Recent advances in the analysis of corneal biomechanical properties remain difficult to
predict the structural stability before and after refractive surgery. In this regard, we applied …

Indirect traumatic optic neuropathy (ITON) is an injury to the optic nerve due to head trauma
and usually results in partial or complete loss of vision. In order to advance a mechanistic …

Crystalline lens wobbling is a phenomenon when the lens oscillates briefly from its normal
position immediately after stopping the rotational movement of the eye globe. It can be …

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

Retinal hemorrhages (RH) are among injuries sustained by a large number of shaken baby
syndrome victims, but also by a small proportion of road accident victims. In order to have a …

Introduction: Crystalline lens overshooting refers to a situation in which the lens momentarily
shifts too much from its typical location immediately after stopping the rotational movement of …

Purpose To find out the effect on the biomechanical response of the eye in the setting of
diabetes combined with glaucoma. Method Five finite element models of the human eyes …

Elevated intraocular pressure (IOP) may be the primary risk factor to the development of
glaucoma. Finite element (FE) modeling is commonly considered as an effective method to …

The mechanical behaviour of zonular fibres greatly affects the accommodation process in
mammalian eyes. This paper introduces a detailed measurement procedure for the purpose …

The epiretinal membrane is a thin sheet of fibrous tissue that can form over the macular area
of the retina, and may result in the loss of visual acuity or metamorphopsia, due to superficial …