{"id":32148,"date":"2025-11-03T15:04:11","date_gmt":"2025-11-03T14:04:11","guid":{"rendered":"https:\/\/bestelements.de\/?p=32148"},"modified":"2025-11-03T15:17:55","modified_gmt":"2025-11-03T14:17:55","slug":"internationale-konferenz-fuer-wasserstoffmedizin-und-biologie-tokio-2025","status":"publish","type":"post","link":"https:\/\/bestelements.de\/en\/wasserstoffwasser\/internationale-konferenz-fuer-wasserstoffmedizin-und-biologie-tokio-2025\/","title":{"rendered":"International Conference on Hydrogen Medicine and Biology Tokyo 2025"},"content":{"rendered":"

<\/i><\/span>The International Hydrogen Conference at Juntendo University in Tokyo presents the current state of global research on molecular hydrogen (H2<\/sub>) and its applications in medicine, biology, sports, agriculture, and materials science.<\/strong> The program impressively demonstrates the interdisciplinary breadth of hydrogen research. Molecular hydrogen is no longer viewed merely as an experimental therapeutic, but as a forward-looking, safe, and versatile agent<\/strong> with potential in medicine, prevention, sports, and agriculture. BestElements is one of the main sponsors<\/strong>.<\/span><\/div><\/div>

Program and Abstracts<\/h2><\/div>

A total of 46 scientific presentations<\/strong> are being delivered \u2013 including keynotes, invited lectures, special talks, posters, and company presentations.<\/p>\n

Main Topics<\/h2>\n
    \n
  1. Medical Applications and Clinical Research<\/strong>\n
      \n
    • Evidence of the antioxidant, anti-inflammatory, and cell-protective effects<\/strong> of H2<\/sub>.<\/li>\n
    • Applications in cardiovascular diseases<\/strong>, dialysis<\/strong>, Alzheimer\u2019s<\/strong>, stroke<\/strong>, cancer<\/strong>, sepsis<\/strong>, and diabetes<\/strong>.<\/li>\n
    • Studies show improvements in blood pressure, vascular function, metabolism, and immune regulation.<\/li>\n
    • Clinical studies include hydrogen inhalation after cardiac arrest<\/strong> (Prof. Motoaki Sano, Japan) and combination with immunotherapy in cancer patients<\/strong> (Dr. Junji Akagi, Japan).<\/li>\n<\/ul>\n<\/li>\n
    • Neuroscience<\/strong>\n
        \n
      • H2<\/sub> protects nerve cells from oxidative stress and suppresses inflammatory responses in the brain.<\/li>\n
      • Positive results in Alzheimer\u2019s, Parkinson\u2019s, and age-related cognitive decline (Prof. Shigeo Ohta, Japan; Prof. Ikuroh Ohsawa, Japan).<\/li>\n<\/ul>\n<\/li>\n
      • Sports Medicine and Recovery<\/strong>\n
          \n
        • Molecular hydrogen accelerates recovery after physical exertion, reduces muscle damage, and prevents chronic fatigue.<\/li>\n
        • Applications for athletes and in rehabilitation, including post-COVID patients (Prof. Michal Botek, Czech Republic).<\/li>\n<\/ul>\n<\/li>\n
        • Hydrogen Agriculture<\/strong>\n
            \n
          • Hydrogen as a new agricultural aid to promote plant growth, yield, shelf life, and stress resistance.<\/li>\n
          • Contribution to sustainable agriculture through reduced pesticide use (Prof. Wenbiao Shen, China).<\/li>\n<\/ul>\n<\/li>\n
          • Materials Science and Technology<\/strong>\n
              \n
            • Development of \u201cHydrogen Medicine Materials\u201d<\/strong> \u2013 innovative biomaterials that release hydrogen in the body in a targeted way (Prof. Qianjun He, China).<\/li>\n
            • New storage materials and magnesium alloys for medical and industrial use (Prof. Wenjiang Ding, China).<\/li>\n<\/ul>\n<\/li>\n
            • Ethics, Safety, and the Future of Hydrogen Medicine<\/strong>\n
                \n
              • Discussion of safety standards, ethical aspects of clinical research, and international cooperation.<\/li>\n
              • Presentations by industry partners and technology developers on hydrogen devices for inhalation, drinking water, and therapeutic use.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\n

                Special Program Highlights<\/h3>\n
                  \n
                • Keynote Lectures<\/strong> by leading researchers such as Shigeo Ohta, Motoaki Sano, Wenbiao Shen, and Qianjun He<\/li>\n
                • Poster Session<\/strong> featuring current projects by young scientists<\/li>\n
                • Industry Exhibition<\/strong> showcasing practical hydrogen applications<\/li>\n
                • Closing Banquet<\/strong> at Hotel Tokyo Garden Palace<\/li>\n<\/ul>\n<\/div>

                  Conference Topics: Hydrogen Application and Research<\/h2><\/div>

                  In his opening remarks, Prof. Shigeo Ohta<\/strong> emphasized that since the discovery of the therapeutic effects of molecular hydrogen 18 years ago, enormous progress has been made<\/strong>. Research has shown that hydrogen\u2014contrary to earlier assumptions\u2014has diverse and profound health benefits<\/strong>, with excellent safety and virtually no side effects<\/strong>.<\/p>\n

                  Today, studies go far beyond classical medicine and also include sports medicine, agriculture, and beauty sciences<\/strong>. The aim of the conference is to translate scientific knowledge about hydrogen into practical applications.<\/p>\n

                  With 46 scientific contributions<\/strong> from 28 countries<\/strong>, the conference highlights the increasing internationalization of hydrogen research. Particularly encouraging is the strong participation of young scientists who bring creativity and passion to the field, setting new impulses.<\/p>\n

                  Prof. Ohta also expressed his gratitude to the industrial partners<\/strong> whose support strengthens the link between research and application. Overall, the three-day conference offers an inspiring, interdisciplinary program and promotes international exchange\u2014both scientifically and personally.<\/p>\n

                  Shigeo Ohta is the Conference Chair of the International Conference on Hydrogen Medicine and Biology 2025, Tokyo.<\/p>\n

                  Molecular Hydrogen \u2013 Medicine of the Future: Insights from the Hydrogen Medicine & Biology Conference 2025 in Tokyo<\/h2>\n

                  This year, Tokyo was the center of a growing medical movement: the International Conference on Hydrogen Medicine & Biology 2025<\/em>. Researchers and physicians from 28 countries gathered to discuss the latest findings on a topic that is attracting increasing attention \u2013 molecular hydrogen (H2<\/sub>)<\/strong> as a therapeutic agent, protective factor, and aid to regeneration.<\/p>\n

                  Under the theme \u201cScience creates Practice, Practice shines Science\u201d<\/em>, leading scientists demonstrated how hydrogen is making its way from basic research into clinical application. The results are impressive: H2<\/sub> acts antioxidatively, anti-inflammatorily, cell-protectively, and metabolically regulatory<\/strong> \u2013 with outstanding tolerability.<\/p>\n

                  Broad Range of Medical Applications<\/h2>\n

                  Special focus was placed on cardiovascular diseases<\/strong>. Professor Motoaki Sano<\/strong> (Yamaguchi University) presented clinical studies showing that hydrogen gas inhalation after cardiac arrest significantly improved survival rates and neurological recovery. H2<\/sub> also showed clear benefits in cases of hypertension, kidney disease, and dialysis patients<\/strong>. In the newly developed Dual Hydrogen Dialysis<\/em> method, both H2<\/sub>-enriched dialysis water and hydrogen inhalation are used \u2013 a procedure that measurably reduces inflammation and oxidative stress.<\/p>\n

                  Neuroscience<\/strong> also benefits from these findings: hydrogen provides protection in Alzheimer\u2019s, stroke, and Parkinson\u2019s disease<\/strong> by neutralizing harmful free radicals and improving mitochondrial function. Encouraging results were also presented in oncology<\/strong> \u2013 particularly through the combination of immunotherapy and hydrogen inhalation in patients with advanced cancer.<\/p>\n

                  Cancer Treatment:<\/strong> In combination with immunotherapy, hydrogen inhalation (AIIM method by Dr. Junji Akagi) showed improved tolerability and quality of life in stage IV cancer patients.<\/p>\n

                  In addition, researchers reported positive effects on lung diseases and inflammation, sepsis, diabetes<\/strong>, and the metabolic syndrome<\/strong>. Hydrogen can reduce inflammatory responses, improve vascular function, and stabilize energy metabolism \u2013 all factors that contribute to the prevention of chronic diseases. Hydrogen has proven to be a protective factor in sepsis, pneumonia, and age-related inflammatory processes due to its anti-inflammatory properties.<\/p>\n

                  Metabolic Syndrome and Diabetes:<\/strong> Studies indicated normalization of lipid metabolism, improved insulin sensitivity, and reduced inflammatory markers.<\/p>\n

                  Regeneration, Sports, and Quality of Life<\/h2>\n

                  Another focus was on sports medicine. Professor Michal Botek<\/strong> (Palack\u00fd University, Czech Republic) presented studies showing that hydrogen-rich water<\/strong> and H2<\/sub> inhalation<\/strong> can accelerate recovery after intensive training, reduce muscle damage, and prevent chronic fatigue<\/strong>. Patients suffering from rheumatism or post-COVID<\/strong> symptoms also benefited through faster recovery and increased vitality.<\/p>\n

                  From Medicine to Agriculture<\/h2>\n

                  The applications of hydrogen extend surprisingly far beyond medicine. Professor Wenbiao Shen<\/strong> (Nanjing Agricultural University) presented the emerging discipline of \u201cHydrogen Agriculture\u201d<\/strong>: plants grown with H2<\/sub>-enriched water become more resilient, healthier, and yield higher crops \u2013 with reduced use of pesticides and fertilizers. Even the shelf life of fruits and vegetables can be measurably extended.<\/p>\n

                  Materials Science as a Key to Precision<\/h2>\n

                  New \u201cHydrogen Medicine Materials\u201d<\/strong> could be crucial for the future \u2013 specialized biomaterials that release hydrogen in the body in a targeted manner. Professor Qianjun He<\/strong> (Shanghai Jiao Tong University) demonstrated how such materials can enhance the effectiveness of therapies against cancer, inflammation, and degenerative diseases.<\/p>\n<\/div>

                  <\/i><\/span>Molecular hydrogen is increasingly emerging as a key technology in the health sciences<\/strong>. Its ease of application, high safety, and the wide range of proven positive effects make hydrogen a promising tool for prevention, therapy, and well-being<\/strong>. The conference in Tokyo made it clear: hydrogen marks the beginning of a new era in medicine \u2013 from intensive care and sports to sustainable agriculture.<\/span><\/div><\/div>

                  Selected speakers and their key topics<\/h2><\/div>

                  Prof. Shigeo Ohta (Japan)<\/strong>
                  \n\u2013 Discoverer of the medical effects of molecular hydrogen, considered the founder of hydrogen medicine.
                  \n\u2013 Lecture: \u201cInitiation, Development and Future Mission of Hydrogen Medicine and Biology\u201d<\/em>
                  \n\u2013 Topics: basic research, antioxidant mechanisms, signal transduction, applications in Alzheimer\u2019s disease, metabolic syndrome, and general health prevention.<\/p>\n

                  Prof. Motoaki Sano (Yamaguchi University, Japan)<\/strong>
                  \n\u2013 Focus: Cardiology and Nephrology<\/em>.
                  \n\u2013 Lecture: \u201cPharmacological effects of hydrogen and its effectiveness in disease treatment\u201d<\/em>
                  \n\u2013 Research on hydrogen inhalation in cardiac arrest, myocardial infarction, hypertension, and kidney failure.
                  \n\u2013 Development of \u201cDual Hydrogen Dialysis\u201d<\/strong> to reduce oxidative stress and inflammation in dialysis patients.<\/p>\n

                  Prof. Wenbiao Shen (Nanjing Agricultural University, China)<\/strong>
                  \n\u2013 Pioneer of \u201cHydrogen Agriculture\u201d<\/strong>.
                  \n\u2013 Lecture: \u201cEmerging Hydrogen Agriculture in China\u201d<\/em>
                  \n\u2013 Research on the effects of hydrogen on plant growth, stress resistance, yield, and food shelf life.
                  \n\u2013 Application for sustainable agriculture with reduced pesticide and fertilizer use.<\/p>\n

                  Prof. Michal Botek (Palack\u00fd University, Czech Republic)<\/strong>
                  \n\u2013 Sports physiologist and H2<\/sub> researcher in the field of regeneration and performance.
                  \n\u2013 Lecture: \u201cMolecular Hydrogen: A Promising Molecule in Sports Science and Health Promotion\u201d<\/em>
                  \n\u2013 Evidence that hydrogen reduces fatigue, muscle damage, and overtraining, enhances recovery and performance, including in rheumatism and post-COVID patients.<\/p>\n

                  Prof. Qianjun He (Shanghai Jiao Tong University, China)<\/strong>
                  \n\u2013 Materials scientist and Head of the Center of Hydrogen Science.
                  \n\u2013 Lecture: \u201cHydrogen Medicine Materials\u201d<\/em>
                  \n\u2013 Development of novel H2<\/sub>-releasing biomaterials<\/strong> for targeted therapy of inflammation, cancer, and degenerative diseases.
                  \n\u2013 Research on molecular targets, hydrogen detection, and nanomaterials.<\/p>\n

                  Prof. Wenjiang Ding (Shanghai Jiao Tong University, China)<\/strong>
                  \n\u2013 Lecture: \u201cMagnesium of lightweight and hydrogen \u2013 Cultivation of innovation and invention\u201d<\/em>
                  \n\u2013 Combination of light metal research, energy, and hydrogen medicine<\/strong>.
                  \n\u2013 Development of magnesium-based hydrogen storage materials<\/strong> for medical, energy, and agricultural applications.<\/p>\n

                  Dr. Junji Akagi (AIIM Clinics, Japan)<\/strong>
                  \n\u2013 Lecture: \u201cImmunotherapy combined with hydrogen gas inhalation for stage IV cancer patients\u201d<\/em>
                  \n\u2013 Application of hydrogen inhalation as adjuvant therapy in oncology<\/strong>.
                  \n\u2013 Improvement of immune response, tolerability, and quality of life in advanced cancer patients.<\/p>\n

                  Dr. Keiliang Xie (Tianjin Medical University, China)<\/strong>
                  \n\u2013 Lecture: \u201cBasic and clinical research on hydrogen therapy for sepsis\u201d<\/em>
                  \n\u2013 Research on H2<\/sub> inhalation in sepsis, pneumonia, and organ failure<\/strong>, focusing on anti-inflammatory and cell-protective effects.<\/p>\n

                  Dr. John W. Kheir (Harvard Medical School, USA)<\/strong>
                  \n\u2013 Lecture: \u201cHydrogenFAST Trial \u2013 Feasibility and Safety of Hydrogen Therapy in Extracorporeal Cardiopulmonary Resuscitation\u201d<\/em>
                  \n\u2013 Investigation of safety and efficacy of hydrogen gas in resuscitation and intensive care<\/strong>.<\/p>\n

                  Prof. Ikuroh Ohsawa (Tokyo Metropolitan Institute of Gerontology, Japan)<\/strong>
                  \n\u2013 Lecture: \u201cAnti-inflammatory effects of H2<\/sub>-rich water and H2<\/sub> gas inhalation\u201d<\/em>
                  \n\u2013 Research on the anti-inflammatory effects of hydrogen<\/strong> in stroke, cerebral hemorrhage, and age-related inflammation.<\/p>\n

                  Tyler W. LeBaron (Southern Utah University \/ Molecular Hydrogen Institute, USA)<\/strong>
                  \n\u2013 Lecture: \u201cOptimizing Therapeutic Hydrogen Inhalation: Dosage and Clinical Considerations\u201d<\/em>
                  \n\u2013 Internationally recognized H2<\/sub> researcher and science communicator.
                  \n\u2013 Focus on dosage, inhaled concentration (FiH2<\/sub>)<\/strong>, and physiological uptake of hydrogen gas.<\/p>\n<\/div>

                  Photo EXECUTOR public domain https:\/\/commons.wikimedia.org\/w\/index.php?curid=15878603<\/small><\/p>\n<\/div><\/div><\/div><\/div><\/div>

                  Studies: Hydrogen in therapy<\/h2><\/div>