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评估介质混浊情况下的视网膜中央和视神经功能。

Evaluation of the central retina and optic nerve function in media opacities.

作者信息

Foerster M H, Li X X

出版信息

Doc Ophthalmol. 1986 Jun 16;63(1):101-6. doi: 10.1007/BF00153017.

Abstract

Conventional electroretinogram (ERG) and pattern VECP (or visual evoked cortical potential) are of limited value in estimating visual function in eyes with media opacities. We used a method consisting of flicker ERG and flicker VECP to successfully overcome this limitation. Three of 25 eyes with cataract had a reduced flicker VECP. These 3 patients also had a history of glaucomatous optic nerve damage. Normal flicker VECP was found in some patients with reduced flicker ERG or reduced scotopic and photopic a-wave. Analysis of the results showed that the flicker VECP is independent of the ERG and flicker ERG. Utilizing this method we could rule out maculopathy and optic nerve damage in patients with media opacities as well as recognize optic nerve damage in patients with coexisting maculopathy.

摘要

传统的视网膜电图(ERG)和图形视觉诱发电位(VECP,或视觉诱发皮层电位)在评估有介质混浊的眼睛的视觉功能方面价值有限。我们使用了一种由闪烁ERG和闪烁VECP组成的方法,成功克服了这一局限性。25只白内障眼中有3只的闪烁VECP降低。这3例患者也有青光眼性视神经损伤病史。在一些闪烁ERG降低或暗视和明视a波降低的患者中发现了正常的闪烁VECP。结果分析表明,闪烁VECP独立于ERG和闪烁ERG。利用这种方法,我们可以排除介质混浊患者的黄斑病变和视神经损伤,以及识别合并黄斑病变患者的视神经损伤。

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