Abstract Three-dimensional (3D) in vitro models are excellent tools for studying complex
biological systems because of their physiological similarity to in vivo studies, cost …

The elastic properties of engineered biomaterials and tissues impact their post-implantation
repair potential and structural integrity, and are critical to help regulate cell fate and gene …

Imaging corneal biomechanical changes or abnormalities is important for better clinical
diagnosis and treatment of corneal diseases. We propose a novel ultrasound-based …

Purpose: In vivo evaluation of corneal biomechanics holds the potential for improving
diagnosis and management of ocular diseases. We aimed to develop an ocular pulse …

To investigate the role of collagen structure in corneal biomechanics, measurement of
localized corneal elasticity with minimal destruction to the tissue is necessary. We adopted …

Objective To validate a new method for reconstructing corneal biomechanical properties
from air puff corneal deformation images using hydrogel polymer model corneas and …

This study aimed to develop and validate a high frequency ultrasound method for measuring
distributive, 3D strains in the sclera during elevations of intraocular pressure. A 3D cross …

This work presents results from numerical simulations of optic nerve head's (ONH)
biomechanical behavior during exposure to elevated intraocular (IOP) and/or intracranial …

Purpose: To evaluate the repeatability and reproducibility of recalculated dynamic corneal
response (DCR) parameters and the biomechanical-compensated intraocular pressure …

Purpose To determine the heterogeneous through-thickness strains in the cornea at
physiologic intraocular pressures before and after corneal collagen crosslinking (CXL) using …