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ERP 调制在观察弗朗茨·克莱恩的抽象画时的作用。

ERP modulation during observation of abstract paintings by Franz Kline.

机构信息

Department of Neuroscience, University of Parma, Parma, Italy.

出版信息

PLoS One. 2013 Oct 9;8(10):e75241. doi: 10.1371/journal.pone.0075241. eCollection 2013.

Abstract

The aim of this study was to test the involvement of sensorimotor cortical circuits during the beholding of the static consequences of hand gestures devoid of any meaning.In order to verify this hypothesis we performed an EEG experiment presenting to participants images of abstract works of art with marked traces of brushstrokes. The EEG data were analyzed by using Event Related Potentials (ERPs). We aimed to demonstrate a direct involvement of sensorimotor cortical circuits during the beholding of these selected works of abstract art. The stimuli consisted of three different abstract black and white paintings by Franz Kline. Results verified our experimental hypothesis showing the activation of premotor and motor cortical areas during stimuli observation. In addition, abstract works of art observation elicited the activation of reward-related orbitofrontal areas, and cognitive categorization-related prefrontal areas. The cortical sensorimotor activation is a fundamental neurophysiological demonstration of the direct involvement of the cortical motor system in perception of static meaningless images belonging to abstract art. These results support the role of embodied simulation of artist's gestures in the perception of works of art.

摘要

本研究旨在测试在观察无意义手势的静态后果时,感觉运动皮质回路的参与情况。为了验证这一假设,我们进行了一项 EEG 实验,向参与者展示具有明显笔触痕迹的抽象艺术作品的图像。使用事件相关电位(ERPs)对 EEG 数据进行分析。我们旨在证明在观察这些精选的抽象艺术作品时,感觉运动皮质回路的直接参与。刺激物由弗朗茨·克莱恩(Franz Kline)的三幅不同的抽象黑白画组成。结果验证了我们的实验假设,表明在观察刺激物时,运动前皮质和运动皮质区域的激活。此外,观察抽象艺术作品会引发与奖励相关的眶额区域和与认知分类相关的前额叶区域的激活。皮质感觉运动激活是皮质运动系统直接参与感知属于抽象艺术的静态无意义图像的基本神经生理学证明。这些结果支持艺术家手势的体现模拟在艺术作品感知中的作用。

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