Mitochondria & Hormesis: Keys To Overcome Chronic Disease
The Healing Brain Masterclass Playlist

Uric Acid: The Metabolic Marker Quietly Destroying Brain Health

Detoxing the Brain: Why Binding Toxins Matters More Than Ever

The Brain-Healing Foods That Prevent Cognitive Decline

How Toxic Cookware Triggers Brain Inflammation—and the Simple Kitchen Upgrade That Helps Protect Memory, Focus, and Cognitive Health

Why Fasting Protects the Brain From Inflammation and Aging

How Self-Sabotage Rewires the Brain—and How to Break the Cycle

Gluten, Mold & Nutrient Deficits: Inflammation’s Trio

Uncover The Secrets To Prevent And Reverse Alzheimer’s

The Genetics of Brain Performance: Decode Your Brain’s Wiring to Optimize Focus and Recovery

Mitochondria & Hormesis: Keys To Overcome Chronic Disease

The 5 Most Important Labs for Brain, Heart, and Longevity

Why Supplements Are Not Enough: Training the Brain’s Electrical Software to Restore Balance
Fatigue, inflammation, and chronic illness often get treated as separate problems, but what if they share a deeper biological pattern? In this interview, Dr. David Jockers and Ari Whitten explain the cell danger response and why mitochondria sit at the center of health and disease.
They break down how mitochondria act as environmental sensors, not just energy producers, constantly deciding whether the body is in a safe or threatened state. You will hear how perceived danger shifts cells from energy production into defense mode, increasing inflammation and oxidative stress as part of a protective response. The conversation also explains why this response is meant to be temporary, and how problems arise when the body never completes the healing cycle. Ari and Dr. Jockers discuss how modern stressors, infections, toxins, and ongoing threats can keep the body stuck in this state, draining energy and disrupting normal metabolism. By the end, you will have a clearer framework for understanding chronic inflammation, low energy, and resilience through the lens of mitochondrial function and hormesis.


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