Quantifying the full 3-D shape of the human crystalline lens is important for improving
intraocular lens power or sizing calculations in treatments of cataract and presbyopia. In a …

There is an increasing interest in applying optical coherence tomography (OCT) to quantify
the topography of ocular structures. However, in its most usual configuration, OCT data is …

Background To comprehensively evaluate the agreement of component corneal aberrations
from the newly updated wavefront analysis software of a swept-source optical coherence …

Purpose The purpose of this study is to compare the binocular visual perception of
participants wearing multifocal contact lenses and these same lens designs viewed through …

Ocular wavefront aberrations are used to describe retinal image formation in the study and
modeling of foveal and peripheral visual functions and visual development. However …

Intraocular lens (IOL) implantation is currently the most effective clinical treatment for
cataracts. Nevertheless, due to the growth of the eye axis in patients with congenital …

Quantifying human crystalline lens geometry as a function of age and accommodation is
important for improved cataract and presbyopia treatments. In previous works we presented …

Human visual function depends on the biological lens, a biconvex optical element formed by
coordinated, synchronous generation of growth shells produced from ordered cells at the …

Abstract Background and Objectives: Although cataract surgery is a safe operation in
developed countries, there is still room for improvement in terms of patient satisfaction. One …

Diffractive optics is a valuable technique for designing presbyopia-correcting lenses, but its
effectiveness is wavelength-dependent. This study investigates the spatio-chromatic …