Smirnova N P
Biull Eksp Biol Med. 1979 Jan;87(1):21-4.
Corazol effects on the background and evoked biopotentials of the cerebral cortex, hypothalamus, and the cerebellar cortex were studied in rats exposed to a constant magnetic field (500, 1000, 4000 Oe). After the corazol pretreatement with subconvulsive doses there were sharp changes in the background rhythms; evoked potentials of the amplitude rose markedly, and there was also an increase of additional phases in its structure. Intensification of the constant magnetic field effect against the background of analeptic corazol action pointed to the importance of the central nervous system activation level in the response to the magnetic field action.
研究了可拉佐对暴露于恒定磁场（500、1000、4000奥斯特）的大鼠大脑皮层、下丘脑和小脑皮层的背景及诱发生物电位的影响。在用亚惊厥剂量的可拉佐预处理后，背景节律发生了急剧变化；诱发电位的幅度明显升高，其结构中还出现了额外的相位增加。在中枢兴奋药可拉佐作用的背景下，恒定磁场效应的增强表明中枢神经系统激活水平在对磁场作用的反应中的重要性。
