Hyperthermia is a targeted, non-invasive cancer therapy that is FDA approved to treat cancers in combination with radiation therapy and/or chemotherapy. Multiple scientific and clinical studies demonstrate improved clinical outcomes with no to minimal side effects and no known adverse effects on healthy cells. Our results show hyperthermia works best in conjunction with chemotherapy and/or radiation. We have treated patients who request only hyperthermia and are clinically suited for only hyperthermia. All treatment plans are individualized. If you have decided to only have hyperthermia, it is best to call us so we can determine if it will be beneficial to your treatment plan.
With approximately 40 years of clinical experience, data from numerous research studies show hyperthermia improves treatment outcomes in a wide range of cancers. Hyperthermia is a non-invasive therapy that stimulates and increases blood flow, increases oxygenation, and makes the tumor more sensitive and vulnerable to the body’s natural immune defenses as well as to radiation and/or chemotherapy.
Hyperthermia helps to improve your body’s ability to fight cancer by triggering natural immune defenses, similar to giving the tumor and surrounding tissue a very high fever. The heat causes the release of many factors including heat shock proteins (HSPs) that prime and stimulate your body’s natural immune cells. When the cancer cells are destroyed, the abnormal proteins inside the cells are often recognized as ‘foreign’ and the primed, stimulated immune cells can react against the cancer cells.
When hyperthermia is applied to the body, the heat can directly damage the tumor cells including the cell membrane, nucleus, and cell skeleton, causing cancer cell death.
Hyperthermia causes tumor cells to become more vulnerable to both radiation and/or chemotherapy. Using hyperthermia treatments in conjunction with radiation and certain chemotherapy will increase blood flow to the tumor. This brings more chemotherapy to the tumor and the increased oxygen brought by the blood helps improve the effectiveness of radiation therapy. In addition, the heat inhibits cancer cell DNA repair, causing more cancer cell death than with radiation and/or chemotherapy alone.