Autism as the Early Closure of a Neuroplastic Critical Period Normally Seen in Adolescence.

Julia Marie Berger, Troy T Rohn, Julia Thom Oxford
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Abstract

The most severe cases of autism are diagnosed by extreme social dysfunction and other behavioral abnormalities. A number of genetic studies have been conducted to correlate behavioral phenotypes to genetic dysfunctions, but no "autism gene" has yet been discovered. In addition, environmental factors have been found to influence the development of autistic traits with high probability. This review will examine the role of a shortened period of neuroplasticity as a unifying feature of the autistic phenotype. The neuroplastic period of interest normally extends into adolescence, allowing for neural integration and the development of language and social skills. Early closure of this period may result in a shortened period of development, forcing the brain to rely on underdeveloped structures.

自闭症是通常在青春期出现的神经可塑性临界期的早期结束。
最严重的自闭症患者被诊断为极度社交障碍和其他行为异常。为了将行为表型与遗传功能障碍联系起来,已经进行了许多遗传学研究,但尚未发现 "自闭症基因"。此外,环境因素也被发现极有可能影响自闭症特征的形成。本综述将探讨神经可塑期缩短作为自闭症表型统一特征的作用。神经可塑期通常延续到青春期,使神经整合以及语言和社交技能的发展成为可能。这一时期的过早结束可能导致发育期缩短,迫使大脑依赖发育不全的结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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