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Articles 24
- Hypoventilation breathing as a means of increasing the adaptability of the human body to intense physical work to failure pp. 15-21
- Tisue oximetry signal analysis for the estimation of the individual reaction on breathing under the negative inspiratory pressure pp. 55-63
- Обезболивающая электростимуляция, управляемая дыханием пациента
- Синхронизация сердцебиения и ритма регуляции сосудистого тонуса с дыханием
- A study of the mechanisms of the human cardiorespiratory system's response to physical activity and to the inspired oxygen and carbon dioxide concentrations changes via compartmental mathematical model pp. 35-46
- The method of increasing human’s body adaptive capabilities through the combined effects of physical activity and interval hypoxic training approbation pp. 44-53
- The system of allocation of the breathing pattern from thoracic bioimpedance signals pp. 68-74
- Development of the smartphone application for post-covid physical rehabilitation to control motor activity, cardiac rhythm and respiration depth pp. 46-53
- Influence of speleoclimatotherapy on the dynamics of parameters of respiration, heart rate and blood flow in a healthy adult pp. 28-37
- Control of the vital parameters of the experimental animal pp. 53-61
- Electrical stimulator with biosynchronization signals impact pp. 60-64
- Microbial fuel cell as of the model of floccule - structurally functional unit of activated sludge pp. 42-47
- Functional condition of the person at hours-long stay in conditions giper-kapniya and normokapniya together with normoksiya, the hypoxia and giperoksiya pp. 17-23
- The use of breathing techniques in forming speech breathing in children with a pseudobulbar dysarthria pp. 14-15
- The cytostatic action of iron oxide nanoparticles pp. 158-164
- Influence of breathing frequency on cardiorespiratory variables pp. 62-63
- Changes in Cerebral Hemodynamics Due to the Negative Insiratory Pressure pp. 65-72
- Imitation of Influence of the Increased Concentration of Dioxide of Carbon on Gasexchange of the Person on the Basis of Mathematical Model Respiratory System pp. 49-58
- Изменения в церебральной гемодинамике под влиянием отрицательного инспираторного давления pp. 65-72
- Mathematical Model of Chemical Regulation of Respiratory System of the Organism pp. 67-71