With the advent of wavefront technology, our clinical understanding of human optics and
visual performance allows intraocular lens (IOL) manufacturers to manipulate lens design to …

Purpose Following the recognition, some 80 years ago, that the accommodation of the eye is
not stable but fluctuates over a range of about±0.5 D, mainly at frequencies of up to a few …

As the human eye ages, the crystalline lens stiffens (presbyopia) and opacifies (cataract),
requiring its replacement with an artificial lens [intraocular lens (IOL)]. Cataract surgery is the …

Handbook of Visual Optics offers an authoritative overview of encyclopedic knowledge in the
field of physiological optics. It builds from fundamental concepts to the science and …

The full shape of the accommodating crystalline lens was estimated using custom three-
dimensional (3-D) spectral OCT and image processing algorithms. Automatic segmentation …

Ocular biometric parameters, including full shape crystalline lens, were assessed in myopes
and emmetropes using 3-D optical coherence tomography. The anterior chamber depth, the …

Purpose This study was performed to compare anterior ocular biometric measurements of
deep-range swept-source anterior segment optical coherence tomography (AS …

Purpose: Studying the full shape crystalline lens geometry is important to understand the
changes undergone by the crystalline lens leading to presbyopia, cataract, or failure of …

Objective To evaluate the reproducibility of in vivo crystalline lens measurements obtained
by novel commercially available swept-source (SS) optical coherence tomography (OCT) …

Purpose: Presbyopia—the progressive loss of near focus with age—is primarily a result of
changes in lens biomechanics. In particular, the shape of the ocular lens in the absence of …