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Related Papers - Cancer

Cancer- Hydrogen Gas: From Inflammation Treatment to Cancer Therapy



ACS Nano 2019 | Fuzhou University & NIH
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.
Conclusion
  • The study investigated the anti-inflammatory, antioxidant, and anticancer effects of hydrogen gas (H₂) using both animal models and human clinical trials.
  • Hydrogen therapy was administered via inhalation, oral intake, and injection, and efforts were made to maximize therapeutic efficacy through nanomaterial-based targeted delivery systems.
  • The results demonstrated that hydrogen therapy was effective in inhibiting tumor growth, reducing oxidative stress, and modulating inflammatory responses, with enhanced outcomes observed when nanomaterial-based targeted delivery systems were employed (p < 0.05).
Wu et al., ACS Nano (2019) Perspective on H₂ nanomedicine