West Michael E

Smith Corey A, Josey Vanessa L, West Michael E, Dyachok Oksana M, Sharpe Glen P, Vianna Jayme R et al.

Longitudinal OCT-A showed perfusion density increased over time in glaucoma patients and controls, even accounting for scan quality, suggesting a learning effect. This impacts interpreting long-term OCT-A results.

West Michael E, Sharpe Glen P, Hutchison Donna M, Rafuse Paul E, Shuba Lesya M, Nicolela Marcelo T et al.

This study found 10-2 visual fields offered little additional detection of central damage in early glaucoma compared to 24-2, suggesting 10-2 is best reserved for monitoring specific high-risk patients.

Hirasawa Kazunori, Smith Corey A, West Michael E, Sharpe Glen P, Shuba Lesya M, Rafuse Paul E et al.

This study found that under one-third of early glaucoma patients had greater macular perfusion loss than ganglion cell layer loss, suggesting signal quality may influence apparent perfusion deficits.

Smith Corey A, West Michael E, Sharpe Glen P, Hutchison Donna M, Shuba Lesya M, Rafuse Paul E et al.

This study found a novel asymmetry index (PAI) for macular OCT-A better correlated with visual field loss than perfusion density alone in glaucoma, but its diagnostic accuracy was still inferior to ganglion cell layer thickness.