Pyt'eva N F, Chamorovskiĭ S K, Rubin A B
Biofizika. 1978 Jan-Feb;23(1):48-52.
The kinetics of the dark recovery of photo-oxidized bacteriochlorophyll P870 was studied as a function of the intensity and duration of actinic light illumination at different concentrations of a donor in the medium. From the comparison of the experimental data with the results of mathematical modelling of the processes under investigation [1] it is concluded that electron transport is triggered for another pathway, whenever the concentration of the donor in the medium attains a certain critical level.
研究了光氧化细菌叶绿素P870暗恢复的动力学,作为介质中供体不同浓度下光化光照射强度和持续时间的函数。通过将实验数据与所研究过程的数学建模结果进行比较[1],得出结论:每当介质中供体的浓度达到某个临界水平时,电子传输就会触发另一条途径。