Ultra-widefield photograph of a non-exudative age-related macular degeneration in a 74 years-old male patient. Note the geographic areolar RPE-atrophy right in the center. Visual acuity: HM RE; 20/25 LE.
Ultra-widefield photograph of a non-exudative age-related macular degeneration in a 74 years-old male patient. Note the geographic areolar RPE-atrophy right in the center. Visual acuity: HM RE; 20/25 LE.
Fluorescein angiogram at mid-phase. Geographic atrophy appears as an hyperfluorescent window defect.
Fluorescein Angiography
Fluorescein angiogram. Geographic atrophy appears as an hyperfluorescent window defect
Autofluorescence
Autofluorescence photograph showing central hypoautofluorescence with mottled hiperautofluorescence at the borders of geographic areolar RPE-atrophy.
Infrared
Geographic atrophy allows visualization of the large choroidal vessels.
Red-free
OCT (B-Scan) longitudinal
OCT vertical line-scan reveals thinning of the retina an loss of the pigmented epithelium that causes an increase reflectivity of the choroid .
Colour retinography
Note the geographic areolar RPE-atrophy right in the center and the disperse drusen in the periphery, as well as extensive areas of pavingstone degeneration. Visual acuity: HM RE; 20/25 LE.
Angiography with Green Indocyanine
Anterior Segment Photo
Anterior segment of left eye showing cataract.
Autofluorescence
Autofluorescence photograph showing central hypoautofluorescence with mottled hiperautofluorescence at the borders of geographic areolar RPE-atrophy.
Infrared
Red-free
Colour retinography
Fundus photograph showing the geographic areolar RPE-atrophy right in the center. Visual acuity: HM RE; 20/25 LE.
