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在白化大鼠受光损伤的眼睛中,视锥细胞比视杆细胞存活时间长。

Cones survive rods in the light-damaged eye of the albino rat.

作者信息

Cicerone C M

出版信息

Science. 1976 Dec 10;194(4270):1183-5. doi: 10.1126/science.996550.

DOI:10.1126/science.996550
PMID:996550
Abstract

Exposure to constant light causes extensive rod photoreceptor damage but spares the photopic system in albino rats. The rod branch of the dark-adaptation curve shows considerable elevation in threshold; the cone branch is hardly affected. Longer exposure and chromatic adaptation suggest that there are three cone mechanisms with peaks near wavelengths of 450,520, and 560 nanometers.

摘要

持续光照会导致白化大鼠的视杆光感受器广泛受损,但明视觉系统不受影响。暗适应曲线的视杆部分阈值显著升高;视锥部分几乎未受影响。更长时间的光照和颜色适应表明存在三种视锥机制,其峰值分别接近450、520和560纳米波长。

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