Frontal Cortex Acts as Causality Transition Hub from Mirror Network to Mentalizing Network During Action Intention Understanding.

IF 2.4 3区 医学 Q3 NEUROSCIENCES Brain connectivity Pub Date : 2024-11-27 DOI:10.1089/brain.2024.0032
Li Zhang, Lei Zhang, Jing Wang, Yanmei Zhu
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Abstract

Introduction: While understanding other's action intention, mirror and mentalizing systems of human brain are successively activated in action perception and intention inference processes. Methods: To reveal the relationship between mirror and mentalizing systems during the two stages, this electroencephalogram study adopted the method of time-varying orthogonalized partial directed coherence (OPDC) to assess causal interaction between mirror and mentalizing networks during a "hand-cup interaction" action intention understanding task. Results: Task-related causal connectivity was found in gamma frequency band (30-45 Hz), primarily manifested as directed edges from sensorimotor to frontal areas in poststimulus 400-600 ms interval and directed links from frontal to parietal and temporal regions in 600-800 ms period. The analysis of event-related potential and source currents suggests that the change of inter-regional causality is related with functional transition of the brain from mirror matching to intention inference. The OPDC network modeling further finds that frontal area contains more inflow nodes in mirror network, whereas more outflow nodes in mentalizing network, with high betweenness centrality in temporally changing functional communities. Compared with intention-oriented actions, identification of unintelligible action intention particularly induces stronger OPDC from right superior frontal to inferior frontal gyrus and from sensorimotor to right frontotemporal regions during mentalizing inference process. Conclusion: These findings collectively suggest that, in the time ordering of information transfer within the directed networks, frontal area plays an important role of bridging hub between mirror and mentalizing systems, from maintaining and supervising perceptual information for mirror matching to controlling the mentalizing process for decoding other's action intention.

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额叶皮层在行动意图理解过程中充当从镜像网络到心智网络的因果关系转换枢纽
引言在理解他人的行动意图时,人脑的镜像系统和心智系统会在行动感知和意图推断过程中先后被激活。研究方法:为了揭示镜像系统和心智系统在这两个阶段中的关系,本脑电图研究采用时变正交部分定向相干(OPDC)的方法来评估 "手杯互动 "动作意图理解任务中镜像网络和心智网络之间的因果交互作用。结果发现在伽马频段(30-45 Hz)发现了与任务相关的因果连通性,主要表现为在刺激后 400-600 毫秒间隔内从感觉运动区到额叶区的有向边缘,以及在 600-800 毫秒期间从额叶区到顶叶区和颞叶区的有向联系。对事件相关电位和源流的分析表明,区域间因果关系的变化与大脑从镜像匹配到意向推理的功能转变有关。OPDC 网络建模进一步发现,额叶区在镜像网络中包含更多的流入节点,而在心智化网络中包含更多的流出节点,在时间变化的功能群落中具有较高的间度中心性。与以意向为导向的行动相比,在心智化推理过程中,识别不可理解的行动意向尤其会引起从右额叶上回到额叶下回以及从感觉运动区到右额颞区的更强的 OPDC。结论这些发现共同表明,在定向网络内信息传递的时间顺序中,额叶区在镜像系统和心智化系统之间起着重要的桥梁枢纽作用,从维护和监督镜像匹配的知觉信息到控制心智化过程以解码他人的行动意图。
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来源期刊
Brain connectivity
Brain connectivity Neuroscience-General Neuroscience
CiteScore
4.80
自引率
0.00%
发文量
80
期刊介绍: Brain Connectivity provides groundbreaking findings in the rapidly advancing field of connectivity research at the systems and network levels. The Journal disseminates information on brain mapping, modeling, novel research techniques, new imaging modalities, preclinical animal studies, and the translation of research discoveries from the laboratory to the clinic. This essential journal fosters the application of basic biological discoveries and contributes to the development of novel diagnostic and therapeutic interventions to recognize and treat a broad range of neurodegenerative and psychiatric disorders such as: Alzheimer’s disease, attention-deficit hyperactivity disorder, posttraumatic stress disorder, epilepsy, traumatic brain injury, stroke, dementia, and depression.
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