Baraboĭ V A, Grozovskiĭ G I, Orel V E
Radiobiologiia. 1986 Sep-Oct;26(5):637-41.
Reliability of biosystems in processes of adaptation and homeostasis after whole-body irradiation of rats with different doses was determined in terms of the stochastic process theory developed for the autoregulatory systems with random parameters. Fluctuations in the rate of spontaneous chemiluminescence of blood serum and accumulation of lipid peroxidation products by erythrocyte membranes of rat blood were taken as the initial material. The analysis of fluctuations of peculiar parameters permitted to predict the adaptability of the system and to make timely corrections.
根据为具有随机参数的自动调节系统所发展的随机过程理论，测定了不同剂量全身照射大鼠后，生物系统在适应和稳态过程中的可靠性。以大鼠血清自发化学发光速率的波动以及大鼠血液红细胞膜脂质过氧化产物的积累作为初始材料。对特定参数波动的分析有助于预测系统的适应性并及时进行校正。
