(FIGURE 9a) Multi-modal example of a patient with serpiginous choroiditis. The fundus photograph (A) and the FA (B) show hypofluorescent lesions. The OCT (C, D) shows the signal penetration because of the atrophic lesions. Fundus autofluorescent imaging (E) is very helpful, as it indicates hyperautofluorescent areas (arrows) which correspond to active lesions that require further treatment. (All images courtesy of
Glenn J. Jaffe, MD, unless otherwise noted)
(FIGURE 9b) Multi-modal example of a patient with serpiginous choroiditis. The fundus photograph (A) and the FA (B) show hypofluorescent lesions. The OCT (C, D) shows the signal penetration because of the atrophic lesions. Fundus autofluorescent imaging (E) is very helpful, as it indicates hyperautofluorescent areas (arrows) which correspond to active lesions that require further treatment. (All images courtesy of
Glenn J. Jaffe, MD, unless otherwise noted)
(FIGURE 9c)Multi-modal example of a patient with serpiginous choroiditis. The fundus photograph (A) and the FA (B) show hypofluorescent lesions. The OCT (C, D) shows the signal penetration because of the atrophic lesions. Fundus autofluorescent imaging (E) is very helpful, as it indicates hyperautofluorescent areas (arrows) which correspond to active lesions that require further treatment. (All images courtesy of
Glenn J. Jaffe, MD, unless otherwise noted)
(FIGURE 9d) Multi-modal example of a patient with serpiginous choroiditis. The fundus photograph (A) and the FA (B) show hypofluorescent lesions. The OCT (C, D) shows the signal penetration because of the atrophic lesions. Fundus autofluorescent imaging (E) is very helpful, as it indicates hyperautofluorescent areas (arrows) which correspond to active lesions that require further treatment. (All images courtesy of
Glenn J. Jaffe, MD, unless otherwise noted)
(FIGURE 9e) Multi-modal example of a patient with serpiginous choroiditis. The fundus photograph (A) and the FA (B) show hypofluorescent lesions. The OCT (C, D) shows the signal penetration because of the atrophic lesions. Fundus autofluorescent imaging (E) is very helpful, as it indicates hyperautofluorescent areas (arrows) which correspond to active lesions that require further treatment. (All images courtesy of
Glenn J. Jaffe, MD, unless otherwise noted)