case_images: PMC9979077_01
case_images: Color fundus photograph of the right eye (a) and the left eye (b) showing a creamy white, semitranslucent, elevated lesion surrounding the optic disc (a and b) (black arrow) along with bony spicules (a and b) (white arrow) in the mid periphery
case_images: OC-13-01-g-001.jpg
case_images: PMC9979077_01_OC-13-01-g-001.jpg
case_images: F1
case_images: Fundus examination of both eyes showed creamy white, semitranslucent, elevated lesion surrounding the optic disc along with attenuation of blood vessels and bony spicules in the mid-periphery (Figures 1a/b (Fig. 1)).
case_images: Autofluorescence of the right eye (a) showing typical hyperautofluorescence; SD-OCT showing moth eaten optically empty spaces (b) (white arrow) and hyperreflective dots along with foveal thinning (c) (red arrow)
case_images: OC-13-01-g-002.jpg
case_images: PMC9979077_01_OC-13-01-g-002.jpg
case_images: F2
case_images: Spectral domain optical coherence tomography showed moth-eaten optically empty spaces and hyperreflective dots (Figure 2b (Fig. 2) and Figure 3b) along with foveal thinning (Figure 2c (Fig. 2) and Figure 3c (Fig. 3)). Autofluorescence imaging of the optic nerve head (Figure 2a (Fig. 2) and Figure 3a (Fig. 3)) showed hyperautofluorescence.
case_images: Autofluorescence of the left eye (a) showing typical hyperautofluorescence; SD-OCT showing moth eaten optically empty spaces (b) (white arrow) and hyperreflective dots along with foveal thinning (c) (red arrow)
case_images: OC-13-01-g-003.jpg
case_images: PMC9979077_01_OC-13-01-g-003.jpg
case_images: F3
case_images: Spectral domain optical coherence tomography showed moth-eaten optically empty spaces and hyperreflective dots (Figure 2b (Fig. 2) and Figure 3b) along with foveal thinning (Figure 2c (Fig. 2) and Figure 3c (Fig. 3)). Autofluorescence imaging of the optic nerve head (Figure 2a (Fig. 2) and Figure 3a (Fig. 3)) showed hyperautofluorescence.
case_images: Multicolor image of the right eye highlighting mulberry appearance of the lesion with green shift (a) (black arrow). In Infrared reflectance, the lesion is hyporeflective with its margins well visualized (b) (arrow heads). Green reflectance (c) (red arrow) and blue reflectance (d) (white arrow) show multiple hyperreflective dots.
case_images: OC-13-01-g-004.jpg
case_images: PMC9979077_01_OC-13-01-g-004.jpg
case_images: F4
case_images: Multicolor image highlighted mulberry appearance of the lesion with green shift (Figure 4a (Fig. 4) and Figure 5a (Fig. 5)). In infrared reflectance (IR), margins of the lesion were better visualized (Figure 4b (Fig. 4) and Figure 5b (Fig. 5)). Green reflec-tance (GR) (Figure 4c (Fig. 4) and Figure 5c (Fig. 5)) and blue reflectance (BR) (Figure 4d (Fig. 4) and Figure 5d (Fig. 5)) showed multiple hyperreflective dots suggestive of calcification.
case_images: Multicolor image of the left eye highlighting mulberry appearance of the lesion with green shift signifying elevated lesion (a) (black arrow). In infrared reflectance, the lesion is hyporeflective with its margins well visualized (b) (arrow heads). Green reflectance (c) (red arrow) and blue reflectance (d) (white arrow) show multiple hyperreflective dots.
case_images: OC-13-01-g-005.jpg
case_images: PMC9979077_01_OC-13-01-g-005.jpg
case_images: F5
case_images: Multicolor image highlighted mulberry appearance of the lesion with green shift (Figure 4a (Fig. 4) and Figure 5a (Fig. 5)). In infrared reflectance (IR), margins of the lesion were better visualized (Figure 4b (Fig. 4) and Figure 5b (Fig. 5)). Green reflec-tance (GR) (Figure 4c (Fig. 4) and Figure 5c (Fig. 5)) and blue reflectance (BR) (Figure 4d (Fig. 4) and Figure 5d (Fig. 5)) showed multiple hyperreflective dots suggestive of calcification.