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Fig. 3 | BMC Ophthalmology

Fig. 3

From: Rapid and spontaneous resolution of hemorrhagic macular hole retinal detachment and subretinal hemorrhages in an eye with pathologic myopia: a case report

Fig. 3

Color fundus photographs and swept-source OCT (SS-OCT) image after the development of macular hole retinal detachment (MHRD). a: Color fundus photograph at the onset of the MHRD, and a few days before the anti-vascular growth factor drug injection for the choroidal neovascularization (CNV). A newly developed MHRD due to the subretinal hemorrhage can be seen. b: SS-OCT image corresponding to the green oblique line in Fig. A shows a small MH of 80 μm diameter, and there is a hyperreflective line (arrowheads) most likely the residual posterior vitreous membrane covering the MH. c: Another SS-OCT section crossing the area of the CNV under the previous botryoidal-shaped hemorrhage at the superonasal side of the central fovea corresponding to the blue oblique line in Fig. A. The adhesion between the CNV and the outer retinal layer seemed to prevent the retinal detachment from proceeding upward. d: Color fundus photograph on the 5th day after the development of MHRD. The subretinal fluid is essentially absent. New subretinal hemorrhages are still present. e: Preoperative SS-OCT image confirms the spontaneous resolution of the MHRD. In addition, the CNV has regressed with enclosure by the retinal pigment epithelium. F: Fluorescein angiography (FA) image four months after the spontaneous resolution of the MHRD shows late leakages corresponding to the area of the recurrent CNV (arrows). The dye leakage observed adjacent to the linear retinal hemorrhages in Fig. 1d has completely disappeared. G: SS-OCT image shows the subretinal hyperreflective infiltration (arrow) adjacent to the regressed CNV. h: and i: Color fundus photograph and SS-OCT image 8 month after the spontaneous resolution of MHRD. Subretinal hemorrhage completely absent and vision improved to 20/25

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