Karasek Michal, Lerchl Alexander
Laboratory of Electron Microscopy, Chair of Pathomorphology, Medical University of Lodz. Poland.
Neuro Endocrinol Lett. 2002 Apr;23 Suppl 1:84-7.
There is public health concern raised by epidemiological studies indicating that extremely low frequency electric and magnetic fields generated by electric power distribution systems in the environment may be hazardous. Possible carcinogenic effects of magnetic field in combination with suggested oncostatic action of melatonin lead to the hypothesis that the primary effects of electric and magnetic fields exposure is a reduction of melatonin synthesis which, in turn, may promote cancer growth. In this review the data on the influence of magnetic fields on melatonin synthesis, both in the animals and humans, are briefly presented and discussed.
流行病学研究引发了公众对健康的关注,这些研究表明,环境中配电系统产生的极低频电场和磁场可能具有危害性。磁场可能的致癌作用,再加上褪黑素的抑癌作用,引发了这样一种假说,即接触电场和磁场的主要影响是褪黑素合成减少,而这反过来可能促进癌症生长。在这篇综述中,简要介绍并讨论了关于磁场对动物和人类褪黑素合成影响的数据。