视网膜电图反应及其变异性的几个问题。

Medical research engineering Pub Date : 1977-11-01
L Ronchi
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引用次数: 0

摘要

当眼睛受到充分刺激时,视网膜电位就会发生变化。这种诱发的反应,视网膜电图(ERG)是通过在角膜上放置电极来记录的,而参考电极则在其他地方接地。尽管在这一领域做了大量的工作,但在视觉过程的框架下,ERG的真正含义尚未被完全理解。本文提供的一些数据表明,在一天的过程中,视觉表现与时间的关系与ERG大小的关系是平行的。通过参考记录电路的电气模拟,从集总近似的角度讨论了这一发现的意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Some questions concerning electroretinographic response and its variability.

Changes in retinal potential take place when the eye is adequately stimulated. This evoked response, the electroretinogram (ERG) is recorded in vivo by placing an electrode on the cornea, while the reference electrode is grounded elsewhere. In spite of a great deal of work in this field, the very meaning of ERG, in the frame of visual process, is not yet wholly understood. The present paper produces some data which show that the plot of visual performance vs. time, during the course of the day, runs parallel to that of the size of ERG. The meaning of this finding is discussed, by making reference to the electrical analog of the recording circuit, in terms of lumping approximation.

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