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  Indian J Med Microbiol
 

Figure 2: Multimodal imaging. Ocular fundus montage image (A) showing hypopigmented subretinal lesion adjacent to terminal vessels of the inferior vascular arcade and inferior to the fovea; (B) Fluorescein angiography reveals late diffuse capillary leakage from optic disc (C) Optical coherence tomography B-scan (Topcon DRI OCT Triton) shows the presence of a hyporeflective lesion in the choroid below the fovea (D) Optical coherence tomography-Angio Montage (Optovue) show a decrease in choroidal capillary density, (E) Optical coherence tomography-angiograms (Optovue) of the superficial capillary plexus show small hypo-intense, gray areas of retinal capillary hypoperfusion/non-perfusion (E1), deep capillary plexus revealing the presence of areas of capillary hypoperfusion (E2) external retina is avascular (E3) and choriocapillaries show the presence of both confluent and isolated flow void areas (E4)

Figure 2: Multimodal imaging. Ocular fundus montage image (A) showing hypopigmented subretinal lesion adjacent to terminal vessels of the inferior vascular arcade and inferior to the fovea; (B) Fluorescein angiography reveals late diffuse capillary leakage from optic disc (C) Optical coherence tomography B-scan (Topcon DRI OCT Triton) shows the presence of a hyporeflective lesion in the choroid below the fovea (D) Optical coherence tomography-Angio Montage (Optovue) show a decrease in choroidal capillary density, (E) Optical coherence tomography-angiograms (Optovue) of the superficial capillary plexus show small hypo-intense, gray areas of retinal capillary hypoperfusion/non-perfusion (E1), deep capillary plexus revealing the presence of areas of capillary hypoperfusion (E2) external retina is avascular (E3) and choriocapillaries show the presence of both confluent and isolated flow void areas (E4)