Teping C, Wolf S, Schippers V, Plesch A, Silny J
Augenklinik, Klinikum der RWTH Aachen.
Klin Monbl Augenheilkd. 1989 Sep;195(3):203-6. doi: 10.1055/s-2008-1046440.
With a scanning laser ophthalmoscope (SLO) variable patterned stimuli can be projected onto the retina. During alternation of these patterns visual evoked cortical potentials and pattern ERGs can be recorded. The configurations of the SLO-elicited potentials and peak latencies correspond to those evoked during conventional stimulation. During pattern stimulation the fundus and alternating pattern stimuli are observed simultaneously on a video monitor. Thus the examiner always knows the exact location of the stimulus on the retina. Scanning laser ophthalmoscopy could be a clinically interesting method of recording evoked potentials, because it enables the patient's retina to be viewed continuously at low light levels and makes electrophysiological examination of a defined region of the retina possible.
使用扫描激光检眼镜(SLO),可变图案刺激可以投射到视网膜上。在这些图案交替期间,可以记录视觉诱发的皮层电位和图形视网膜电图。SLO诱发电位的形态和峰值潜伏期与传统刺激期间诱发的电位相对应。在图案刺激期间,眼底和交替图案刺激可同时在视频监视器上观察到。因此,检查者始终知道刺激在视网膜上的确切位置。扫描激光检眼镜检查可能是一种临床上有趣的记录诱发电位的方法,因为它能够在低光照水平下连续观察患者的视网膜,并使对视网膜特定区域进行电生理检查成为可能。