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Letter to the Editors

Letter to the Editor

, MD & , MD
Pages 139-142 | Received 17 Jun 2011, Accepted 26 Oct 2011, Published online: 04 Jan 2012

Figures & data

FIGURE 1  Fundus photographs (A) and fluorescein angiogram (FA) (B). Retinal pigment epithelial changes and foveal granularity are seen in the right eye (left), and the left fundus (right) is normal (A). FA of the right eye reveals pinpoint hyperfluorescent spots that stain late (B).

FIGURE 1  Fundus photographs (A) and fluorescein angiogram (FA) (B). Retinal pigment epithelial changes and foveal granularity are seen in the right eye (left), and the left fundus (right) is normal (A). FA of the right eye reveals pinpoint hyperfluorescent spots that stain late (B).

FIGURE 2  Spectral Domain Optical Coherence Tomography ((SD-OCT) Spectralis; Heidelberg Engineering, Germany), right eye. Baseline OCT shows disruption of the inner segment-outer segment junction (arrow) (A). OCT five months following treatment shows restoration of the inner segment-outer segment junction (arrowhead) (B).

FIGURE 2  Spectral Domain Optical Coherence Tomography ((SD-OCT) Spectralis; Heidelberg Engineering, Germany), right eye. Baseline OCT shows disruption of the inner segment-outer segment junction (arrow) (A). OCT five months following treatment shows restoration of the inner segment-outer segment junction (arrowhead) (B).

FIGURE 3  Humphrey visual field 30-2, right eye. Baseline visual field shows an enlarged blind spot and temporal depression (A). The visual field three months after treatment is improved (B).

FIGURE 3  Humphrey visual field 30-2, right eye. Baseline visual field shows an enlarged blind spot and temporal depression (A). The visual field three months after treatment is improved (B).

FIGURE 4  Fundus photographs, right eye. One week after initial presentation, a peri-papillary nematode is identified (top), and its movement through the subretinal space is observed (bottom).

FIGURE 4  Fundus photographs, right eye. One week after initial presentation, a peri-papillary nematode is identified (top), and its movement through the subretinal space is observed (bottom).

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