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case_images: Fundus photographs showing veins are convoluted and slightly dilated, but arteries have straight courses.
case_images: imcrj-9-091Fig1.jpg
case_images: PMC4827880_01_imcrj-9-091Fig1.jpg
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case_images: However, the course and shape of the veins were normally straight in the peripheral retina (Figure 1).
case_images: The cilioretinal artery course inferotemporally from behind the disc margin (arrow).
case_images: imcrj-9-091Fig2.jpg
case_images: PMC4827880_01_imcrj-9-091Fig2.jpg
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case_images: Additionally, funduscopy showed vessels that appeared from behind the disc margin and coursed inferotemporally toward the fovea in the posterior retina, which were considered to be cilioretinal arteries (Figure 2).
case_images: The cilioretinal artery begins to fluoresce at early phase angiogram (13.7 seconds).
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case_images: Fluorescein angiography of the right eye demonstrated that the arteries begin to fluoresce at 13.7 seconds as the choroid fluoresces (Figure 3), rather than as the retina fluoresces.
case_images: FFA photography of both eyes showing obviously tortuous and dilated retinal veins.. Note: No leakage or evidence of dye is seen.. Abbreviation: FFA, fluorescein fundus angiography.
case_images: imcrj-9-091Fig4.jpg
case_images: PMC4827880_01_imcrj-9-091Fig4.jpg
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case_images: Furthermore, the fluorescein angiogram of the arteriovenous phase showed obviously tortuous and dilated retinal veins without any leakage or dye (Figure 4).