| 摘要 |
An electroimmunization chamber consists of a horizontal space designed for treatment of patients with HIV, who place themselves in supine lying position, and the upper part of which has a cover with adjustable height with a magnetic pulse generator. The patient rest area also contains fixed electrodes in the lower part and variable electrodes in the upper patient area, which generate electrical impulses that supplement the magnetic pulses. The mechanisms for control and regulation of the chamber ensure dosing of electro-magnetic energy that acts on the ionic channels of the GP120 protein that is present in HIV. These channels open and lose the necessary energy used for interacting with the CD4 receptors, which are marking molecules on the cell surface, which recognize certain antibodies.
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