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Mechanism of macular hole formation after ruptured retinal macroaneurysm revealed by surgical findings Kazuki Tamura 1 , Yorihisa Kitagawa 1 , Koji Tanaka 1 , Ryusaburo Mori 1 , Hiroyuki Nakashizuka 1 1Division of Ophthalmology, Department of Visual Sciences, Nihon University School of Medicine pp.377-381
Published Date 2018/3/15
DOI https://doi.org/10.11477/mf.1410212622
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Abstract Purpose:Based on surgical findings, we considered the possible causes of the macular hole formation associated with ruptured retinal macroaneurysm.

Case:A 67-year-old female had experienced sudden visual deterioration in her right eye. Corrected visual acuity was 0.15 for the right and 0.8 for the left eye. Intraocular pressure was 20 mmHg in the right and 21 mmHg in the left eye. Mild cataract was noted. Sub-inner limiting membrane(ILM)hemorrhage and subretinal hemorrhage caused by retinal macroaneurysm rupture was noted in her right eye. Hypertension was recognized, and surgery was therefore planned after blood pressure control.

 A 27-gauge vitrectomy was performed 2 weeks after the onset. ILM peeling was performed, and the sub-ILM hemorrhage was removed. Formation of a whitened blood clot in the fovea was observed, indicating the existence of macular hole formation. The blood clot was excised with a vitreous scissor. A whitened subretinal strand continuing from the retinal macroaneurysm to the macular hole was also observed. Finally, SF6 gas was injected, and the patient was placed in the prone position for 24 hours. The macular hole was closed and visual acuity improved to 0.8 six weeks later.

Conclusion:Based on intraoperative findings, we speculated that retinal macroaneurysm rupture had raised subretinal pressure due to subretinal hemorrhage and pushed the fovea forward resulting in macular hole formation.


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