Two FDA-approved geographic atrophy treatments show significant patient dropout, with 45% discontinuation by 18 months, driven by baseline vision, CNV, and lack of immediate visual improvement.
New analysis reveals the ellipsoidal zone's role in predicting geographic atrophy progression, enabling timely interventions to protect photoreceptors.
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New research links diffuse-trickling patterns in fundus autofluorescence to increased ellipsoidal zone loss, highlighting potential biomarkers for rapid geographic atrophy progression.
The results of an investigation into iRORA identified a wide spectrum of fundus autofluorescence patterns that corresponded with iRORA lesions and that those patterns were associated with conversion to cRORA over time.