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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The Exercise-Induced Metabolic Shield- How Aerobic Movement Reprograms Your Organs to Resist Cancer

The Exercise-Induced Metabolic Shield: How Aerobic Movement Reprograms Your Organs to Resist Cancer

Discover the “exercise-induced metabolic shield”—a revolutionary concept explaining how aerobic movement transforms your body’s internal environment to outcompete cancer cells for energy. Drawing on cutting-edge research and level-1 evidence from the CHALLENGE trial, this article explores how consistent, intensity-aware movement serves as a potent biological intervention to reduce cancer recurrence and support long-term survival.

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Every Single Sample: What the Jersey Babies Study Reveals About Mold Toxins in Pregnancy

Every Single Sample: What the Jersey Babies Study Reveals About Mold Toxins in Pregnancy

A recent Rutgers study found estrogen-mimicking mold toxins in every pregnant participant tested, raising important questions about environmental exposure and maternal health. Dr. Jill Carnahan breaks down what the research actually reveals, the potential health implications, and actionable steps women can take—especially during the preconception window—to minimize their exposure and support their body’s natural detoxification pathways

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A Functional Medicine Guide to Stevia, Monk Fruit, Allulose, and the Best Natural Sweeteners

The Sweet Truth: A Functional Medicine Guide to Stevia, Monk Fruit, Allulose, and the Best Natural Sweeteners

Confused by the baking aisle? Dr. Jill Carnahan cuts through the marketing hype to analyze the latest science on sweeteners like stevia, monk fruit, allulose, and sugar alcohols. Discover which options truly support metabolic health and which deserve caution, with a science-backed ranking to help you make empowered choices for your gut and heart.

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Repurposing Ivermectin and Mebendazole for Cancer

Repurposing Ivermectin and Mebendazole for Cancer: What the New Real-World Data Tells Us, and What It Cannot

I believe the preclinical case for ivermectin and mebendazole as anticancer agents is real, multi-mechanistic, and worth taking seriously. I believe the Hulscher cohort adds a meaningful safety and tolerability signal in real-world cancer patients, and that the responses some participants reported are encouraging enough to justify urgent randomized trials.

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