Application of kinesitherapy within the process of rehabilitation of patients with Charcot-Marie-Tooth nerval amyotrophia

Abstract

Introduction and aim. Researching inherited polyneuropathy is vastly topical in the course of the contemporary practice of physical therapy and ergotherapy. The article unveils the results of the application of kinesitherapy in the process of rehabilitation of patients with Charcot-Marie-Tooth nerval amyotrophia. Inherited Charcot-Marie-Tooth neuropathy is a genetical disease, which is manifested with the slow reduction of the size of muscles of limbs and weakening of distal locations, is the most widespread clinical form of inherited polyneuropathies, which affect people regardless of generational and gender-based; mostly young and workable people become the objects suffering from its impact. Description of the case. Due to the relatively low frequency of the multiplication of the disease within the population (according to the data from clinical statistics, the prevalence of all types of Charcot-Marie-Tooth amyotrophia per 100 thousand people is approximately 36 cases) four patients with Charcot-Marie-Tooth nerval amyotrophia aged in the area from 14 to 20 years took part in the research. In the course of the research, we applied the method of electroneuromyography, which provided the opportunity of detecting the rate of impulse impact via afferent and efferent ways, the duration of M-response and the number of movable entities within lower limbs. Conclusion. As a result of classes being held and carried out according to the experimental kinesitherapy study program, there was the detection of positive tendencies of changing the psychophysical state of patients, diagnosed with “Charcot--Marie-Tooth nerval amyotrophia”.

Impact of using the principle of spectral-dynamic analysis of the intensity of the electret field of the "Vim Vitae" electronic complex on a living organism

“…Introduction biological feedback technologies, modern software-diagnostic information-metric systems and devices based on wireless communication, 3D technologies, modern tele-, audio-and video-communications, quantum nonlinear methods of assessing homeostasis, as well as biomedical devices and devices for functional diagnosis, screening and remote monitoring of health into the system of disease prevention, health care and rehabilitation will allow in the future to implement the idea of early diagnosis of diseases in practice (Andrieieva et al, 2021;Rybalko et al, 2023;Mykhalchuk et al, 2023;Popovych et al, 2023).…”