Video courtesy of Crackin’ Backs Podcast
Dr. Dayan Goodenowe recently appeared on The Crackin’ Backs Podcast for a conversation that challenges the conventional understanding of chronic illness. The episode’s central, transformative idea is that diseases like Alzheimer’s aren’t something we “get,” but are rather the result of our bodies systematically “losing” critical biochemical components. Dr. Goodenowe breaks down the decades of research behind this paradigm shift, explaining the science behind this loss and offering a new path toward restoring the body’s innate ability to heal and rebuild brain health.
The Revolutionary “Aha” Moment: Shifting from Disease to Health
Understanding the root cause of an illness, rather than treating its downstream symptoms, is the most strategic path to genuine health. For Dr. Goodenowe, a pivotal discovery early in his career completely upended the conventional medical model. While conducting a clinical trial in Japan with colon cancer patients, his team measured biochemical markers both before and after tumor removal. The astonishing finding was that the colon cancer diagnostic markers were the same after the tumor was removed as they were before the tumor.
This led Dr. Goodenowe to an important conclusion that would define his life’s work. The data revealed that we don’t “get” a disease like cancer; instead, we first “lose health.” This underlying biochemical deficit creates the precise environment in which a disease can emerge. The test wasn’t just measuring the tumor; it was detecting the loss of health that made the body susceptible. This realization transformed his work from a diagnostic pursuit into a biochemical restoration mission.
Uncovering the Missing Link: The Critical Role of Plasmalogens
Identifying the specific biochemical deficiencies that drive complex neurological diseases is a crucial first step toward targeted, effective restoration. Using advanced biochemical analysis on individuals with dementia, Dr. Goodenowe’s research consistently found that one class of molecules was critically low: plasmalogens. These vital compounds make up, as he notes, 30% of your brain, yet are often overlooked in conventional medicine.
Plasmalogens are a type of phospholipid that serves as one of the body’s most essential building blocks. Their function is multifaceted and profound:
- Fundamental Building Blocks: Plasmalogens are foundational to our physical structure. They constitute up to 70% of the brain’s myelin sheath (the protective coating on nerves), 50% of the lipids in the heart, and are a key component of every cell membrane in the body.
- Maintain Flexibility: A deficiency in plasmalogens causes cellular membranes to become stiff and lose flexibility, impairing their ability to fuse and release signals. This rigidity is directly linked to impaired neurotransmitter release at the synapse and contributes to conditions like atherosclerosis.
- Master Antioxidant: Plasmalogens are the body’s primary antioxidant defense system. They contain a unique “vinyl ether bond” that acts like a fuse, sacrificing itself to neutralize oxidative stress and protect the cell from damage instantly.
However, restoring these critical molecules presents a significant challenge. You cannot simply eat plasmalogens—the concentrated hydrochloric acid in the stomach instantly destroys their vital vinyl ether bond. This dilemma is similar to treating Parkinson’s; patients aren’t given dopamine, but a precursor molecule (L-DOPA)—which, as Dr. Goodenowe points out, is fundamentally a biochemical supplement that has been medicalized as a drug. This led him to focus on creating a precursor that could survive digestion and rebuild the body’s plasmalogen supply.
Restoring the System: How Biochemical Engineering Rebuilds the Brain
Dr. Goodenowe’s work represents a strategic shift away from the conventional pharmaceutical model, which focuses on blocking enzymes with drugs like statins. Instead, it moves toward a model of “biochemical engineering.” The goal is not to force a specific interaction but to provide the body with the precise raw materials it needs to repair and heal itself. As a synthetic organic chemist, he invented specific plasmalogen precursors that can be absorbed and utilized by the body to restore its critical reserves.
This restoration has profound implications for Alzheimer’s disease. Dr. Goodenowe explains that Alzheimer’s is fundamentally a disease of the acetylcholine system. This acts as a master conductor for both cognition and neuromuscular function. This is why Alzheimer’s patients lose muscle function and cognition. By providing the building blocks for healthy cell membranes, this approach directly supports the acetylcholine system.
This restorative model is effectively demonstrated through powerful case studies. Dr. Goodenowe shares the story of a woman with multiple sclerosis, blind for 30 years, who regained her sight after her body was given the tools to remyelinate her optic nerve. He also points to his own quantifiable results, declaring, “We now unambiguously without a doubt stop brain aging…it’s quantitative immortality we’re talking about.”
Key Takeaways for Your Health Journey
This episode moves beyond theory to provide profound, practical insights that can empower anyone on their health journey. Dr. Goodenowe distills complex science into clear, actionable principles for longevity and wellness.
- Maintain Skeletal Muscle Mass: Dr. Goodenowe states definitively that maintaining muscle density is the single most significant variable for healthy aging. It is critical for preventing diabetes, reducing cancer rates, and improving cognition.
- Focus on Your Biochemistry: Health is a continuous process of proactive maintenance. Dr. Goodenowe shares a story from his university days when engineering students would drain the oil from a car. They would take bets on how many miles it would drive before the engine seized. We shouldn’t treat our bodies this way, waiting for catastrophic failure (disease) before checking our levels.
- Have a Purpose: Beyond biochemistry and physical training, having a purpose is a critical component of longevity and the will to live. Dr. Goodenowe argues against retirement as an endpoint, emphasizing the need for a reason to get out of bed in the morning. He urges listeners to create plans in their lives that are longer than their lifespan.
Listen to the Full Episode on Crackin’ Backs YouTube Channel