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ECPB 2018, 84(4): 11–17
https://doi.org/10.25040/ecpb2018.04.011
Research articles

The Influence of the Course of Electrostimulation by the Device "VEB-1" on Metabolic Parameters of Practically Healthy Men

N.V. BABELYUK 1,2, V.Y. BABELYUK 1,2, V.V. KIKHTAN 1, I.L. POPOVYCH 3, M.M. BURKOVS’KA 1, Y.G. DOBROVOLSKYI 4,5, I.H. KORSUNS’KYI 4,5, B.M. KINDZER 6, W. ZUKOW 7
Abstract

Background. We have created and patented the device for electrostimulation "VEB-1" which is intended to activate the functional systems of a body by the influence of waves on a nerve plexus by means of a frequency beat method. This article is the second one in a series of articles on the influence of this device on the parameters of the neuroendocrine-immune complex and the metabolism of various categories of people. Materials and methods. The objects of the observation were 14 men aged 24-59 years without any clinical diagnosis but with the dysfunction of neuro-endocrine-immune complex and metabolism. In the basal conditions we determined the level of some routine metabolic parameters in the blood: cholesterol, bilirubin, urea, creatinine, glucose, amilase, alanine and asparagine aminotranspherase as well as protrombine. Then the volunteers were subjected to an electrostimulation session which lasted for 21 minutes during four days. One day after the last session, the metabolic tests were re-registered. Results. It has been found out that metabolic effects of electrostimulation are ambiguous. On the one hand, the elevated levels of asparagine aminotranspherase, cholesterol and unconnected bilirubin have been reduced, while such levels as urea and amylase have increased even more and the level of prothrombin has become even lower. Such changes were rated as favorable. Conclusion. A four-day electrostimulation course has made notable modulating favorable effects on men with the dysfunction of neuro-endocrine-immune complex and metabolism. Article recieved: 07.12.2018

Keywords: electrostimulation, frequency beat method, metabolic parameters

Full text: PDF (Eng) 439K

References
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