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Measuring behaviour in rodents: Towards translational neuropsychiatric research

机译:啮齿动物中的测量行为:转向翻译神经精神科研究

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Rodent behavioural tasks are indispensable to advance the understanding of gene x environment interactions in neuropsychiatric disorders and the discovery of new therapeutic strategies. Yet, the actual translation of rodent data to humans, and thereby the understanding of the pathophysiology of neuropsychiatric disorders is limited. The main reason for the translational flaw is that many behavioural tasks for rodents are based on face or predictive validity, whereas these types of validity often lack a pathophysiological basis. Furthermore, many behavioural tasks for rodents do not implement human task parameters or use task parameters in a controlled manner, whereas they are parameters that provide the environmental challenges to test gene function. The aim of this perspective is to address the status quo of behavioural tasks for rodents, their limitations and their strengths, and the reasons why they could lead to suboptimal translational research. I also suggest an approach to come closer to neuropsychiatric behavioural tasks for rodents, namely a more careful implementation of human task parameters and subdivision of behaviour into perceptional, motivational, activational and switching domains. Finally, I will touch upon behavioural tasks for rodents that are currently lacking and needed to catch up neuropsychiatric research. (C) 2012 Elsevier B.V. All rights reserved.
机译:啮齿动物行为任务是必不可少的,以推进神经精神疾病中基因X环境相互作用以及新治疗策略的发现。然而,啮齿动物数据的实际翻译对人类,从而了解神经精神障碍的病理生理学的限制。翻译缺陷的主要原因是啮齿动物的许多行为任务都是基于面部或预测的有效性,而这些类型的有效性通常缺乏病理生理基础。此外,啮齿动物的许多行为任务不以受控方式实现人工任务参数或使用任务参数,而它们是提供对测试基因功能的环境挑战的参数。这种观点的目的是解决啮齿动物的行为任务的现状,其限制及其优势,以及他们可能导致次优的翻译研究的原因。我还建议一种接近啮齿动物的神经精神性行为任务的方法,即更加仔细的人工任务参数实施,以及对感知,激励,激活和切换域的行为细分。最后,我将触及目前缺乏和需要捕获神经精神计研究的啮齿动物的行为任务。 (c)2012 Elsevier B.V.保留所有权利。

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