,斑马鱼已被证明可用于神经毒理学发展方面的研究。在及时解决另一个特殊斑马鱼问题方面,该领域取得了重要的最新进展。

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