The study of corneal biomechanics is motivated by the tight relationship between
biomechanical properties and visual function within the ocular system. For instance …

Glaucoma is a progressive and chronic neurodegenerative disorder characterized by
damage to the inner layers of the retina and deformation of the optic nerve head. The …

Purpose: This study aims to introduce and clinically validate a new algorithm that can
determine the biomechanical properties of the human cornea in vivo. Methods: A parametric …

PURPOSE: To evaluate the influence of pachymetry, age, and intraocular pressure in
normal patients and to provide normative values for all dynamic corneal response …

Purpose.: Loss of corneal strength is a central feature of keratoconus progression. However,
it is currently difficult to measure corneal mechanical changes noninvasively. The objective …

Primary objective: This study uses numerical analysis and validation against clinical data to
develop a method to correct intraocular pressure (IOP) measurements obtained using the …

OBJECTIVE: To describe a novel technique for clinical characterization of corneal
biomechanics using non-invasive dynamic imaging. METHODS: Corneal deformation …

Mounting evidence connects the biomechanical properties of tissues to the development of
eye diseases such as keratoconus, a disease in which the cornea thins and bulges into a …

Several refractive and therapeutic treatments as well as several ocular or systemic diseases
might induce changes in the mechanical resistance of the cornea. Furthermore, intraocular …

This study examined age-related changes in biomechanical behaviour in the anterior,
equatorial and posterior regions of the human sclera (white of the eye). Circumferential strip …