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Intuition in autistic savantism: A hypothetical model based on glial-neuronal interactions

机译:自闭症专家的直觉:基于神经胶质-神经元相互作用的假设模型

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The previously proposed hypothesis on the astrocyte mega-domains of autistic savantism is here further elaborated with regard to the faculty of intuition. Two mechanisms may essentially be responsible for the intuition of autistic savantism. First, the increased number of contacted synapses via the astrocyte processes enables the brain to generate a comprehensive perception of a scene in the environment. Second, to inhibit a further reflection process neuronal synapses responsible for pertinent information must be rejected by retraction of the same astrocyte processes. This second mechanism may exert the disconnections of neuronal systems and is experimentally verified. Therefore, the break-off of further social contacts may also be necessary. The testing of the hypothesis in living brains is difficult but at least partly possible in post-mortem brains.
机译:关于直觉能力的先前提出的关于自闭症专家的星形胶质细胞巨结构域的假设在此得到进一步阐述。自闭症专家的直觉可能有两种机制。首先,通过星形胶质细胞过程接触的突触数量的增加使大脑能够对环境中的场景产生全面的感知。第二,为了抑制进一步的反射过程,负责相关信息的神经元突触必须通过收回相同的星形胶质细胞过程而被拒绝。第二种机制可能会导致神经系统的断开连接,并已通过实验验证。因此,断开更多的社会联系也是必要的。在活泼的大脑中检验假设是困难的,但在验尸大脑中至少部分可行。

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