Luk'ianova S N
Radiats Biol Radioecol. 2009 Jan-Feb;49(1):107-12.
The important role of direct action of a constant magnetic field (CMF) on a fabric of a brain in its realization neural-effects under condition of an irradiation of a head of an animal is shown. In experiments on rabbits it is statistically proved, that a various degree of neural isolation of a bark of a brain, not only does not interfere with display of reaction of its bioelectric activity on CMF, but also does by its more precise (unequivocal, intensive, short-latent), in comparison with corresponding answers of intact brain. The comparative analysis of bioelectric activity of intact brain, a preparation "cerveau isole", the neural-isolated strip of a bark (at rabbits) and completely isolated nervous system (a chain of a river cancer) in conditions of action CMF proves the above-stated position.
结果表明，在动物头部受到照射的条件下，恒定磁场（CMF）直接作用于大脑结构在实现神经效应方面发挥着重要作用。在对兔子的实验中，经统计学证明，大脑皮层不同程度的神经隔离不仅不会干扰其生物电活动对CMF的反应表现，而且与完整大脑的相应反应相比，会使其反应更精确（明确、强烈、潜伏期短）。在CMF作用条件下，对完整大脑、“孤立脑”标本、（兔子的）皮层神经隔离条带以及完全隔离的神经系统（河蟹神经链）的生物电活动进行比较分析，证实了上述观点。
