Object of the research: processes which occur in the organism of dogs under the influence of electromagnetic radiation of extremely low frequency.
Aim of the work: theoretically and experimentally substantiate the use of bioresonance method of estimation and correction of the functional state of organs and systems of organism in dogs.
Methods of the research: physiological (research of higher nervous activity and vegetative status of dogs), biochemical (determination of content of metabolites exchange of substances and activity of enzymes), immunoenzymatic (determination of content of insulin, triiodothyronine, thyroxin and thyrotropic hormone), physical (measuring of conductivity of biologically active points), zootechnical (determination of body mass), statistical (determination of average values and their errors, level of authenticity, onefactor dispersible and regressive analysis).
Scientific novelty: For the first time new conception was formulated in relation to the bioresonance method of estimation and correction of the functional state of separate organs and systems in the organism of dogs. For the first time in experiments on dogs interrelation between conductivity in bioactive points in case of application of microresonance contours and functional state of organs and systems in dogs was proved.
It was determined that properties of biologically active points in dogs have individual character, tend to continuous change depending on the functional state of organs, systems, regulator mechanisms, and depend on body mass of animals.
For the first time informativity and authenticity (depending on the tested system makes up 89,5–97,0 %) of estimation of the functional state of separate organs and systems in dogs by bioresonance method was determined. For the first time bioresonance method of determination of the type of higher nervous activity and vegetative status of animals were developed.
New scientific data was obtained in relation to efficiency and expedience of application of bioresonance method of correction of metabolism, heterospecific immune defence, reproductive function, metabolic function of liver, indexes of conditioned reflex activity, functional state of the system of oxygen transport, antioxidant defence and urination in the organism of dogs.
Suggested: Complex system of donozological functional diagnostics of physiological state of organs and systems of organism in dogs, namely — a new approach to the electromagnetic interaction with biological objects with the use of low frequency spectrums of oscillation of electromagnetic waves and determination of their reference values.
Implemented: It was practically grounded and proved the efficiency of application of complex estimation and correction of functional state by bioresonance method with the help of complexes «Parkes-D» and «Parkes-L» which are implemented in clinics of veterinary medicine «Druzhochek» and «Pussy Cat» in Kharkiv. Results of research of application of new organizational and methodical approaches in relation to the estimation and correction of the functional state of separate organs and systems of organism that supplement modern concepts concerning features of functioning of the energy informative system of organism of animals.
Obtained data in relation to bioresonance method was offered for physiologists, clinicists and biochemists in research work, and also in proper parts of educational literature.
Main concepts of dissertation are implemented in educational process and research work at physiology departments of Kharkiv State Zooveterinary Academy, National University of Bioresources and Nature Management of Ukraine, Bilotserkivsky National Agrarian University, Sumy National Agrarian University, Podilsky State Agrarian-Technical University, Dnipropetrovsk State Agrarian University, Poltava State Agrarian Academy and Institute of Biology of Animals NAAN.
