Evaluation of the clinical effectiveness of the method for determining the personalized correction of the patient’s lifestyle and new promising predictors

Objective — to assess the clinical and diagnostic efficiency of the method for determining the personified correction of the patient’s lifestyle targeted on the increase the effectiveness of measures for the prevention and treatment of non‑communicable diseases in Ukraine. Materials and methods.  Method of the direct assessment of the personified correction of the patient’s lifestyle was applied to 247 respondents (60 functionally healthy athletes, 111 functionally healthy non‑athletes, 76 patients with NCDs) in the open, non‑randomized, controlled study using valeological testing, instrumental bioimpedance measurement, and analysis of a short recording of Heart Rate Variability. Results. Cluster differences have been reveled between the groups as regards the formation of a healthy lifestyle; non‑compliance with the principles of healthy lifestyle in the groups of functionally healthy non‑athletes and patients with NCDs, which was confirmed by significant difference in the indicators of body composition (deficiency of muscle mass, impaired fat metabolism), spectral analysis, variational pulsometry is a short recording of heart rate variability. Results. Cluster differences in the formation of the level of a healthy lifestyle, non‑compliance with the principles of healthy lifestyle in the groups of functionally healthy non‑athletes with NCDs were found. This was confirmed by personalized analysis data, significant differences in body composition indicators (lack of muscle mass, impaired fat metabolism), spectral analysis, variational pulsometry, short recording of heart rate variability. Conclusions. The method for determining the personalized correction of the patient’s lifestyle is an effective method for identifying and preventing non‑communicable diseases, in particular at account of the possibility to assess the novel early predictors — the content of muscle tissue and the functional state of the body based on the results of the analysis of a short recording of heart rate variability.