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Animal models relevant to schizophrenia and autism: validity and limitations.

机译:与精神分裂症和自闭症有关的动物模型:有效性和局限性。

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摘要

Development of animal models is a crucial issue in biological psychiatry. Animal models provide the opportunity to decipher the relationships between the nervous system and behavior and they are an obligatory step for drug tests. Mouse models or rat models to a lesser extent could help to test for the implication of a gene using gene targeting or transfecting technologies. One of the main problem for the development of animal models is to define a marker of the psychiatric disorder. Several markers have been suggested for schizophrenia and autism, but for the moment no markers or etiopathogenic mechanisms have been identified for these disorders. We examined here animal models related to schizophrenia and autism and discussed their validity and limitations after first defining these two disorders and considering their similarities and differences. Animal models reviewed in this article test mainly behavioral dimensions or biological mechanisms related to autistic disorder or schizophrenia rather than providing specific categorical models of autism or schizophrenia. Furthermore, most of these studies focus on a behavioral dimension associated with an underlying biological mechanism, which does not correspond to the complexity of mental disorders. It could be useful to develop animal models relevant to schizophrenia or autism to test a behavioral profile associated with a biological profile. A multi-trait approach seems necessary to better understand multidimensional disorders such as schizophrenia and autism and their biological and clinical heterogeneity. Finally, animal models can help us to clarify complex mechanisms and to study relationships between biological and behavioral variables and their interactions with environmental factors. The main interest of animal models is to generate new pertinent hypotheses relevant to humans opening the path to innovative research.
机译:动物模型的开发是生物精神病学中的关键问题。动物模型为解释神经系统与行为之间的关系提供了机会,并且它们是药物测试的必要步骤。小鼠模型或大鼠模型在较小程度上可以帮助使用基因靶向或转染技术测试基因的含义。开发动物模型的主要问题之一是定义精神疾病的标志物。已经提出了用于精神分裂症和自闭症的几种标志物,但是目前还没有发现这些疾病的标志物或致病机理。我们在这里检查了与精神分裂症和自闭症有关的动物模型,并在首先定义这两种疾病并考虑了它们的异同之后讨论了它们的有效性和局限性。本文回顾的动物模型主要测试与自闭症或精神分裂症有关的行为维度或生物学机制,而不是提供自闭症或精神分裂症的特定分类模型。此外,这些研究大多集中在与潜在的生物学机制相关的行为方面,这与精神障碍的复杂性不符。开发与精神分裂症或自闭症有关的动物模型以测试与生物学特征相关的行为特征可能是有用的。为了更好地理解诸如精神分裂症和自闭症等多维疾病及其生物学和临床异质性,多特征方法似乎是必要的。最后,动物模型可以帮助我们弄清复杂的机制,并研究生物学和行为变量之间的关系以及它们与环境因素的相互作用。动物模型的主要兴趣是产生与人类相关的新假设,从而为创新研究开辟道路。

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