Hyperthermia Cancer Treatment: A Potentially Effective Therapeutic Option
Introduction
Hyperthermia Involves Using Heat To Damage And Kill Cancer Cells. While Surgery, Chemotherapy And Radiation Therapy Have Been The Mainstay Conventional Cancer Treatments, Hyperthermia Offers An Alternative Approach With Fewer Side Effects. In This Article, We Will Explore What Hyperthermia Is, How It Works, Different Types Of Hyperthermia Treatment And Its Potential As An Effective Therapy Option Either Alone Or Combined With Other Treatments.
What Is Hyperthermia?
Hyperthermia Cancer Treatment Refers To Raising The Temperature Of Tumors Or The Entire Body To Around 106°F Or Higher Through Non-Invasive Or Minimally Invasive Means. Temperatures Up To 113°F Are Generally Used In Hyperthermia Treatment. The Heat Is Usually Delivered Through Radiofrequency, Microwave Or Ultrasound Waves, Infrared Radiation Or Hot Water. The Mild To Moderate Heat Generated Damages And Kills Cancer Cells Or Makes Them More Sensitive To Radiation And Chemotherapy.
How Does It Work?
All Living Cells Are Damaged When Exposed To Temperatures Above Normal Range (98.6°F). However, Cancer Cells Are More Sensitive To Heat And Are Damaged At Lower Temperatures Than Normal Cells. When The Tumor Temperature Is Raised Above 106°F During Hyperthermia Treatment, The Cancer Cells Become Leaky And Dysfunctional. The Exposure To Heat Also Triggers Cell Death Mechanisms Within The Cancer Cells Through Processes Like Apoptosis And Necrosis. The Mild Heating During Hyperthermia Does Not Significantly Harm Normal Cells Due To Their Ability To Carry Out Protective Functions At Higher Temperatures.
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