Abstract:

The relevance of the topic is that the physiology and functioning of the VNS analysis with the subsequent introduction into the biotechnical system for predicting the human condition is conducted. To achieve the goal of the work, we must solve the following problems: 1. Conduct morphological and functional VNS’s physiology analysis, based on the obtained analysis to build a systemic and functional VNS model; 2. To conduct factor analysis of the young organism heart vegetative regulation. 3. To carry out the analysis of VNS’s work in a quiet state and at physical activities. The object of study is the process of changing the main and derivative VNS indicators. The subject of the study - analysis methods of the VNS morphological and functional status. Research methods - system analysis. Factor analysis, Student test for independent samples, cardio interval analysis. Mathematical analysis was performed by Excel using ANOVA modules, factor analysis, ttest for independent samples. The following technique was used to study the response of the VNS to physical activity. The study was performed on a selected group of 4 men actively involved in sports, aged 25-30 years and 44 women aged 18 to 29 years. The autonomic Kerdo index was used as a measure of the autonomic nervous system tone. The scientific novelty of the obtained results is that the VNS physiology and functioning systematic analysis was performed first. The practical significance of the results obtained. The results obtained can then be used to create a biotechnological system for predicting human condition. The reliability of the models is confirmed by the experimental studies on the model. The probability of experimental studies is confirmed by statistical analysis: factor analysis, t-criterion for independent samples.

Keywords: VNS, statistics, system analysis