Dalzell Nichola

Chan Michelle P Y, Broadway David C, Khawaja Anthony P, Yip Jennifer L Y, Garway-Heath David F, Burr Jennifer M et al.

This study found glaucoma in 4% of a British community, with most new cases having normal IOP. IOP alone is an inaccurate diagnostic tool for glaucoma.

Day Alexander C, Luben Robert, Khawaja Anthony P, Low Sancy, Hayat Shabina, Dalzell Nichola et al.

This study found that a specific gene variant (rs1015213) is linked to shallower anterior chamber depth, potentially explaining primary angle closure glaucoma risk in European populations.

Day Alexander C, Garway-Heath David F, Broadway David C, Jiang Yuzhen, Hayat Shabina, Dalzell Nichola et al.

OCT imaging in older adults showed aqueous outflow structure dimensions correlate with age, intraocular pressure, and ocular biometry. This helps understand glaucoma risk factors.

Yip Jennifer L Y, Broadway David C, Luben Robert, Garway-Heath David F, Hayat Shabina, Dalzell Nichola et al.

This study found active people had higher ocular perfusion pressure, a glaucoma risk factor, largely due to better diastolic blood pressure. Increased physical activity may offer a simple way to modify glaucoma risk.

Foster Paul J, Broadway David C, Garway-Heath David F, Yip Jennifer L Y, Luben Robert, Hayat Shabina et al.

This British study found mean IOP unchanged over decades, with systolic blood pressure as the main correlate. This confirms IOP stability and highlights systemic factors in glaucoma risk assessment.