Method and apparatus for treatment of viral infections
OwnerVictor Lander, Jacob Gitmaninventors
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Abstract
The Method for the treatment of patients with viral infections such as COV-2-BARS or others using Microwave Resonant Absorption (MRA) effect in viruses and based on Structure Resonant Energy Transfer (SRET) that causes Confined Acoustic Vibrations (CAV) in infectious viruses and, as a result, their destruction. Devices using coupling of multi-frequency microwave energy to the patient organs infected with virus with Near Field Focused (NFF) antenna arrays, implemented to irradiate infected organs such as lungs, larynx, and nasofarinx by exciting high amplitude acoustic vibrations to fracture the outer protein shell (capsid) of the virus and completely or, at least, partially inactivate it.
Claims10
A method for treatment of a patient infected with a virus type having an acoustic resonant frequency in a microwave band 3 GHz-100 GHz, comprising:
- identifying the virus type which infected the patient;
- determining an acoustic resonant frequency or an acoustic resonant frequency range corresponding to the identified virus type;
- designating a patient's organ for treatment and identifying a threshold field strength and a power density required for at least a partial destruction of a viral load of the identified virus type in the patient's organ;
- mapping the patient's organ designated for the treatment and using mapping results for programming a beam-forming antenna array;
- developing a model for the organ designated for the treatment;
- moving a focal spot of the beam-forming antenna array over at least a partial volume of the organ based on the mapping results;
- irradiating the at least partial volume of the organ with microwaves having sufficient field strength and power density in the focal spot for the at least partial destruction of the identified virus type in the patient's organ and
- controlling, with a microwave radiometer connected to the beam-forming antenna array or to a separate near-field-focused (NFF) antenna array, the field strength and the power density such that a temperature at tissue layers of the organ designated for treatment to prevent overheating of surrounding tissues around the irradiated at least partial volume does not exceed a safety level to prevent overheating of surrounding tissue.
Dependencies are inferred from the claim text.