Results 311 to 320 of about 3,139,500 (378)
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2021
Color is a fundamental aspect of normal visual experience. This chapter provides an overview of the role of color in human behavior, a survey of current knowledge regarding the genetic, retinal, and neural mechanisms that enable color vision, and a review of inherited and acquired defects of color vision including a discussion of diagnostic tests.
Joseph, Carroll, Bevil R, Conway
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Color is a fundamental aspect of normal visual experience. This chapter provides an overview of the role of color in human behavior, a survey of current knowledge regarding the genetic, retinal, and neural mechanisms that enable color vision, and a review of inherited and acquired defects of color vision including a discussion of diagnostic tests.
Joseph, Carroll, Bevil R, Conway
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The Retinal Basis of Vertebrate Color Vision.
Annual Review of Vision Science, 2019The jawless fish that were ancestral to all living vertebrates had four spectral cone types that were probably served by chromatic-opponent retinal circuits.
Tom Baden, Tom Baden, Daniel Osorio
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Ophthalmology Clinics of North America, 2003
Many visual disorders produce acquired color vision defects. Color vision theory emphasizes several stages of visual processing: prereceptoral filters (lens, macular pigment, pupil), cone photopigments (L-, M-, and S-cones), and postreceptoral processes (red-green, S-cone, and luminance channels).
William H, Swanson, Jay M, Cohen
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Many visual disorders produce acquired color vision defects. Color vision theory emphasizes several stages of visual processing: prereceptoral filters (lens, macular pigment, pupil), cone photopigments (L-, M-, and S-cones), and postreceptoral processes (red-green, S-cone, and luminance channels).
William H, Swanson, Jay M, Cohen
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Ophthalmic Genetics, 2004
The science of color vision testing has evolved since its inception in the late 1700s. Since then, the rudimentary technique of comparing color names has been replaced by more sophisticated methods. Commonly used tests in clinical practice today include isochromatic plates, arrangement tests, anomaloscopes, and lantern tests.
Alex, Melamud +2 more
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The science of color vision testing has evolved since its inception in the late 1700s. Since then, the rudimentary technique of comparing color names has been replaced by more sophisticated methods. Commonly used tests in clinical practice today include isochromatic plates, arrangement tests, anomaloscopes, and lantern tests.
Alex, Melamud +2 more
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Color Vision in Color Display Night Vision Goggles
Aerospace Medicine and Human Performance, 2017INTRODUCTION: Aircrew viewing eyepiece-injected symbology on color display night vision goggles (CDNVGs) are performing a visual task involving color under highly unnatural viewing conditions. Their performance in discriminating different colors and responding to color cues is unknown.METHODS: Experimental laboratory measurements of 1) color ...
Eric P, Liggins, William P, Serle
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Workplace Health & Safety, 2013
Occupational and environmental health nurses can promote awareness of color vision deficiency in the workplace.
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Occupational and environmental health nurses can promote awareness of color vision deficiency in the workplace.
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COLOR VISION AND RECENT DEVELOPMENTS IN COLOR VISION TESTING
Archives of Ophthalmology, 1946THIS report is a brief, greatly simplified expression of the working hypotheses being used by color vision investigators today; a note on the ICI Coordinate System and Standard Observer; a short report on some of the developments resulting from Inter-Society Color Council (ISCC) and other activities; a notation of some typical color vision tests in ...
L H, HARDY, G, RAND, M C, RITTLER
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Science, 1996
In the primate retina, three types of cone photoreceptors—red, blue, and green—code the color in the visual field. R. H. Masland describes what is known about how this information is processed in retinal cells and how new results in this issue of Science change our way of thinking about color vision.
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In the primate retina, three types of cone photoreceptors—red, blue, and green—code the color in the visual field. R. H. Masland describes what is known about how this information is processed in retinal cells and how new results in this issue of Science change our way of thinking about color vision.
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American Journal of Ophthalmology, 1924
This is a brief presentation of theories of color vision as based on four primary colors, red, yellow, green and blue. The way in which these may be associated to give other color effects is illustrated by diagrams. Read before the Utah Ophthalmological Society, May 19th, 1924.
H.G. Merrill, L. Weston Oaks
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This is a brief presentation of theories of color vision as based on four primary colors, red, yellow, green and blue. The way in which these may be associated to give other color effects is illustrated by diagrams. Read before the Utah Ophthalmological Society, May 19th, 1924.
H.G. Merrill, L. Weston Oaks
openaire +1 more source