Announcement
  • Regulators of nitric oxide signaling pathway in the central nervous system: the role of plant bioactive products. Nitric oxide in the central nervous system: An emerging biomarker for neurodegeneration. Hydrogen sulfide and vascular dysfunction: prospects for natural and synthetic donors in clinical applications. Focal and transient (de)oxygenation in disease: implications for pathology and therapeutic intervention. Microbiota-medical gas interactions: an emerging axis in physiology and therapeutics.
  • Nitric oxide and hydrogen sulfide signaling pathways are involved in benign prostatic hyperplasia: pathophysiological development and novel therapeutic strategies. Therapeutic gases and the Nrf2/Keap1 pathway: direct thiol modification vs. indirect modulation. Machine learning-derived serum carbon dioxide trajectories in predicting prognosis of patients with acute aortic dissection. Exhaled nitric oxide measurement in patients with connective tissue diseases associated with interstitial lung disease: a narrative review. Nitric oxide and wound healing: an update.
  • A chlorine gas-derived weapon of the immune system: new developments in hypochlorous acid determination. Gas chromatography in the analysis of essential oil of the genus Lippia against Escherichia coli. Oxidative stress, aging, metabolism, SIRT1, and the gut microbiota: the neurocardiac basis of cognitive loss. Roles of gas molecules and related factors in knee cartilage injury and repair: a bibliometric visualization analysis of research hotspots. Photodynamic therapy based on indomethacin-conjugated photosensitizers: targeting cyclooxygenase-2 in cancer treatment.
  • Medical gas: dual role in ocular treatment and diagnostic applications. Normobaric and hyperbaric gas therapies in neurodegeneration: toward a multimodal protocol for early intervention. SpO2/FiO2 ratio: an estimation of PaO2/FiO2 ratio in invasive mechanically ventilated patients in high altitude areas. Protocols in the therapeutic use of medical ozone: a matter of debate. Nitric oxide pathways improve energy metabolism in older adults.
  • more>

    ABOUT US

    世界氫醫學研究院有限公司,是以氫醫學、再生醫學、生命健康科學為核心研究方向的專業科研機構。研究院專注前沿生命健康領域的基礎研究與應用技術探索,匯聚海內外氫醫學、再生醫學、大健康領域的專家與學者資源,搭建開放性、專業化的學術研究與技術交流平台,持續推進行業技術迭代與學術發展。

    研究院核心工作聚焦學術科研與技術創新,圍繞氫醫學與再生醫學開展理論研究、技術攻關與科研成果轉化應用,同步開展人工智能技術、健康數據系統、醫療智能軟體的研發與優化,為健康產業數位化發展提供技術支撐。同時積極開展學術交流、行業技術培訓、學術會議策劃與技術推廣工作,助力行業規範化、高品質發展。

    依托紮實的科研積澱與多元的專家智庫資源,研究院有序開展生物健康技術、康復養生技術、再生醫學技術的諮詢與技術轉移服務,圍繞健康設備、氫氧健康儀器、醫療護理相關產品開展技術配套與產業服務工作,並依法合規開展技術與貨物進出口、產業諮詢等配套業務。

    研究院始終秉持「科技賦能健康、創新助力發展」的科研理念,堅持產學研用相結合,以務實的科研態度深耕前沿健康科技領域,持續輸出研究成果與技術服務,積極推動全球氫醫學與再生健康領域的學術進步與產業融合發展。

    World Hydrogen Medicine Research Institute Limited is a professional research institution dedicated to hydrogen medicine, regenerative medicine and life health science. Focusing on basic research and applied technological exploration in cutting-edge life health fields, the institute gathers experienced experts and scholars from home and abroad in hydrogen medicine, regenerative medicine and general health sectors. It serves as an open and professional platform for academic research and technical exchange, and promotes continuous technological upgrading and academic progress in the industry.

    Our core work covers academic research and technological innovation. We conduct theoretical research, technical exploration and achievement transformation in hydrogen medicine and regenerative medicine, and commit to the R&D and optimization of artificial intelligence technology, health data systems and medical intelligent software, providing solid technical support for the digital development of the health industry. We also actively organize academic exchanges, professional technical training, academic conferences and technology promotion to support the standardized and high-quality development of the industry.

    Backed by solid research accumulation and diverse expert resources, the institute provides professional technical consultation and technology transfer services for biological health, rehabilitation and regenerative medicine technologies. It supports industrial services for health equipment, hydrogen-oxygen health instruments and medical care products, and conducts compliant import and export of technologies and goods as well as industrial consulting services.

    Adhering to the research philosophy of "Empowering Health with Technology, Promoting Development through Innovation", we focus on the integration of industry, academia, research and application. With rigorous and practical research standards, we continue to deliver reliable research outcomes and technical services, and actively drive academic progress and industrial integration in the fields of global hydrogen medicine and regenerative health.

    About WHMRI

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