[Color discrimination in humans during vestibular stimulation following exposure to intense light].
Copyright policy )[Color discrimination in humans during vestibular stimulation following exposure to intense light].
Manned studies have demonstrated that eye exposure to light of 2.5 X 10(3) -- 50.0 X 10(3) nit leads to transient color blindness, decrease in the central color, bright contrast sensitivity and decline in functional stability of color discrimination. Pre-exposure to light luminosity of 50.0 X 10(3) nit enhances the decrease in functional stability of color discrimination due to vestibular stimulation. This is accompanied by a decline in vestibular tolerance. Mechanisms of the changes in color discrimination and resistance to vestibular stimulation are discussed.
Adult, Male, Light, Retinal Vessels, Blood Pressure, Autonomic Nervous System, Adaptation, Physiological, Retina, Heart Rate, Humans, Female, Vestibule, Labyrinth, Color Perception
Adult, Male, Light, Retinal Vessels, Blood Pressure, Autonomic Nervous System, Adaptation, Physiological, Retina, Heart Rate, Humans, Female, Vestibule, Labyrinth, Color Perception
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