Michaelson S M
Bioelectromagnetics. 1982;3(1):91-103. doi: 10.1002/bem.2250030113.
Electromagnetic fields have been demonstrated to elicit thermoregulatory responses, neuroendocrine, neurochemical modulations, and behavioral reactions. These physiologic regulatory processes are exquisitely tuned, interrelated functions that constitute sensitive indicators of organismic responses to radiofrequency energy absorption (the radiofrequency portion of the electromagnetic spectrum includes as one part microwaves). Assessment of the integration and correlation of these functions relative to the thermal inputs and homeokinetic reactions of the individual subjected to radiofrequency energy should permit differentiation between potential hazards that might compromise the individual's ability to maintain normal physiologic function and effects that are compensated by physiologic redundancy.
已经证明，电磁场会引发体温调节反应、神经内分泌和神经化学调节以及行为反应。这些生理调节过程是精确调整、相互关联的功能，构成了生物体对射频能量吸收（电磁频谱的射频部分包括微波作为其中一部分）反应的敏感指标。评估这些功能相对于受到射频能量影响的个体的热输入和体内动态反应的整合与相关性，应该能够区分可能损害个体维持正常生理功能能力的潜在危害和由生理冗余补偿的影响。
