Polk C
Department of Electrical Engineering, University of Rhode Island, Kingston 12881.
Bioelectromagnetics. 1994;15(3):261-70. doi: 10.1002/bem.2250150308.
Adair [Bioelectromagnetics 14:1-4, 1993] writes that "the effects of 60 Hz magnetic fields of 5 microT (50 mG) or less on biological structures holding magnetite (Fe3O4) are shown to be much smaller than those from thermal agitation; hence such interactions cannot be expected to be biologically significant." This conclusion is questioned, because it appears to be based on a model that probably has very limited validity for pertinent biological systems. Furthermore, biologically plausible parameters can be selected to show that even this particular model does not exclude biologically significant effects of 60 Hz magnetic fields below 5 microT. Reported experimental results indicate effects in mammals of 50 Hz fields at the 1 microT level.
阿代尔[《生物电磁学》14:1 - 4，1993年]写道：“5微特斯拉（50毫高斯）及以下的60赫兹磁场对含有磁铁矿（Fe3O4）的生物结构的影响已表明远小于热搅动的影响；因此，不能预期这种相互作用具有生物学意义。”这一结论受到质疑，因为它似乎基于一个对相关生物系统可能有效性非常有限的模型。此外，可以选择具有生物学合理性的参数来表明，即使是这个特定模型也不排除低于5微特斯拉的60赫兹磁场具有生物学意义的影响。报道的实验结果表明，1微特斯拉水平的50赫兹磁场对哺乳动物有影响。
