Tumour target thermotherapy method based on metallic grain or its compound thermal chemical reaction

Abstract

The invention relates to a tumor targeting hyperthermia method based on metal particles or thermochemical reaction of the compounds thereof. First, the tumor size and position are determined by a B-ultrasound, a CT or an nuclear magnetic resonance image; reactant to be used is determined according to the tumor size and position and is put into the a conveying cavity at the rear part of the stent of a syringe; under the guide of the imaging equipment, the skin that is in the position of the tumor is punctured, and the syringe is inserted into the targeting tissue of the tumor, then the reactant is injected inside the targeting tissue of the tumor; the reactant is micro nanometer metal and the compound thereof and can generate chemical heat to lead tumor tissue necrosis so as to reach the purpose of tumor tissue thermotherapy after combining with the DNA molecules of the human body. The tumor hyperthermia method is easy to carry out conformal treatment to the tumor of complex shape; the reactant is injected under room temperature, therefore the surrounding health tissue cannot be burnt during injecting; besides, the invention has the advantages of fast heatingup response speed, good treatment effect, low cost, convenient operation, etc.

Description

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AI Technical Summary

Benefits of technology

This patented inventive technique involves inserting an implant called nanosilver (silicon) inside cancer cells before they are taken out alive by surgery. When this treatment stops working properly, tiny holes form within them allowing blood vessels to flow freely throughout the body without causing any harm during healing process. These holes help release some energy stored in surrounding healthy areas when exposed to high temperatures. By adding these materials together afterward, the treated region becomes more sensitive to temperature changes than if just one was used alone. Overall, this new approach simplifies the operation and makes possible effective treatments against brain tumors caused by chemotherapies like temozolomide.

Problems solved by technology

Technologies aim towards developing new therapies like cancer immunomodulation techniques have emerged but they face challenges related to efficient delivery of therapeutic agents into specific areas while avoid harmful impacts caused by current technological solutions. Current approaches involve various types of radiation exposure, including X ray irradiation, ionizing radiation, and others, making them potentially dangerous and causing severe injury to both physicians and patients. Nanotoxins offer potential alternatives because they provide precise control over cellular functions through chemical reactions. They may achieve better efficacy than traditional ways of inducing destructiveness against diseased tissue, reducing risk and improving outcomes compared to conventional methods.

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