case_images: PMC7275575_01
case_images: Macula SD-OCT changes from baseline through 1 year of treatment. a, b SD-OCT Horizontal line scan through fovea at baseline of right & left eye respectively (black arrow highlights ratty appearance of ellipsoid zone and white star highlights thin outer nuclear layer). c, d SD-OCT Volume scans at baseline of right and left eye respectively. e, f SD-OCT Horizontal line scan through fovea at 1-year follow-up of right and left eye respectively (black arrow highlights reconstituted appearance of ellipsoid zone and white star highlights improved outer nuclear layer). g, h SD-OCT Volume scans at one-year follow-up of right and left eye respectively. SD-OCT spectral domain optical coherence tomography
case_images: 40942_2020_224_Fig1_HTML.jpg
case_images: PMC7275575_01_40942_2020_224_Fig1_HTML.jpg
case_images: Fig1
case_images: The OCT changes at baseline and follow-up can be seen in Fig. 1.
case_images: PMC7275575_02
case_images: Macula SD-OCT changes at baseline. a, b SD-OCT Horizontal line scan through fovea at baseline of right & left eye respectively (black arrow highlights ratty appearance of ellipsoid zone and white star highlights thin outer nuclear layer). c, d SD-OCT Volume scans at baseline of right and left eye respectively. SD-OCT spectral domain optical coherence tomography
case_images: 40942_2020_224_Fig2_HTML.jpg
case_images: PMC7275575_02_40942_2020_224_Fig2_HTML.jpg
case_images: Fig2
case_images: SD-OCT of the macula demonstrated diffuse thinning of the outer nuclear layer with an irregular appearance of the interdigitating zone and inner-outer segment junction (ellipsoid zone) in both eyes (Fig. 2).