Guides & Resources
Evidence-based articles on our products and the science behind them.
The History and Modern Science of Methylene Blue
Methylene Blue has a rich 150-year history. Discover how the world's first synthetic drug evolved from a textile dye to a vital medicine and a focus of modern longevity science.
The History and Modern Science of Methylene Blue
Methylene Blue has a rich 150-year history. Discover how the world's first synthetic drug evolved from a textile dye to a vital medicine and a focus of modern longevity science.
Methylene Blue Capsules vs Liquid Drops: Choosing the Right Form
Should you choose Methylene Blue in capsule or liquid form? We break down the differences in bioavailability, dosing precision, and convenience to help you decide.
Methylene Blue Capsules vs Liquid Drops: Choosing the Right Form
Should you choose Methylene Blue in capsule or liquid form? We break down the differences in bioavailability, dosing precision, and convenience to help you decide.
Methylene Blue Dosing Guide: Low-Dose Benefits and Safety Considerations
Methylene Blue follows a strict hormetic dose-response curve—more is not better. Learn the science of low-dose benefits and vital safety considerations, including SSRI interactions.
Methylene Blue Dosing Guide: Low-Dose Benefits and Safety Considerations
Methylene Blue follows a strict hormetic dose-response curve—more is not better. Learn the science of low-dose benefits and vital safety considerations, including SSRI interactions.
USP-Grade vs Industrial Methylene Blue: Why Purity Matters
Not all Methylene Blue is created equal. Discover why choosing USP-grade over industrial or laboratory-grade Methylene Blue is critical for your safety and health.
USP-Grade vs Industrial Methylene Blue: Why Purity Matters
Not all Methylene Blue is created equal. Discover why choosing USP-grade over industrial or laboratory-grade Methylene Blue is critical for your safety and health.
Methylene Blue as a Mitochondrial Antioxidant: The Science of Cellular Protection
Methylene Blue is not just an energy booster; it's a targeted mitochondrial antioxidant. Explore how its self-renewing redox cycle protects cells from oxidative stress and free radical damage.
Methylene Blue as a Mitochondrial Antioxidant: The Science of Cellular Protection
Methylene Blue is not just an energy booster; it's a targeted mitochondrial antioxidant. Explore how its self-renewing redox cycle protects cells from oxidative stress and free radical damage.
Methylene Blue and Brain Health: What Neuroscience Research Shows
Neuroscience research highlights Methylene Blue's potential to enhance brain health. Discover how its ability to cross the blood-brain barrier impacts memory, cerebral blood flow, and cognitive aging.
Methylene Blue and Brain Health: What Neuroscience Research Shows
Neuroscience research highlights Methylene Blue's potential to enhance brain health. Discover how its ability to cross the blood-brain barrier impacts memory, cerebral blood flow, and cognitive aging.
Methylene Blue: Mechanism of Action — How It Works at the Cellular Level
Methylene Blue operates as a unique redox agent within the mitochondria. Learn how it acts as an alternative electron carrier to bypass damaged complexes and increase ATP production.
Methylene Blue: Mechanism of Action — How It Works at the Cellular Level
Methylene Blue operates as a unique redox agent within the mitochondria. Learn how it acts as an alternative electron carrier to bypass damaged complexes and increase ATP production.