Retinal illumination was measured in 3 excised human eyes and 14 excised rabbit eyes. The eyes were exposed to Ganzfeld illumination. Illumination was measured at three or four peripheral points at eccentricities up to 60 deg (human) or 90 deg (rabbit). Theoretical light-distribution curves were calculated from eye model data. Theoretical and experimental results for rabbit eyes agree within experimental errors. The experimental curve for human eyes shows a slightly steeper descent toward the periphery than the theoretical curve. Retinal illumination decreases only gradually toward the periphery in both human and rabbit eyes
The extent of the visual field, as well as the distribution of photochemical substances upon it, has...
The technological development is associated with human daily life and had an impact on its social li...
AbstractPrevious measurements of mammalian photoreceptor spectral sensitivity have been analysed, wi...
Retinal illumination was measured in 3 excised human eyes and 14 excised rabbit eyes. The eyes were ...
Retinal illumination was measured in 3 excised human eyes and 14 excised rabbit eyes. The eyes were ...
The purpose of this study was to determine whether or not the irradiance of the human retina is maxi...
<p>(A) Graph showing the photoreceptor density per mm<sup>2</sup> in mouse and human. Data from the ...
Age-related macular degeneration (AMD) is the leading cause of blindness inAmerica. The fact that AM...
A Monte Carlo simulation of light propagation through the retina has been developed to understand th...
Noncontact, depth-resolved, optical probing of retinal response to visual stimulation with a <10-?m ...
The field of vitreoretinal surgery has expanded greatly over the last decades. A continuous refineme...
<p>36 h (A, B) and 7 d (C, D) after light exposure. Measurements were taken at equidistant positions...
The eye is a crucial sensory organ. For example, vision allows us to observe our environment and rec...
Purpose. Experiments in animals and the human have demonstrated axial length changes in the eye tha...
In order to test retinal implants and establish surgical procedures for patients suffering from reti...
The extent of the visual field, as well as the distribution of photochemical substances upon it, has...
The technological development is associated with human daily life and had an impact on its social li...
AbstractPrevious measurements of mammalian photoreceptor spectral sensitivity have been analysed, wi...
Retinal illumination was measured in 3 excised human eyes and 14 excised rabbit eyes. The eyes were ...
Retinal illumination was measured in 3 excised human eyes and 14 excised rabbit eyes. The eyes were ...
The purpose of this study was to determine whether or not the irradiance of the human retina is maxi...
<p>(A) Graph showing the photoreceptor density per mm<sup>2</sup> in mouse and human. Data from the ...
Age-related macular degeneration (AMD) is the leading cause of blindness inAmerica. The fact that AM...
A Monte Carlo simulation of light propagation through the retina has been developed to understand th...
Noncontact, depth-resolved, optical probing of retinal response to visual stimulation with a <10-?m ...
The field of vitreoretinal surgery has expanded greatly over the last decades. A continuous refineme...
<p>36 h (A, B) and 7 d (C, D) after light exposure. Measurements were taken at equidistant positions...
The eye is a crucial sensory organ. For example, vision allows us to observe our environment and rec...
Purpose. Experiments in animals and the human have demonstrated axial length changes in the eye tha...
In order to test retinal implants and establish surgical procedures for patients suffering from reti...
The extent of the visual field, as well as the distribution of photochemical substances upon it, has...
The technological development is associated with human daily life and had an impact on its social li...
AbstractPrevious measurements of mammalian photoreceptor spectral sensitivity have been analysed, wi...