Aschard Hugues

Madjedi Kian M, Stuart Kelsey V, Chua Sharon Y L, Ramulu Pradeep Y, Warwick Alasdair, Luben Robert N et al.

This study found physical activity wasn't linked to glaucoma status or IOP, but higher activity was associated with thicker macular ganglion cell layer, suggesting potential retinal health benefits.

Kim Jihye, Kennedy Neary Marianne T, Aschard Hugues, Palakkamanil Mathew M, Do Ron, Wiggs Janey L et al.

This study found statin use was not associated with lower IOP or glaucoma risk, nor did it significantly impact retinal nerve fiber or ganglion cell layer thickness, suggesting no protective role for glaucoma.

Madjedi Kian M, Stuart Kelsey V, Chua Sharon Y L, Luben Robert N, Warwick Alasdair, Pasquale Louis R et al.

This study found higher total, HDL, and LDL cholesterol are associated with slightly higher intraocular pressure. This suggests lipid management might influence glaucoma risk, warranting further investigation into causality.

Kim Jihye, Aschard Hugues, Kang Jae H, Lentjes Marleen A H, Do Ron, Wiggs Janey L et al.

Studying caffeine intake and glaucoma, researchers found high genetic risk for elevated IOP combined with significant caffeine consumption increased IOP and glaucoma prevalence, suggesting a gene-diet interaction is clinically relevant.

Bailey Jessica N Cooke, Gharahkhani Puya, Kang Jae H, Butkiewicz Mariusz, Sullivan David A, Weinreb Robert N et al.

Testosterone pathway genetic variations were consistently associated with high-tension primary open-angle glaucoma, particularly in men, suggesting a potential sex-specific genetic risk factor for this severe glaucoma subtype.