Photoreceptor contributions to the human pupil light reflex

Pablo A. Barrionuevo , Luis A. Issolio , Constanza Tripolone
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引用次数: 2

Abstract

The pupil reacts to the amount of light reaching the eye. It reduces its size when the light is high and dilates at low light levels to allow the entrance of more photons. This behavior is called pupil light reflex (PLR). Recent investigations in humans were conducted to understand how the photoreceptor signals are combined to drive the pupil light reflex. This review is about the physiological processes that govern the pupil in humans. In particular, how cone-opsins, rhodopsin, and melanopsin photoreception contribute to governing the PLR. We also summarize investigations on the assessment of the PLR in clinical settings.

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光感受器对人类瞳孔光反射的贡献
瞳孔对到达眼睛的光线量作出反应。当光线较强时,它会缩小尺寸,在光线较弱时,它会膨胀,以允许更多的光子进入。这种行为被称为瞳孔光反射(PLR)。最近在人类身上进行的研究是为了了解光感受器信号是如何结合起来驱动瞳孔光反射的。这篇综述是关于控制人类瞳孔的生理过程。特别是锥视蛋白、视紫红质和黑视蛋白的光接受作用如何影响PLR。我们还总结了临床环境中评估PLR的研究。
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