- Causes heat accumulation in cancer cells
- Constriction and damage of new blood vessels in cancer tissue
- Direct necrosis of cancer cells
The history of hyperthermia
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3000 BC
Treatment of breast tumors using high temperature
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2600 BC China
Heat treatment using moxibustion on the Yellow Emperor's Inner Canon
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700 BC Ancient Rome
Physical therapy using heat
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2,500 years ago during the Three Kingdoms period
Treatment using hot springs
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Finland 2000 years ago
Using heat to recover from fatigue through saunas
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18th century American Indians
using hot mud to treat arthritis and neuritis
Hippocrates(BC 460 ~ BC 377년경)
Cure with heat
Effects of REMISSION 1℃’s hyperthermia therapy
hyperthermia
- Increased immunity
- effect of influx of antibodies into the blood and excretion of waste products
- Pain reduction effect
- hormone stimulation, pain suppression
- Reduction of cancer tissue
- blocking cancer cell nutrient supply, enhancing cancer cell necrosis/radiation treatment effect, enhancing anticancer drug effect
Principle and process of necrosis in cancer tissue
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When heat is applied to normal tissues
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it dissipates heat by dilating blood vessels and promoting blood circulation.
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When body temperature returns to normal, blood vessels contract to their original state.
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When heat is applied to cancerous tissue,
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new blood vessels around the cancerous tissue cannot expand, so heat accumulates.
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It causes damage to new blood vessels, reduces blood flow to cancerous tissue, and blocks nutrient supply, leading to necrosis of cancerous tissue.