of systemic express control over the effectiveness and safety of frequency-resonant effects at the cellular level by the method of fluorescence probing of native blood
AUTHORS : Morozovaone G.I. | Vorozhbitone V.U. | Anoshinone A.A. | Volikov2 Yu.K. | Budoragin2 E.S
RELEVANT UNIVERSITIES : one Peoples’ Friendship University of Russia, 2Central Design Bureau of Civil Aviation, g.
Moscow, Russia
YEAR : 2005
The meaning and ultimate goal of frequency-resonance and other methods of biocorrection is the inclusion of the body’s own resources to optimize the work
of its regulatory systems, i.e. adaptation mechanisms [one]. The cells of living blood, as in a mirror, reflect the complex biochemical and
biophysical processes of this regulation, associated primarily with the work of the neuroendocrine and immune systems. The resulting immune response to a
corrective effect and its prolongation in time depends on the initial physiological status of immune cells associated with their energetic (mitochondrial) activity and
the level of transmembrane potentials (TMP) [2–4], and also depends on the intensity of reactions of various cellular links and their consistency [3, 5].
