Michaelson S M
Br J Cancer Suppl. 1982 Mar;5:101-7.
Physiological regulation represented by thermoregulation, neuro endocrine function, neurochemical activity, and immune responses is a composite of exquisitely "tuned" interrelated systems that constitute sensitive indicators of body responses to environmental stimuli or absorbed physical energies. Exposure to microwave/radiofrequency fields may affect such physiological regulation. Study of the integration and correlation of many body functions relative to the altered homoeostatic status of the microwave/radiofrequency-exposed subject is thus indicated. Microwave-induced physiological changes cannot be dissociated from increases in tissue temperature. Such responses are considered to be essential in defence against environmental changes as a febrile response is essential for host immune defence. These responses can also be considered to reflect the utilization of physiological function to maintain regulations or adjustments. These are not necessarily adverse reactions to environmental stimuli. These responses can be transient or persistent, beneficial or detrimental. Assessment of the integration and correlation of these functions relative to the thermal inputs and homoeokinetic reactions of the individual subjected to microwave/radiofrequency energy should permit differentiation between potential hazards which might compromise the individual's ability to maintain normal physiological function and effects which are compensated by physiological redundancy.
以体温调节、神经内分泌功能、神经化学活性和免疫反应为代表的生理调节是由极其“协调”的相互关联系统组成的复合体，这些系统构成了身体对环境刺激或吸收的物理能量作出反应的敏感指标。暴露于微波/射频场可能会影响这种生理调节。因此，有必要研究与微波/射频暴露对象体内稳态改变相关的多种身体功能的整合与相关性。微波引起的生理变化与组织温度升高是分不开的。这种反应被认为在抵御环境变化中至关重要，就如同发热反应对宿主免疫防御至关重要一样。这些反应也可以被认为反映了利用生理功能来维持调节或调整。这些不一定是对环境刺激的不良反应。这些反应可以是短暂的或持续的，有益的或有害的。评估这些功能相对于受到微波/射频能量照射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所补偿的影响。
