Bryuzginova N. Method and equipment for diagnostics and treatment of cerebrovascular pathology of using electromagnetic radiation in the millimeter range

The dissertation is devoted to development of a new multipurpose cytobiophysical method and a new hardware complex for diagnostics, treatment and monitoring of a condition of patients of cerebrovascular pathology by means of electromagnetic waves of the EHF range. Methods that use EHF band EMI for the diagnosis at the cellular level of pathological conditions of the human body and treatment by EHF chemotherapy are considered. A mathematical model of physical processes in a device for irradiating biological fluids is presented. A new multifunctional cytobiophysical method for determining the individual sensitivity and effectiveness of EHF chemotherapy has been proposed. A hardware complex for the treatment, prognosis and control of the effectiveness of treatment of EHF chemotherapy of cerebrovascular diseases has been created. A modified design of the resonator is proposed, which allows to irradiate BE cells in an aqueous medium. Electrodynamic modeling of the distribution of the EHF EMF electromagnetic field in a cylindrical resonator with large and small doses of absorbing liquid was performed. Four types of reaction of BE cells of patients with cerebrovascular pathology under the influence of irradiation of the EHF range are revealed. It is shown that within one hardware complex it is possible to effectively determine the individual sensitivity of patients to EHF therapy, to perform the procedure of EHF autohemotherapy, as well as to monitor the effectiveness of treatment for cerebrovascular diseases.