We describe a detailed analysis of the spatial arrangement of L, M and S cones in the living eyes of two humans and one monkey. We analyze the cone mosaics near 1 ° eccentricity using statistical methods that characterize the arrangement of each type of cone in the mosaic of photoreceptors. In all eyes, the M and L cones are arranged randomly. This gives rise to patches containing cones of a single type. In human, but not in monkey, the arrangement of S-cones cannot be distinguished fro
Strepsirrhines are of considerable interest for understanding the evolution of cone photoreceptors b...
The receptive field structure of long (L) to middle (M) wavelength (L/M) cone-opponent ganglion cell...
Thesis (Ph.D.)--University of Washington, 2018Human vision commences when light is transduced to a n...
AbstractWe describe a detailed analysis of the spatial arrangement of L, M and S cones in the living...
Purpose. To determine the spatial arrangement of cones in the living human eye. Methods. Two color n...
The cone photoreceptors represent the initial fundamental sampling step in the acquisition of visual...
<p>Each column represents an individual subject’s retina at 1.5 deg temporal eccentricity. The last ...
The relative numerosities and the spatial arrangement of the long-wave (L) and middle-wave (M) cones...
AbstractExperiments designed to estimate the placement of L and M cones in fovea centralis of the li...
The spatial arrangement of L and M cones in the human peripheral retina was estimated from red-green...
Experiments designed to estimate the placement of L and M cones in fovea centralis of the living hum...
Analysis of cone inputs to primate parvocellular ganglion cells suggests that red – green spectral o...
AbstractThe spatial arrangement of L and M cones in the human peripheral retina was estimated from r...
Midget ganglion cells constitute 80% of all ganglion cells and are believed to be the retinal substr...
In most mammals short-wavelength-sensitive (S) cones are arranged in irregular patterns with widely ...
Strepsirrhines are of considerable interest for understanding the evolution of cone photoreceptors b...
The receptive field structure of long (L) to middle (M) wavelength (L/M) cone-opponent ganglion cell...
Thesis (Ph.D.)--University of Washington, 2018Human vision commences when light is transduced to a n...
AbstractWe describe a detailed analysis of the spatial arrangement of L, M and S cones in the living...
Purpose. To determine the spatial arrangement of cones in the living human eye. Methods. Two color n...
The cone photoreceptors represent the initial fundamental sampling step in the acquisition of visual...
<p>Each column represents an individual subject’s retina at 1.5 deg temporal eccentricity. The last ...
The relative numerosities and the spatial arrangement of the long-wave (L) and middle-wave (M) cones...
AbstractExperiments designed to estimate the placement of L and M cones in fovea centralis of the li...
The spatial arrangement of L and M cones in the human peripheral retina was estimated from red-green...
Experiments designed to estimate the placement of L and M cones in fovea centralis of the living hum...
Analysis of cone inputs to primate parvocellular ganglion cells suggests that red – green spectral o...
AbstractThe spatial arrangement of L and M cones in the human peripheral retina was estimated from r...
Midget ganglion cells constitute 80% of all ganglion cells and are believed to be the retinal substr...
In most mammals short-wavelength-sensitive (S) cones are arranged in irregular patterns with widely ...
Strepsirrhines are of considerable interest for understanding the evolution of cone photoreceptors b...
The receptive field structure of long (L) to middle (M) wavelength (L/M) cone-opponent ganglion cell...
Thesis (Ph.D.)--University of Washington, 2018Human vision commences when light is transduced to a n...