Individual refractive errors usually change along lifespan. Most children are hyperopic in
early life. This hyperopia is usually lost during growth years, leading to emmetropia in adults …

It has been suggested that high levels of axial aberration or specific patterns of peripheral
refraction could play a role in myopia development. Possible mechanisms involving high …

This study investigated differences in geometrical properties and optical aberrations
between a group of hyperopes and myopes (age-matched 30.3±5.2 and 30.5±3.8 years old …

ABSTRACT PURPOSE: To evaluate changes induced by standard laser in situ
keratomileusis (LASIK) for hyperopia on total and corneal optical quality. METHODS: Total …

High-order aberrations (HOAs) are optical defects that degrade the image quality. They
change with factors such as pupil diameter, age, and accommodation. The changes in …

Purpose. Peripheral refractive error degrades the quality of retinal images and has been
hypothesized to be a stimulus for the development of refractive error. The purpose of this …

We investigated the relative importance of neural and optical limitations to visual
performance in myopia. A number of visual performance measures were made on all or …

Myopic observers may not benefit to the same extent as emmetropes from adaptive optics
(AO) correction in a visual acuity (VA) task. To investigate this, we measured AO-corrected …

Total ocular higher order aberrations and corneal topography of myopic, emmetropic and
hyperopic eyes of 675 adolescents (16.9±0.7 years) were measured after cycloplegia using …

Background: The relationship between monochromatic aberrations of the human eye and
myopia has been investigated extensively over the past decade or so but the results are …