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Techniques of in-vivo microwave irradiation to inactivate brain enzymes in rats were varied as to exposure configuration and output power. The rate at which metabolism was stopped was studied in various regions of the rat brain, using changes in levels of cyclic AMP and phosphodiesterase activity. Exposure times required to obtain stabilized levels of cyclic AMP varied in different brain regions, i.e., hypothalamus, cortex and cerebellum. Levels of cyclic AMP in selective regions of the brain decreased as more rapid inactivation was achieved. The authors identify important sources of variability of present microwave inactivation systems and the need for improved control of signficant microwave parameters.
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
April 1977,
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R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
August 1980,
Experientia,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
January 1970,
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R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
August 1974,
Experientia,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
August 1973,
Life sciences,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
December 1977,
Epilepsia,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
January 1972,
Advances in cyclic nucleotide research,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
January 1981,
Comparative biochemistry and physiology. C: Comparative pharmacology,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
January 1972,
Advances in cyclic nucleotide research,
R H Lenox, and
J L Meyerhoff, and
O P Gandhi, and
H L Wray
November 1989,
Sangyo igaku. Japanese journal of industrial health,
