Summary
In part two of his conversation with Adam Parker, author Mark Sloan dives deep into methylene blue, the world's first pharmaceutical drug, originally developed as a textile dye in the mid-1800s. Sloan explains how methylene blue functions primarily as a nitric oxide inhibitor, challenging the mainstream view that nitric oxide supplementation is beneficial. He presents evidence that methylene blue accumulates in the brain and shows promise for Alzheimer's and Parkinson's at doses as low as 10 milligrams. The conversation also covers the connection between methylene blue and hydroxychloroquine (a methylene blue derivative), its FDA-approved use in hospitals for drug overdoses and poisonings, and its potential effects on testosterone optimization. Sloan then shifts to discussing seed oils, arguing that the introduction of industrial vegetable oils around 1911 correlates directly with the rise of heart disease, cancer, and other modern chronic conditions.
Key Points
- Methylene blue was the first pharmaceutical drug ever developed, originally a textile dye from the mid-1800s
- It functions primarily as a nitric oxide inhibitor, removing NO from cytochrome C oxidase to restore cellular energy production
- Studies show 10mg may be as effective as higher doses for brain health including Alzheimer's and Parkinson's
- Hydroxychloroquine is a derivative of methylene blue, sharing similar therapeutic mechanisms
- Methylene blue is FDA-approved for intravenous use in hospitals for drug overdoses and poisonings
- Nitric oxide inhibition by methylene blue may support testosterone synthesis according to rat studies
- Seed oil consumption from industrialized vegetable oils correlates with the rise of heart disease and modern chronic diseases since 1911
- Recommended protocol: 20 drops of 1% solution (10mg) in orange juice first thing in the morning
Key Moments
Methylene blue improves cellular energy by inhibiting nitric oxide
Mark Sloan explains how methylene blue functions as a nitric oxide inhibitor, removing NO from cytochrome C oxidase to restore mitochondrial function. This metabolic mechanism connects to the broader discussion of how simple interventions including mineral bathing can support cellular energy production.
"Well, there are many things it does, many ways to approach that. But I would say the primary way, at least the approach that I took in my book to explain it, was that it is a nitric oxide inhibitor."
Sodium bicarbonate as an emergency and therapeutic intervention
Sodium bicarbonate is used alongside methylene blue in emergency rooms and is also a key ingredient in therapeutic mineral baths. Simple, inexpensive substances like baking soda can have profound health applications in both medical and balneotherapy contexts.
"Oftentimes it's used in emergency rooms and activated charcoal as well, which are three of like some of the least expensive and actually very effective therapies that are out there. It's so fascinating, isn't it? That we're told that all of these technical advancements and the latest this, the latest that is the best thing for health. But the secrets are in the ages. You know, a lot of things that have been used and discovered a long time ago are just as or even more effective therapies."
Seed oils correlate with rise of modern chronic disease since 1911
Sloan argues that the introduction of industrial seed oils around 1911 with Crisco vegetable oil directly correlates with the explosive rise in heart attacks, cancer, and other chronic diseases that were previously rare or nonexistent.
"So something changed between that 30 year span. That's not a long time. What was it that changed? It was the massive marketing campaigns for Crisco vegetable oil, which started to come out around 1911."
