Samoĭlova O P, Solov'ev I S, Bliumenfel'd L A
Biofizika. 1976 Nov;21(6):1031-4.
Signals of microwave photoconductivity (MPC) of Chlorella cells in various physiological states and at various illumination conditions have been studied. It was shown that cells of high photosynthetic activity and unruptured electron transfer system give MPC signals of the type I (nonmonotonic rise and decay kinetics). A decrease of photosynthetic activity leads to the appearance of MPC signals of the type II (monotonic rise and decay kinetics).
研究了处于各种生理状态和不同光照条件下小球藻细胞的微波光电导（MPC）信号。结果表明，具有高光合活性且电子传递系统未被破坏的细胞会产生I型MPC信号（非单调上升和衰减动力学）。光合活性的降低会导致II型MPC信号（单调上升和衰减动力学）的出现。
