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对人的脑、心脏和其他器官生物电活动所产生的磁场的研究越来越被人们注意,已经予见到这项研究对医学有着实际应用的重要价值。所以,磁场治疗疾病,在国内外已广泛应用于心血管系统疾病的治疗上,并收到较明显的疗效。而对涉及磁生物学和治疗作用的原发性物理化学机制尚缺乏深入的研究,故限制了它的进一步推广应用。为了进一步研究磁生物学的作用机理,我们通过对家鸽的实验证明,磁场刺激家鸽大脑皮层对心脏的生理机能,具有一定的影响,从而为开发磁场治疗心血管疾患及对心血管系统的基础理论研究提供了实验依据。
More and more attention has been paid to the magnetic fields generated by the bioelectrical activities of human brain, heart and other organs. It has been shown that this study has great practical value for medicine. Therefore, the magnetic field treatment of diseases, at home and abroad have been widely used in the treatment of cardiovascular diseases, and received more obvious effect. However, there is a lack of in-depth research on the primary physico-chemical mechanisms involved in magnetobiology and therapeutic effects, thus limiting its further promotion and application. In order to further study the mechanism of action of the magnetism biology, we have proved through experiments on pigeons that the magnetic field stimulates the physiological function of the pigeon’s cerebral cortex to the heart, so as to develop the magnetic field for the treatment of cardiovascular diseases and the cardiovascular system The basic theoretical research provides experimental evidence.