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Temporal processing of color in human visual areas of V1, V2 and V8 measured with functional magnetic resonance imaging

机译:用功能磁共振成像测量的V1,V2和V8视觉区域中颜色的时间处理

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摘要

Human brain responses to isoluminant red-green greatings were measured as a function of their temporal frequencies, by using fMRI at 1.5T. We focused on the responses in the visual areas of V1, V2 and V8, identified with the phase encoding method of retinotopy. In areas V1 and V2, temporal modulation sensitivity curves were bandpass in shape, and decreased in the region above 10-15Hz. In area V8, the tempral sensitivity decreased more rapidly at lower frequencies than those in areas V1 and V2. The characteristics of the temporal color processing in V8 corelates with that of the human color perception.
机译:通过使用1.5T的功能磁共振成像,可以测量人脑对等亮度红绿色增强物的反应,作为其时间频率的函数。我们重点研究了V1,V2和V8视觉区域中的响应,这些响应是通过视网膜检影的相位编码方法确定的。在区域V1和V2中,时间调制灵敏度曲线呈带通形状,并在10-15Hz以上的区域减小。在V8区域中,时间敏感性在较低频率下比在V1和V2区域中下降得更快。 V8中临时颜色处理的特征与人类颜色感知的特征紧密相关。

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