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Neural substrates in color processing: a comparison between painting majors and non-majors.

机译:色彩处理中的神经基质:绘画专业和非专业之间的比较。

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摘要

Although several studies provide evidence of differences in the neural mechanisms of art professionals and non-professionals, little is known about the neural mechanism differences between painting professionals/majors and non-professionalson-majors during color processing. For the first time, we compared functional activation patterns, functional connectivity during both color naming and passive color viewing, and gray-matter density in 12 painting majors and 12 controls through both functional and structural magnetic resonance imaging techniques. Inter-group comparisons revealed that the painting majors showed more activation in the color selective areas and increased correlation between left V4 and the left ventral lateral prefrontal cortex during color naming. In contrast, the controls exhibited stronger activity in the Broca's area during color naming. Moreover, increased gray matter density in the left V4 complex was found when the painting majors were compared to the controls. This study demonstrates that the left V4 complex shows both functional and structural differences between painting majors and non-majors. In addition, the results suggest the reorganization of the brain circuit underlying lexical retrieval during color naming in the anterior regions of the painting major group.
机译:尽管有几项研究提供了艺术专业人士和非专业人士的神经机制差异的证据,但对于色彩处理过程中绘画专业人士/专业与非专业人士/非专业人士之间的神经机制差异知之甚少。我们首次通过功能和结构磁共振成像技术,比较了12种绘画专业和12种控件中的功能激活模式,颜色命名和被动颜色查看过程中的功能连接性以及灰阶密度。小组间的比较显示,绘画专业的学生在选色过程中表现出更多的激活颜色选择的能力,并且在命名过程中左V4和左腹外侧前额叶皮层之间的相关性增加。相反,在命名过程中,对照在Broca区域表现出较强的活性。此外,将绘画专业与对照组比较时,发现左V4复合物中的灰质密度增加。这项研究表明,左V4复合体显示绘画专业和非专业之间的功能和结构差异。此外,结果表明在绘画主要组的前部区域中的颜色命名过程中,基于词法检索的大脑回路的重组。

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