Molecular Hydrogen Finally Has a Target What the Rieske Iron-Sulfur Protein Discovery Changes, and What It Doesn't

Molecular Hydrogen Finally Has a Target: What the Rieske Iron-Sulfur Protein Discovery Changes, and What It Doesn’t

For nearly two decades, the medical benefits of molecular hydrogen have been shrouded in mystery, with many researchers relying on a flawed “selective antioxidant” hypothesis. A groundbreaking 2025 discovery identifying the Rieske iron-sulfur protein in mitochondrial Complex III as a key target finally explains how hydrogen actually works: it acts as a mitochondrial signaling molecule and a hormetic stressor. This article unpacks the new science, clarifies the limitations of the current clinical evidence, and cuts through the marketing hype surrounding hydrogen therapies.

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Alzheimer's Disease

Infectious Origins of Alzheimer’s Disease: What the Latest Research Reveals

As a physician who has spent decades investigating the root causes of chronic illness, I’m continually amazed by how interconnected our health truly is. Today, I want to share something that may fundamentally shift how you think about Alzheimer’s disease and dementia—groundbreaking research revealing that these devastating conditions may not be purely genetic or age-related, but potentially triggered by infections that have been quietly residing in our bodies for years.

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