THEORY OF INFORMATION AND ITS APPLICATION IN MEDICAL REHABILITATION
DOI:
https://doi.org/10.11603/bmbr.2706-6290.2019.1.10583Keywords:
informational research, medical rehabilitationAbstract
The aim of the work. To learn and summarize the results of information research on the effectiveness of medical rehabilitation at biochemical and biophysical levels.
Materials and Methods. The information method and the mathematical apparatus of information theory were used.
Results and Discussion. Reducing redundancy creates a risk of light information breakage and disruption for the biological system. When the redundancy increases, the rate of information transfer decreases. Excessive increase in redundancy causes the channels to be overloaded with excessive messaging, which reduces the amount of new information received by the receiver per unit of time over a given communication channel, so that with very large redundancies the information system loses its efficiency, lability and becomes more inert.
Conclusions. Information characteristics can be used as quantitative criteria for evaluating the effectiveness of treatment and selecting the best methods. Experience in the clinical use of galvanization and drug electrophoresis indicates the efficiency of using galvanic current with a density of 0.03‒0.05 mA/sm2. The given materials testify to the prospect of using applied information theory in biomedical research. Information theory can be applied to determine the sensitivity of biochemical systems to physical factors, to determine the optimal range of their action and to evaluate the effectiveness of medical rehabilitation for various diseases.
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