Figures & data
Figure 1 A, Large granuloma of the iris of OS. Keratic precipitates located on the lower part of corneal endothelium are also visible. B, Ultrasound biomicroscopy shows an homogenous, cystic-like lesion of the angle.
![Figure 1 A, Large granuloma of the iris of OS. Keratic precipitates located on the lower part of corneal endothelium are also visible. B, Ultrasound biomicroscopy shows an homogenous, cystic-like lesion of the angle.](/cms/asset/91d4ecbe-cc78-4870-8b44-a3860cf4ae3b/doph_a_3705_f0001_c.jpg)
Figure 2 Fundus photograph OS shows the optic nerve granuloma caused by direct sarcoid tissue infiltration.
![Figure 2 Fundus photograph OS shows the optic nerve granuloma caused by direct sarcoid tissue infiltration.](/cms/asset/c6dcc4d3-f926-4299-8a85-81fcc475a3e4/doph_a_3705_f0002_c.jpg)
Figure 3 A, Late-phase fluorescein angiogram OS showing optic disc leakage secondary to uveitis. B, Late-phase fluorescein angiogram OD exhibits an hyperfluorescent area corresponding to the granuloma. C, Late-phase ICG angiogram OS reveals multiple choroidal hypofluorescent lesions of the posterior pole, optic disc leakage secondary to uveitis. D, Late-phase Indocyanine angiogram OD showing a single hypofluorescent area corresponding to the granuloma.
![Figure 3 A, Late-phase fluorescein angiogram OS showing optic disc leakage secondary to uveitis. B, Late-phase fluorescein angiogram OD exhibits an hyperfluorescent area corresponding to the granuloma. C, Late-phase ICG angiogram OS reveals multiple choroidal hypofluorescent lesions of the posterior pole, optic disc leakage secondary to uveitis. D, Late-phase Indocyanine angiogram OD showing a single hypofluorescent area corresponding to the granuloma.](/cms/asset/2fcd4e3a-4074-490a-a1cb-3331bd2f1fc0/doph_a_3705_f0003_c.jpg)