Figures & data
Figure 1 (A and B) Fundus photographs showing yellowish, oval-shaped drusenoid-like lesion with attenuation of the foveal reflex in both eyes. (C and D) Red-free fundus photographs showing heterogeneous foveal lesions. (E and F) Fluorescein angiogram showing early foveal hyperfluorescence with late ill-defined leakage in right eye and left eye, respectively. (G and H) Autofluorescence photos showed heterogeneous hyperfluorescence in the macula of both eyes.
Note: A,C,E, and G are right eye; B,D,F, and H are left eye.
![Figure 1 (A and B) Fundus photographs showing yellowish, oval-shaped drusenoid-like lesion with attenuation of the foveal reflex in both eyes. (C and D) Red-free fundus photographs showing heterogeneous foveal lesions. (E and F) Fluorescein angiogram showing early foveal hyperfluorescence with late ill-defined leakage in right eye and left eye, respectively. (G and H) Autofluorescence photos showed heterogeneous hyperfluorescence in the macula of both eyes.Note: A,C,E, and G are right eye; B,D,F, and H are left eye.](/cms/asset/ce44971f-fbe3-43e2-93b3-e21c8fcb0974/doph_a_53024_f0001_c.jpg)
Figure 2 Optical coherence tomography. (A and B) Disruption of the outer retinal layers with nonspecific retinal thickening in both eyes at presentation. (C and D) Disruption of the inner segment/outer segment junction in both eyes, at 3 months after presentation.
Note: A and C are right eye; B and D are left eye.
![Figure 2 Optical coherence tomography. (A and B) Disruption of the outer retinal layers with nonspecific retinal thickening in both eyes at presentation. (C and D) Disruption of the inner segment/outer segment junction in both eyes, at 3 months after presentation.Note: A and C are right eye; B and D are left eye.](/cms/asset/ec816fb2-9c68-4613-aa39-7a3f69f219dc/doph_a_53024_f0002_c.jpg)
Table 1 Reported cases in the literature of retinal damage caused specifically by green lasers