AbstractThe myopic growth process has the potential to modify both the optical and neural performance of the eye. We provide three simple models, based on different types of retinal stretching, to predict changes in neural resolution resulting from axial length increases in myopia. These predictions are compared to visual acuity (VA) measures in 34 subjects with refractive errors ranging from plano to −14 D. Our results show a reduction in VA with increasing myopia but not in a manner predicted by our models. We discuss the relative contribution of optical and neural factors to the reduction in visual resolution in myopia
Purpose: To gauge the extent to which differences in the refractive error axial length relationship ...
Aim: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
Purpose: To describe nonpathological myopia-related characteristics of the human eye. Methods: Based...
AbstractThe myopic growth process has the potential to modify both the optical and neural performanc...
AbstractWe investigated the relative importance of neural and optical limitations to visual performa...
AbstractAxial elongation of the myopic eye has the potential to stretch the retina, thereby reducing...
AbstractThe aim was to determine how visual acuity is affected by myopia when optical factors of the...
We investigated the relative importance of neural and optical limitations to visual performance in m...
SIGNIFICANCE: Poor peripheral visual acuity in myopia may reflect, in part, photoreceptor misalignme...
xviii, 210 leaves : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577M OR 2003 ChuiPurpose: The ...
Significance: Poor peripheral visual acuity in myopia may reflect, in part, photoreceptor misalignme...
© 2018 Dr. Alexandra Anne JaworskiThe prevalence of myopia and its associated sight threatening path...
Visual resolution, the ability to see fine spatial detail, emerges from the capacities of both the e...
Refractive development has been shown to be influenced by optical defocus in the eye and the interpr...
PURPOSE. It is well documented that myopia is associated with an increase in axial length or, more s...
Purpose: To gauge the extent to which differences in the refractive error axial length relationship ...
Aim: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
Purpose: To describe nonpathological myopia-related characteristics of the human eye. Methods: Based...
AbstractThe myopic growth process has the potential to modify both the optical and neural performanc...
AbstractWe investigated the relative importance of neural and optical limitations to visual performa...
AbstractAxial elongation of the myopic eye has the potential to stretch the retina, thereby reducing...
AbstractThe aim was to determine how visual acuity is affected by myopia when optical factors of the...
We investigated the relative importance of neural and optical limitations to visual performance in m...
SIGNIFICANCE: Poor peripheral visual acuity in myopia may reflect, in part, photoreceptor misalignme...
xviii, 210 leaves : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577M OR 2003 ChuiPurpose: The ...
Significance: Poor peripheral visual acuity in myopia may reflect, in part, photoreceptor misalignme...
© 2018 Dr. Alexandra Anne JaworskiThe prevalence of myopia and its associated sight threatening path...
Visual resolution, the ability to see fine spatial detail, emerges from the capacities of both the e...
Refractive development has been shown to be influenced by optical defocus in the eye and the interpr...
PURPOSE. It is well documented that myopia is associated with an increase in axial length or, more s...
Purpose: To gauge the extent to which differences in the refractive error axial length relationship ...
Aim: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
Purpose: To describe nonpathological myopia-related characteristics of the human eye. Methods: Based...