Research

Increased antioxidant capacity may explain how some patients with ocular hypertension are shielded from glaucomatous neurodegeneration

University of Bristol researchers have treated a mouse model of glaucoma using a single gene therapy injection

The identification of neural progenitor cells in the region of the eye that transmits signals from the eye to the brain could prompt new treatments

The device lowered IOP by 30% in patients with open-angle glaucoma or ocular hypertension

Experiments in mice found that exercise reduced the harmful growth of blood vessels in the eye by 45%

Experiments in rodents tested the effect of changing pressure within the eye using a tiny tube connected to a pressure sensor

University of Birmingham lecturer Dr Lisa Hill discussed work to develop an eye drop for reducing corneal scarring at 100% Optical

A study in mice found that oral administration of a saffron extract was able to protect against neuroinflammation associated with increased IOP

Australian researchers have identified 107 genes that raise an individual’s risk of developing glaucoma

Researchers have explored the relationship between pressure in the brain and pressure in the eye