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Functional microperimetry and SD-OCT confirm consecutive retinal atrophy from optic nerve pit

机译:功能性微视野检查和SD-OCT确认视神经坑连续发生视网膜萎缩

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Abstract: A congenital anomaly, optic nerve pit is often associated with serous retinal detachment involving macula. Long standing serous detachment leads to outer retinal atrophy and decrease in visual sensitivity. Recently, spectral-domain optical coherence tomography (OCT) has been reported to demonstrate a communication between the optic nerve sheath and the subretinal space. Vitreous cavity is proposed as an alternate source of fluid for accumulation in the subretinal space. We imaged a patient with optic nerve pit with Spectralis OCT and report the findings seen including the presence of an area of peripapapillary retinal atrophy, due to the spontaneous resolution of associated long-standing retinal detachment.
机译:摘要:先天性视神经坑常与浆膜性视网膜脱离有关,并伴有黄斑。长期存在的浆液分离会导致视网膜外萎缩并降低视觉敏感性。最近,据报道光谱域光学相干断层扫描(OCT)证明了视神经鞘管与视网膜下间隙之间的通信。玻璃体腔被提议为在视网膜下空间积聚的替代性流体源。我们用Spectralis OCT对一名视神经坑患者进行了成像,并报告所见的发现,包括由于周围视网膜长期脱离而自发解决的周围乳头状视网膜萎缩。

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