Hydrogen Gas Inhalation for Treating Advanced Cancer
Summary
Since 2007, studies have suggested that inhaling hydrogen gas can provide health benefits. Initially, researchers found that it protects the brain from injuries like strokes. Hydrogen gas is known for its powerful antioxidant and anti-inflammatory properties, and there is evidence it may also help fight cancer. Recent studies indicate that inhaling a high concentration (66.7%) of hydrogen gas may slow the growth of lung and ovarian cancer and reduce the formation of new blood vessels feeding tumors.
Case Study: A 72-Year-Old Woman with Advanced Gallbladder Cancer
A 72-year-old woman was diagnosed with advanced-stage gallbladder cancer, confirmed as Stage IV. The disease had spread extensively to the liver, lymph nodes, pancreas, and duodenum, causing a blockage in her upper digestive system. Her condition was severe, with extreme fatigue, anemia, low protein levels, and a history of heart disease and high blood sugar (up to 22 mmol/L). Conventional cancer treatments were not an option due to her poor health.
The patient opted to try hydrogen gas therapy as her sole treatment. She inhaled hydrogen gas (66%) using a device through a nasal cannula, starting with 2 hours daily and gradually increasing to 6 hours per day over a month.
Results
- First Month: Tumors initially appeared to grow, and tumor marker levels (CA19-9, AFP, and CEA) rose. However, the patient’s overall condition improved, with increased red blood cells, hemoglobin, and protein levels.
- Two Months: The patient experienced fewer episodes of vomiting, allowing the removal of a gastroduodenal tube.
- Three Months: Tumor markers returned to normal levels, and CT scans showed a reduction of over 50% in tumor size. Her blood sugar levels normalized, and she no longer required insulin.
- Ten Months: The patient remained in remission, with significant improvements in overall health.
Key Insights
This case is the first report of long-term remission in advanced gallbladder cancer following hydrogen gas inhalation. The initial tumor growth, followed by continuous improvement, resembles a pattern seen with certain immunotherapy treatments, known as “pseudoprogression.”
Hydrogen gas may help by modulating the immune system in addition to its antioxidant and anti-inflammatory effects. Research suggests it could restore immune cell activity and reduce exhaustion in T cells, which are crucial for fighting cancer.
Conclusion
Hydrogen gas inhalation shows promise as a treatment for advanced cancers, potentially offering hope for patients who cannot tolerate traditional therapies. Further research is needed to confirm these findings and explore its full potential.
- Published: August 19, 2019
