PMC6304603_01
Ultrasound biomicroscopy showing, at diagnosis, supraciliary effusion, anterior rotation of the ciliary body and iridocorneal angle narrowing ((a) right eye; (b) left eye) and, three months later, resolution of the effusion and widening of the iridocorneal angle ((c) right eye; (d) left eye).
CRIOPM2018-1486128.001.jpg
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fig1
They disclosed bilateral ciliochoroidal effusion with anterior rotation of the ciliary body and iridocorneal angle narrowing (Figures 1-3). Ultrasound biomicroscopy confirmed resolution of the supraciliary effusion, with deepening of the anterior chamber and widening of the iridocorneal angle (Figures 1 and 2), and Humphrey automated perimetry showed no defects.
Ultrasound biomicroscopy showing shallow anterior chamber at diagnosis ((a) right eye, with anterior chamber depth of 2.22 mm; (b) left eye, with anterior chamber depth of 2.07 mm), and deepening of the anterior chamber three months later ((c) right eye, with anterior chamber depth of 2.92 mm; (d) left eye, with anterior chamber depth of 2.94 mm).
CRIOPM2018-1486128.002.jpg
PMC6304603_01_CRIOPM2018-1486128.002.jpg
fig2
They disclosed bilateral ciliochoroidal effusion with anterior rotation of the ciliary body and iridocorneal angle narrowing (Figures 1-3). Ultrasound biomicroscopy confirmed resolution of the supraciliary effusion, with deepening of the anterior chamber and widening of the iridocorneal angle (Figures 1 and 2), and Humphrey automated perimetry showed no defects.
Mode B ultrasonography showing choroidal effusion at diagnosis ((a) right eye; (b) left eye).
CRIOPM2018-1486128.003.jpg
PMC6304603_01_CRIOPM2018-1486128.003.jpg
fig3
They disclosed bilateral ciliochoroidal effusion with anterior rotation of the ciliary body and iridocorneal angle narrowing (Figures 1-3).