Catt M, Ernst W, Kemp C M
Vision Res. 1983;23(10):971-82. doi: 10.1016/0042-6989(83)90007-x.
Bleaching experiments were carried out at room temperature on rhodopsin in isolated rat, frog and rat retinas with blue and orange laser flashes of very high energy and duration less than 3 microseconds. Blue flashes bleached a maximum of about 50% at the highest energies; orange ones bleached about 30% at intermediate energies but the value decreased to below 20% as the energy increased. This bleaching behaviour can be explained in terms of a kinetic model which assumes that bleaching is photoreversed during the flashes and which incorporates the relevant properties of rhodopsin, isorhodopsin, bathorhodopsin and lumirhodopsin.
在室温下,使用能量极高且持续时间小于3微秒的蓝色和橙色激光闪光,对分离出的大鼠、青蛙视网膜中的视紫红质进行漂白实验。在最高能量下,蓝色闪光最多可漂白约50%;橙色闪光在中等能量下可漂白约30%,但随着能量增加,该值降至20%以下。这种漂白行为可以用一个动力学模型来解释,该模型假设漂白在闪光过程中发生光逆转,并纳入了视紫红质、异视紫红质、视紫红质原和发光视紫红质的相关特性。