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Brain electrophysiological responses to emotion nouns versus emotionless nouns

机译:脑电生理对情感名词的电生理反应与情感名词

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As the ability to recognize and communicate emotions is crucial to mental health, it is important to understand the representation and processing of emotion concepts. This study examined brain electrophysiological responses to nouns that denote emotions (e.g., guilt and joy) in comparison to nouns that denote abstract (e.g., theme) and concrete entities (e.g., teapot) without emotional connotations. Thirty-two participants completed a lexical decision task. Behavioral responses to emotion nouns were faster and more accurate than abstract and concrete nouns. ERP data showed that emotion nouns were associated with a less pronounced N400 that peaked earlier relative to abstract and concrete nouns. Further, N400 amplitude differences between emotion and concrete nouns emerged earlier with a broad distribution, whereas the differences between emotion and abstract nouns appeared later with a fronto-central distribution. These findings demonstrate in the healthy brain processing advantages and representational distinctions of emotion concepts versus other concepts, providing a point of reference for future theoretical and clinical research on affect representations.
机译:由于能够识别和传达情绪对心理健康至关重要,因此了解情感概念的代表和处理非常重要。本研究检查了与表示摘要(例如主题)和混凝土实体(例如,茶壶)的名词相比,指示脑电神经学反应的名词(例如,内疚和喜悦),其没有情绪内涵的名词,表示摘要(例如,主题)和混凝土实体(例如,茶壶)。三十二名参与者完成了一个词汇决定任务。对情感名词的行为反应比抽象和具体的名词更快,更准确。 ERP数据表明,情绪名词与相对于抽象和混凝土名词达到的不明显的N400相关联。此外,具有广泛分布之前的情感和混凝土名词之间的N400幅度差异,而情感与抽象名词之间的差异以后出现了前端 - 中央分布。这些发现在健康的脑加工优势和情感概念的代表性与其他概念中表现出来,为未来的理论和临床研究提供了对影响陈述的理论和临床研究的参考点。

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