The influence of application of a low-frequency magnetic field on the serum corticosterone level (an experimental study)

The results of analysis of the literature publications suggest the necessity of experimental studies aimed at investigation of modulating effect of low-frequency magnetic fields on endocrine organs. The present study was carried out using 200 outbred white male rats (body weight 200-220 g). Corticos...

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Published inVoprosy kurortologii, fizioterapii i lečebnoj fizičeskoj kulʹtury no. 5; p. 3
Main Authors Alabovskiĭ, V V, Gotovskiĭ, M Iu, Vinokurov, A A, Maslov, O V
Format Journal Article
LanguageRussian
Published Russia (Federation) 01.09.2013
Subjects
Adrenal Glands - metabolism
Animals
Corticosterone - blood
Magnetic Fields
Male
Rats
Time Factors
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Summary:The results of analysis of the literature publications suggest the necessity of experimental studies aimed at investigation of modulating effect of low-frequency magnetic fields on endocrine organs. The present study was carried out using 200 outbred white male rats (body weight 200-220 g). Corticosterone was measured in blood sera following the application of a low-frequency magnetic field (20 and 53 Hz with induction from 0.4 to 6 mT) generated by a Mini-Expert-T apparatus for induction magnetic therapy during 30 minutes. It was shown that the application of the alternating magnetic field to the adrenal region of the rats in the selected frequency and induction ranges caused a significant increase in the serum corticosterone levels. The results of the present study on the hormonal activity of rat adrenals give reason to consider the influence of the alternating magnetic fields as being modulatory. Analysis of the data thus obtained has demonstrated the non-linear dependence of glucocorticoid activity of the rat adrenal glands on the induction strength of the alternating magnetic field.
ISSN:0042-8787