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Related Papers - Cancer

Cancer- Hydrogen Gas: From Inflammation Treatment to Cancer Therapy



ACS Nano 2019 | Fuzhou University & NIH
All
pbm-1
WB-PBM Therapy
therapy-2
Hyperbaric Oxygen Therapy
therapy-3
Hydrogen Therapy
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Wave Motion
niame
NitroBiome
From Inflammation Treatment to Cancer Therapy
Nanomaterial-based H₂ delivery systems can achieve targeted hydrogen therapy with enhanced efficacy for cancer and inflammatory diseases. In short, scientists found a way to make hydrogen therapy work better — by using nanomaterials that deliver it right to the sick tissue.
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What Did They Discover?
Hydrogen can travel through special nanocarriers, reaching inflammation or tumor sites directly instead of spreading everywhere.
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How Does It Work?
In lab tests, this method reduced oxidative stress, calmed inflammation, and helped kill cancer cells more effectively.
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Why Does It Matter?
This targeted approach could make hydrogen a more precise and longer-lasting treatment, not just a simple gas therapy.

Key Mechanisms

Role
What Hydrogen Does
Antioxidant
Removes toxic oxygen molecules that damage cells
Anti-inflammatory
Lowers signals that cause swelling and pain
Anti-tumor
Helps destroy harmful cells in cancer tissues
Conclusion
Combining H₂ therapy with nanomaterials represents a paradigm shift from systemic to precision gas therapy. This approach enables targeted delivery, controlled release, and synergistic effects with conventional treatments, opening new avenues for cancer therapy and inflammatory disease management.
Wu et al., ACS Nano (2019) Perspective on H₂ nanomedicine