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首页> 外文期刊>Archives of General Psychiatry >Brain and behavior in fragile x syndrome and idiopathic autism.
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Brain and behavior in fragile x syndrome and idiopathic autism.

机译:在脆性x综合征和脑和行为特发性自闭症。

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THE ARTICLE IN THIS ISSUE BY HOEFT ET AL, using voxel-based neuroimaging analyses, shows significant and distinct differences between the brains of preschool children with fragile X syndrome (FXS) and idiopathic autism as compared with controls. The authors found that brain regions implicated in social cognition, ie, frontal and temporal gray and white matter regions, were aberrant in preschool boys diagnosed with both syndromes as compared with controls; however, the differences were in opposite directions in these brain regions. Moreover, no brain differences were found between those with FXS with and without autism. The authors conclude that these distinct neuroanatomical patterns underscore the neurobiological heterogeneity of idiopathic autism diagnosed using DSM-IV clinical criteria and Autism Diagnostic Interview, Revised and/or Autism Diagnostic Observation Schedule criteria, where autistic symptoms are viewed as a final common pathway of brain dysfunction. This conclusion raises a critical question for clinical neuroscience.
机译:这个问题的文章HOEFT ET AL,使用分布神经影像学分析,显示了重要和明显的差异学龄前儿童的大脑与脆性X综合征(FXS)和特发性自闭症相比与控制。地区与社会认知,即额叶和颞灰质和白质地区,在幼儿园男孩异常诊断出患有症状比控制;在这些大脑区域相反的方向。此外,没有大脑之间的差异被发现那些FXS有或没有自闭症。作者得出结论,这些不同神经解剖学的模式强调神经生物学的异质性的特发性自闭症诊断使用dsm - iv临床标准自闭症诊断访谈,和/或修正自闭症诊断观察计划标准,自闭症被视为最终在哪里脑功能障碍的常见途径。结论提出了一个关键的问题临床神经科学。

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