DIAGNOSTIC AND THERAPEUTIC DEVICES BASED ON THE LAWS OF ELECTRODYNAMICS
Abstract
This article provides a comprehensive and in-depth analysis of the physical and mechanical foundations, biological mechanisms of action, clinical applications, effectiveness, and prospects of diagnostic and therapeutic medical devices based on the laws of electrodynamics in the context of Uzbekistan. The fundamental laws of electrodynamics enable precise modeling and utilization of electromagnetic processes occurring in biological tissues. The article examines in detail the operating principles, biological mechanisms of action, clinical effectiveness, and safety of diagnostic devices such as ECG, EEG, EMG, magnetic resonance imaging, and bioimpedance analysis, as well as therapeutic devices including galvanization, diathermy, UHF therapy, pulsed electromagnetic fields, transcranial magnetic stimulation, and heat therapy. These devices offer high accuracy in the early detection of diseases, shorten treatment duration in therapy, minimize side effects, and are highly cost-effective.
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