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“勃艮第黄褐色兔”和“白化兔”视觉色素的光漂白量子产率(作者译)

[Photobleaching quantum yields of visual pigments in the "fauve de Bourgogne" and "albino" rabbit (author's transl)].

作者信息

Coulangeon L M, Tronche P, Sole P, Lemaire J

出版信息

J Fr Ophtalmol. 1982;5(5):327-33.

PMID:7108140
Abstract

Photobleaching quantum yields of visual pigments extracted from retinas of the "fauve de bourgogne" and "albino" rabbit were measured in monochromatic light. For the "fauve de Bourgogne" rabbit, the photobleaching quantum yield was to be 0.65 at different excitation wavelengths (546, 491.6 and 436 nm); at shorter wavelengths, this quantum yield was lower ie. 0.36 at 405 nm. This wavelength effect has been observed on visual pigments extracted from bees retina. In contrast, in the "albino" rabbit, the photobleaching quantum yield was constant and equal to 0.31 whatever the excitation wavelength between 546 and 405 mn.

摘要

在单色光下测量了从“勃艮第黄褐色兔”和“白化兔”视网膜中提取的视觉色素的光漂白量子产率。对于“勃艮第黄褐色兔”,在不同激发波长(546、491.6和436纳米)下,光漂白量子产率为0.65;在较短波长下,该量子产率较低,即在405纳米时为0.36。这种波长效应在从蜜蜂视网膜中提取的视觉色素中也有观察到。相比之下,在“白化兔”中,无论激发波长在546至405纳米之间如何,光漂白量子产率都是恒定的,等于0.31。

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