The Original Magic Bullet: Methylene Blue—History, Mechanisms, and Clinical Applications. A4M Lecture

Course overview

What you will study

This course reviews the history, biochemical mechanisms, and clinical applications of methylene blue as a mitochondria-targeted therapeutic agent. It examines electron cycling in the mitochondrial electron transport chain, dose-dependent hormesis, inflammation, oxidative stress, ischemia, infection, biofilms, neurocognitive function, dosing, contraindications, and quality standards.

Learning objectives

Key learnings

• Apply mitochondrial physiology principles to identify clinical scenarios where methylene blue may support cellular energy production and resilience.
• Differentiate low-dose versus higher-dose methylene blue strategies based on clinical acuity, mitochondrial burden, and goals.
• Integrate methylene blue as a synergistic adjunct in inflammatory, neurocognitive, ischemic, or post-infectious conditions.
• Evaluate patient safety considerations, contraindications, and product quality requirements.

Your faculty

Dr. Scott Sherr, MD

Credit and completion

Enduring post-test with 80% score and evaluation required.

After checkout, your Academy access instructions arrive by email. Complete the course requirements to receive any applicable certificate and CME claim guidance.