Titlebook: Electromagnetic Fields and Circadian Rhythmicity; Martin C. Moore-Ede,Scott S. Campbell,Russel J. Re Book 1992 Birkh?user Boston 1992 docu

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Factors in Postmeridial Hormone Changes Among Rats in Electric Field Exposure Studiesd by environmental factors such as electric, magnetic, or electromagnetic fields can be manifested by functional changes in these regulatory systems of the body. Acting alone or in concert, the various components of the neuroendocrine system play a central role in the integrative activities that are required for homeostasis.

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Handbuch naturnahe Begrünung von Rohb?denased in individuals exposed to EMF. Yet for all the intensity of public debate there is relatively little hard data available nor the development of any scientific consensus on what pathophysiological mechanisms might be involved.

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Norman B. Thot,Marc André Gimmyxpanding electric power distribution systems and communication networks. In addition, many people are now exposed to various types of magnetic and electromagnetic fields in both the workplace and at home.

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n some physiological rhythms (e.g., deep body temperature), whereas the sleep-wake rhythm and other rhythms run with considerably deviating periods (i.e., between 12 and 65 hr) and the rhythms are described as “internally desynchronized.”

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H. Strehlau-Schwoll,K. Schmolling,T. Riegelthe sham rats. This effect survived extinction, the suspension of conditioning, and more than a month of additional conditioning. By the end of the additional conditioning, the rats varied in age from 287 to 296 days of age, approximately 30% of the life span of the average rat.

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electrolyte

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Mario Staller,Swen Koerner,Benjamin Zaiserin experimental animals and man (see for example, O’Connor and Lovely, 1988). Of special interest for this chapter is what is referred to as extremely low frequency (ELF; 50–60 Hz) electric and magnetic fields. Such fields are commonly associated with electric power generation and transmission systems.