Takahashi K, Fukuda A, Mori T, Takahashi Y, Onoe S, Yoshimura Y, Tazawa Y
Department of Ophthalmology, Iwate Medical University School of Medicine, Morioka, Japan.
Jpn J Ophthalmol. 1993;37(1):88-92.
The spectral sensitivity of the ERG c-wave was studied in the chicken under yellow or red light adaptation of various intensities, ie, 1, 3, 4 and 5 W/m2 at the corneal surface in the former, and 3, 4 and 5 W/m2 in the latter. The peak wavelength of the spectral sensitivity curve of the c-wave amplitude under both yellow and red light adaptations was 520 or 540 nm, being shorter as compared with the peak wavelength (560 nm) under white light adaptation (Fukuda, 1989). Under the yellow or red light adaptation the sensitivity of the c-wave was suppressed at a range of longer wavelength, suggesting a possible isolation of the blue and green cone-driven c-wave responses. The peak (520 or 540 nm) and the shoulder (580 nm) in the spectral sensitivity curves were presumed to be derived from the three cone systems.
在不同强度的黄色或红色光适应条件下,研究了鸡视网膜电图c波的光谱敏感性。前者角膜表面的光强度为1、3、4和5 W/m²,后者为3、4和5 W/m²。在黄色和红色光适应条件下,c波振幅光谱敏感性曲线的峰值波长均为520或540 nm,与白光适应条件下的峰值波长(560 nm)相比更短(福田,1989)。在黄色或红色光适应条件下,c波的敏感性在较长波长范围内受到抑制,这表明可能分离出了由蓝锥和绿锥驱动的c波反应。光谱敏感性曲线中的峰值(520或540 nm)和肩部(580 nm)被认为源自三种视锥系统。