视网膜电图（electroretinogram ，ERG）是视网膜受不同形式光刺激后产生的电位变化，反映光感受器到无长突细胞的视网膜各层细胞的电活动，是一种广...
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7 图像视网膜电图(pattern electroretinogram,PERG)：它是应用清晰成像于视网膜的黑白翻转的棋盘格刺激视网膜时，从角膜面记录到的电位反应。
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图形视觉诱发电位和图形视网膜电图在黄斑疾病中应用-作者：李钟睿,董丽,张风云, :探讨图形视觉诱发电位(pattern vistal evoked potential,p.VEP)和图形视网膜电图(patternelectroretinogram,P-ERG)在黄斑疾病中的应用.方法:测量30例黄斑病变患者(36眼)的图形视网膜电图和图形视觉诱发电位.结果:
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视网膜电图 ERG ; electroretinogram ; electroretinography ; pattern electroretinogram
图形视网膜电图 PERG ; pattern electroretinogram ; pattern ERG
多焦视网膜电图 multi-focal electroretinogram ; multifocal electroretinogram ; MFERG
视网膜电图仪 electroretinograph
闪光视网膜电图 flash electroretinogram ; F-ERG ; flash electroretinography ; electroretinogram
视网膜电图学 electroretinography
局部视网膜电图 LERG ; local electroretinogram
暗适应视网膜电图 dark adaptation electroretinogram ; scotopic electroretinogram ; dark adapted electroretionogram ; SCOTERG
暗视视网膜电图 scotopic electroretinogram ; scotopic ERG
不同类型视网膜病变的多焦视网膜电图改变模式不同。
The alteration of multifocal electroretinogram was different in various types of retinal diseases.
结论：近视患者多焦视网膜电图的反应密度下降，提示有视网膜感受器功能障碍。
Conclusion: The response densities of multifocal electroretinogram in myopic eyes decreased and resulted predominantly from cone function loss.
用快速傅里叶转换（FFT）技术分析了图形视网膜电图（PERG）的空间和时间调谐特性。
Spatial and temporal frequency tuning characteristics of the pattern electroretinogram (PERG) were analysed by means of the fast Fourier transform (FFT)technique.
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