Objective: Current elastography techniques in the field of ophthalmology usually target one
specific tissue, such as the cornea or the sclera. However, the eye is an inter-related organ …

Purpose. We hypothesize that high-resolution elasticity measurements can guide corrective
refractive surgery of the cornea. Elasticity measurements would improve surgical outcomes …

Objective: To both qualitatively and quantitatively investigate corneal biomechanical
properties through an ultrasonic microelastography imaging system, which is potentially …

Purpose: We used acoustic radiation force optical coherence elastography (ARF-OCE) to
map out the elasticity of retinal layers in healthy and diseased in vivo rabbit models for the …

Investigating the elasticity of ocular tissue (cornea and intraocular lens) could help the
understanding and management of pathologies related to biomechanical deficiency. In …

The noninvasive estimation of in vivo mechanical properties of cornea is envisioned to find
several applications in ophthalmology. Such high-resolution measurements of local cornea …

We present an air-coupled ultrasonic radiation force probe co-focused with a phase-
sensitive optical coherence tomography (OCT) system for quantitative wave-based …

The crystalline lens and cornea comprise the eye's optical system for focusing light in human
vision. The changes in biomechanical properties of the lens and cornea are closely …

Purpose.: To evaluate the capability of a novel, coaligned focused ultrasound and phase-
sensitive optical coherence elastography (US-OCE) system to assess age-related changes …

The elasticity mapping of individual layers in the cornea using non-destructive elastography
techniques advances diagnosis and monitoring of ocular diseases and treatments in …