Modeling in laboratory animals of physiotherapeutic methods of reduction nervous system hyperactivation after physical activity and psychological stress including on the background of the chemical stimulant action

The main method of support of high level human efficiency in extreme condition was using pharmacological psychostimulating agents in practice of emergency and disaster medicine. As a result of high level stress effect as known probability of superfluous stimulatory action had lead to nervous system hyperactivation. Possibilities of reduction nervous system hyperactivation after physical activity and mental stress by transcranial electrocerebral rhythmical stimulation methods on the background of the stimulant action or without it modeling in laboratory rabbits discussed in this article. We had been shown on basis of heart and respiratory activity indices effectiveness of diagnostics of inhibitory effect on physiological system by the low-frequency rhythmical electrical subcortical brain stimulation. Respiration rate was more sensible to changes of animal functional status then heart rate. Duration of electrocerebral stimulation should increase by 5 min minimally subject to nervous system hyperactivation as compared with normal condition.

электросон, ритмическая стимуляция подкорковых структур головного мозга, низкочастотная ритмическая электростимуляция, лабораторные животные, electrical sleep, rhythmical stimulation of subcortical brain structures, the low-frequency rhythmical electrical stimulation, laboratory animals

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