M. J. A. Girard

This study compares biomechanical strain in optic nerve heads under different conditions across groups with varying myopia and glaucoma status, finding significant differences in strain levels.

This study isolates porcine iris tissues and measures their biomechanical properties, finding the stroma more permeable and less rigid than the dilator muscle.

This study examines the relationship between optic nerve head strains under IOP elevation and retinal sensitivity in glaucoma patients, finding stronger associations in high-tension glaucoma compared to normal-tension glaucoma.

This study compares optic nerve head deformations during adduction, abduction, and IOP elevation in HTG and NTG subjects, finding strain differences in the lamina cribrosa.

This study compares iris biomechanical properties between healthy individuals and PACG patients, finding higher stiffness and lower permeability in PACG.

This study uses computational models and OCT to show that thyroid eye disease increases gaze-evoked deformations of the optic nerve head.

The paper models how changes in heart rate affect ocular pulse and biomechanical properties of the optic nerve head, finding decreased pulse amplitude and increased stiffness with higher heart rates.

The paper compares optic nerve tortuosity and globe proptosis between glaucoma and normal subjects using MRI, finding greater tortuosity in normal eyes during adduction and higher proptosis in glaucoma subjects in primary gaze.