抑制控制内部结构间的关联——基于认知神经学的视角
发布时间:2019-02-17 09:20
【摘要】:抑制控制各成分间的关系是该领域当前的核心问题。借鉴脑成像及功能障碍者的新近研究成果,对该问题进行阐述,发现抑制控制系统中,存在注意抑制、认知抑制、行为抑制两两间的相互制约与影响,其中,注意抑制发挥相对基础的作用,认知抑制可能起到部分中介或调节作用。未来研究需在实验任务上控制不同成分间的相互影响,在研究方法上注意各成分的彼此关联。此外,各成分在发展上的差异也应予以重视。
[Abstract]:Inhibition and control of the relationship between the various components is the current core problem in this field. Drawing lessons from the recent research results of brain imaging and functional disorders, this paper expounds this problem, and finds that there are mutual constraints and influences between attentional inhibition, cognitive inhibition and behavioral inhibition in the suppression control system. Attention to inhibition plays a relative basic role, cognitive inhibition may play a part of intermediary or regulatory role. In the future research, we should control the interaction between different components in the experiment task, and pay attention to the interrelation of each component in the research method. In addition, the differences in the development of each component should also be attached importance to.
【作者单位】: 北京林业大学人文社会科学学院心理学系;
【基金】:北京市社会科学基金项目成果(15JYC026)
【分类号】:R338
[Abstract]:Inhibition and control of the relationship between the various components is the current core problem in this field. Drawing lessons from the recent research results of brain imaging and functional disorders, this paper expounds this problem, and finds that there are mutual constraints and influences between attentional inhibition, cognitive inhibition and behavioral inhibition in the suppression control system. Attention to inhibition plays a relative basic role, cognitive inhibition may play a part of intermediary or regulatory role. In the future research, we should control the interaction between different components in the experiment task, and pay attention to the interrelation of each component in the research method. In addition, the differences in the development of each component should also be attached importance to.
【作者单位】: 北京林业大学人文社会科学学院心理学系;
【基金】:北京市社会科学基金项目成果(15JYC026)
【分类号】:R338
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