In this webinar, we sit down with Eric Gordon, MD, and Ben Tammetta to explore molecular hydrogen therapy, how it may affect mitochondrial function, inflammation, circulation, energy, and recovery, and where it may fit for people dealing with complex chronic illness. We also look at emerging research around ME/CFS, Long COVID, fibromyalgia, and mast cell activation, while emphasizing that hydrogen is a supportive therapy rather than a cure all.

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The H2Genesys Pure H2/O2 Generator comes complete with everything you need to get started: two cannulas, connectors for shared use, a built-in timer for automatic shut-off, and accessories for hydrogen water, targeted applications, and simultaneous H2 inhalation for two people.

What You’ll Learn

• What molecular hydrogen therapy is and how it is used
• Why delivery and dose matter when comparing inhalation with hydrogen water
• How hydrogen may support mitochondrial energy production and cellular resilience
• What research suggests for ME/CFS, Long COVID, fibromyalgia, and mast cell activation
• How hydrogen may affect inflammation and circulation, including brain function and recovery
• What to know about safety and sensitivity, including starting slowly and using hydrogen around exercise

Follow Along
Slides from the webinar can be viewed here.

02:07 — What is molecular hydrogen therapy and how is hydrogen introduced into the body?

02:51 — How does hydrogen water compare with hydrogen inhalation?

03:50 — How much hydrogen can actually dissolve into a glass of water?

03:58 — How can hydrogen be applied topically to joints or extremities?

10:25 — Does localized hydrogen therapy work better when treatments are longer?

11:06 — How long should a localized hydrogen treatment last?

13:29 — Is molecular hydrogen naturally produced in the body?

14:11 — How does hydrogen act as an antioxidant?

15:16 — How might hydrogen affect mitochondrial ATP production?

16:20 — What does newer research suggest about hydrogen’s molecular target in human cells?

18:30 — How does hydrogen interact with hydroxyl radicals, superoxide, and other reactive molecules?

19:11 — Could hydrogen interfere with beneficial oxidative stress from exercise?

20:46 — What does the research suggest about hydrogen for Long COVID?

22:05 — What does the research suggest about hydrogen for ME/CFS?

23:33 — Could hydrogen worsen post exertional malaise in highly sensitive people?

24:03 — How slowly should someone with severe sensitivity begin hydrogen therapy?

26:30 — Is hydrogen gas flammable or dangerous to inhale?

27:41 — Are hydrogen goggles or ear devices safe?

28:22 — What hydrogen concentration becomes flammable?

29:21 — What does the research suggest about hydrogen for fibromyalgia?

30:01 — What evidence exists for hydrogen and mast cell activation syndrome?

31:30 — How much human research exists on hydrogen therapy?

33:02 — Do hydrogen generators also produce negative ions?

34:45 — Could hydrogen influence the electrical charge and movement of blood cells?

36:54 — What are the most commonly reported benefits of hydrogen therapy?

39:11 — Why are some naturally occurring waters associated with hydrogen?

39:29 — Could hydrogen production help explain some benefits of a high fiber diet?

39:47 — Are the benefits of alkaline water actually related to hydrogen?

39:58 — Is higher hydrogen production associated with longevity?

40:13 — Could higher breath hydrogen in centenarians reflect healthier gut microbiomes?

41:07 — How does the H2 Genesis HP 1000 deliver hydrogen?

41:39 — Can two people use the hydrogen machine at the same time?

42:21 — Can the amount of gas delivered by the machine be adjusted?

43:03 — How is hydrogen applied locally using bags or sleeves?

44:03 — What happens if the machine does not work well for someone?

46:45 — Can the hydrogen machine be shipped to Canada?

47:30 — Are there concerns about introducing hydrogen into mitochondria?

48:43 — What is deuterium and how does it relate to hydrogen therapy?

50:30 — Can someone inhale too much hydrogen or displace too much oxygen?

51:28 — Is a hydrogen and oxygen mixture preferable to hydrogen alone?

52:18 — Can the machine deliver nearly pure hydrogen instead of a hydrogen oxygen mixture?

53:49 — How often and how long does hydrogen need to be used for chronic illness?

55:46 — How long might it take before someone notices a benefit?

56:58 — How long is the promotional offer available?

57:19 — Is hydrogen gas more effective than hydrogen water?

59:28 — Can hydrogen therapy be used safely with blood thinners?

1:01:47 — Can highly sensitive patients try hydrogen therapy before buying a machine?

1:02:14 — Could hydrogen affect medication metabolism?

1:02:48 — Can a hydrogen machine qualify as an HSA eligible medical expense?

1:03:30 — How strong is the clinical evidence for hydrogen therapy today?

1:04:22 — What measurable outcomes could be tracked before and after hydrogen therapy?

1:05:19 — Could improved circulation make hydrogen relevant to vascular dementia?

1:06:02 — How does hydrogen interact with the NRF2 antioxidant response pathway?

1:06:52 — Should hydrogen be used immediately after exercise?

1:09:12 — How long does hydrogen remain in the body?

1:09:36 — When should someone with post exertional malaise use hydrogen around exercise?

1:11:35 — Could hydrogen therapy help people dealing with mold toxicity?

1:13:00 — Could hydrogen therapy help with infections such as Lyme disease or strep?

1:14:41 — Does molecular hydrogen break disulfide bonds?

1:15:03 — What does limb bagging mean and where can localized hydrogen be applied?