https://doi.org/10.15344/2455-7498/2024/185
Abstract
The central question in this study is how controlled physiological processes should be used in physiotherapy. The main finding and its importance is that controlled physiological changes in homeostasis should be used by educating and training the patient’s healing in these conditions.
This article reviews the physiological reasons for using the homeostatic processes in the damaged human body and the application of physiological manipulations on patients with the aim of increasing the treatment results and the clinical significance of the physiotherapeutic impact, and more specifically in the case of the use of already widespread magnetotherapeutic methods.
Therefore, the new physiotherapeutic, physical impact proposed has two components-on the one hand, appropriate physiological manipulations with homeostatic changes, and on the other – simultaneous standard magnetotherapeutic procedures.
An example of the application of the impact on human limbs-treatment of algodystrophies (in diseases and injuries) of the knee joint by physical training impact-Lekcionem Human Corpore. In this case, the physical training impact has two components-external, cuff-dependent occlusions and reperfusions of the blood circulation of the limb proximally to the focus of the disease (about 2 to 4 cm proximally to the kneecap on healthy tissues) and the external magnetic impact on the focus and the adjacent healthy tissues.
Summary comparison of treatment effectiveness–in the main group patients, in comparison with the control group patients were obtained clinically significant, clearly visible positive results, restoration of normal or sufficiently close to normal vital functions and activities, and practically completely acceptable increase in their quality of life. The physiological approach in physiotherapy consisting of controlled, educational changes and homeostasis processes in the damaged part of the human body achieves remarkable, positive, clinically significant healing results.