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 …

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 …

In a cataract surgery, the opacified crystalline lens is replaced by an artificial intraocular lens
(IOL). To optimize the visual quality after surgery, the intraocular lens to be implanted must …

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: 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 …

Purpose: Measurement of crystalline lens geometry in vivo is critical to optimize performance
of state-of-the-art cataract surgery. We used custom-developed quantitative anterior …

PURPOSE: Standard evaluation of aberrations from wavefront slope measurements in
patients implanted with a rotationally asymmetric multifocal intraocular lens (IOL), the Lentis …

The crystalline lens is an important optical element in the eye, responsible for focusing, and
which experiences significant changes throughout life. The shape of the lens is usually …

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 …