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人类短波长通路的空间适应性。

Spatial adaptation of short-wavelength pathways in humans.

作者信息

Stromeyer C F, Kronauer R E, Madsen J C, Cohen M A

出版信息

Science. 1980 Feb 1;207(4430):555-7. doi: 10.1126/science.7352270.

Abstract

Color-selective spatial adaptation of the short-wavelength, or blue-sensitive, pathway was demonstrated. The adaptation was orientation selective and strongly monocular. Adaptation was assessed by measuring visibility thresholds for monochromatic gratings in subjects adapted to high-contrast violet gratings designed to stimulate only blue-sensitive cones. The results showed spatially selective, adaptable channels within the short-wavelength pathway.

摘要

研究证实了短波长或蓝光敏感通路存在颜色选择性空间适应现象。这种适应具有方向选择性且强烈依赖单眼。通过测量适应于高对比度紫光光栅(该光栅设计用于仅刺激蓝光敏感视锥细胞)的受试者对单色光栅的可见度阈值来评估适应情况。结果表明,在短波长通路中存在空间选择性、可适应的通道。

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