Kimura E, Young R S
Department of Psychology, Faculty of Letters, Chiba University, Japan.
Vision Res. 1999 Mar;39(6):1189-97. doi: 10.1016/s0042-6989(98)00154-0.
On a green or red background, the action spectrum of the pupillary responses evoked following the offset of chromatic test flashes shows a prominent short-wavelength lobe and suggests the contribution from photoreceptors other than the previously inferred M- and L-cones (Kimura & Young, Vision Research (1996). 36, 1543-1550), most likely from S-cones. Systematic changes in the shape of the intensity versus amplitude functions with test wavelengths and in the shape of the short-wavelength lobe with response amplitude criteria suggest an antagonistic interaction involving the short- and longer-wavelength photoreceptors.
在绿色或红色背景下,色觉测试闪光消失后诱发的瞳孔反应的作用光谱显示出一个突出的短波长波峰,这表明除了先前推断的M-和L-视锥细胞之外,其他光感受器也有贡献(木村和杨,《视觉研究》(1996年)。36,1543 - 1550),最有可能来自S-视锥细胞。强度与振幅函数的形状随测试波长的系统变化以及短波长波峰的形状随反应振幅标准的系统变化表明,存在一种涉及短波长和长波长光感受器的拮抗相互作用。