Bailey J E
Mod Probl Ophthalmol. 1978;19:201-5.
Measurements of the relative energies required for critical flicker fusion (CFF) at each of 14 wavelengths were obtained in normal, protanopic, and deuteranopic observers. Normals required more energy beyond 580 nm in going from 30 to 40 flashes per second than protanopes or deuteranopes. This suggests an adaptational collapse of the red-sensitive mechanism of normals which is not present in the red cones of deuteranopes or the green cones of protanopes over the same intensity range.
我们对正常观察者、红色盲观察者和绿色盲观察者在14种波长下的临界闪烁融合（CFF）所需的相对能量进行了测量。在每秒30次闪烁变为每秒40次闪烁时，正常观察者在波长超过580纳米时比红色盲观察者或绿色盲观察者需要更多能量。这表明正常观察者的红敏机制出现适应性衰退，而在相同强度范围内，红色盲观察者的红锥或绿色盲观察者的绿锥中不存在这种情况。
