文献检索，用中文搜 PubMed

Rod and cone interaction has been studied in the vitreal and intraretinal e.r.g. in the perifovea of the dark-adapted Rhesus monkey retina.2. Rod and cone responses can be completely isolated in the e.r.g. using dim, monochromatic stimuli. The threshold cone response begins at about 50 msec whereas that of the rods begins at 150 msec. There is no detectable interaction between these two responses.3. By comparing the e.r.g. with ganglion cell responses, it is concluded that the time delays and interactions of rod and cone signals arriving at the ganglion cell layer are determined respectively before and after the origin of the b-wave.

已经在暗适应的恒河猴视网膜中央凹周围的玻璃体和视网膜内视网膜电图中研究了视杆和视锥细胞的相互作用。
使用暗淡的单色刺激，可以在视网膜电图中完全分离视杆和视锥细胞反应。视锥细胞反应的阈值约在50毫秒开始，而视杆细胞的阈值在150毫秒开始。这两种反应之间没有可检测到的相互作用。
通过将视网膜电图与神经节细胞反应进行比较，得出结论：到达神经节细胞层的视杆和视锥细胞信号的时间延迟和相互作用分别在b波起源之前和之后确定。

Rod and cone interaction has been studied in the vitreal and intraretinal e.r.g. in the perifovea of the dark-adapted Rhesus monkey retina.2. Rod and cone responses can be completely isolated in the e.r.g. using dim, monochromatic stimuli. The threshold cone response begins at about 50 msec whereas that of the rods begins at 150 msec. There is no detectable interaction between these two responses.3. By comparing the e.r.g. with ganglion cell responses, it is concluded that the time delays and interactions of rod and cone signals arriving at the ganglion cell layer are determined respectively before and after the origin of the b-wave.

已经在暗适应的恒河猴视网膜中央凹周围的玻璃体和视网膜内视网膜电图中研究了视杆和视锥细胞的相互作用。
使用暗淡的单色刺激，可以在视网膜电图中完全分离视杆和视锥细胞反应。视锥细胞反应的阈值约在50毫秒开始，而视杆细胞的阈值在150毫秒开始。这两种反应之间没有可检测到的相互作用。
通过将视网膜电图与神经节细胞反应进行比较，得出结论：到达神经节细胞层的视杆和视锥细胞信号的时间延迟和相互作用分别在b波起源之前和之后确定。

Suppr 超能文献