Hydrogen agriculture |氢农业

is an innovative agricultural practice that utilizes hydrogen gas (H₂) or hydrogen-producing materials, such as hydrogen-rich water irrigation or hydrogen fumigation, to enhance the yield and quality of crops, forestry, livestock, and fishery products. It leverages hydrogen’s biological effects, including its antioxidant properties, promotion of plant growth, and soil improvement, and can be categorized into types like facility horticulture hydrogen agriculture, field hydrogen agriculture, and household hydrogen agriculture. Currently, hydrogen agriculture shows promise in seed germination, flowering regulation, fruit and vegetable preservation, and pest control—e.g., hydrogen water can partially replace pesticides and improve soil...

Hydrogen Chinese Medicine Technology | 氢中药科技

is an emerging interdisciplinary field that integrates the antioxidant and cell-protective properties of hydrogen gas with the traditional Chinese medicine concepts of "Qi" and Yin-Yang balance, exploring its potential applications within a TCM framework—such as using hydrogen inhalation or hydrogen-rich water to enhance herbal treatments for chronic diseases and promote Qi-blood circulation and overall health—though further theoretical development and clinical validation are still needed.

Hydrogen medical dressing | 固态氢敷料 |氢医学

Hydrogen dressing is an innovative medical dressing that harnesses the biomedical effects of hydrogen gas (H₂), typically delivering it slowly to wounds or skin surfaces through specialized materials like hydrogen-rich hydrogels, hydrogen-generating microparticles, or nano-carriers. It integrates hydrogen’s antioxidant, anti-inflammatory, and cell-repair-promoting properties to accelerate wound healing, reduce inflammation, and suppress infection. Suitable for burns, chronic ulcers, surgical wounds, and similar conditions, hydrogen dressings are non-toxic, non-irritating, and user-friendly. Compared to traditional dressings, they may significantly enhance tissue regeneration by creating a localized hydrogen microenvironment. Currently in the research and clinical trial phase, hydrogen dressings hold promise as a future option for advanced wound care.