| 摘要 |
FIELD: comparative examination of biological objects, applicable in biology and medicine. SUBSTANCE: the method consists in the fact that bioassays of the investigated and pilot objects are burnt the respective parameters of measurement are formed. The bioassays of the investigated and pilot objects represent a released gas component respectively of a human and environment. Extraction of the gas component is carried out in a direct contact with the human integument in the thermoequlibrium condition with the ambient air, step-by-step investigation of the whole integument of the human is carried out, and a map of the zonal distribution of the measuring parameters is drawn. The activity of the zone is determined, and the most active zones are fixed, in which the rate of attainment of the maximum value of the level of signal measurement is determined and recorded as the rate of growth of the human gas component. Determining the rate of growth of his gas component daily in one and the same conditions, and its individual mean-statistical value is determined. By the deviation of this value of the measured rate of growth 0f the gas component towards increase at a decrease a rise or reduction of the human tonus is determined. The efficiency of action of therapeutic measures on the patient is determined after their completion by deviation of the measured rate of growth of the gas component from its individual mean-statistical value for the given patient. EFFECT: expanded functional potentialities, provided measurements in the real time scale. 2 cl, 3 dwg, 1 tbl
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