570. Unlock Good Energy: “Unrelated” Diseases, Common Cause with Casey Means

Metabolic Health

Dr. Casey Means highlights the critical role of metabolic health in understanding various diseases. She explains that many chronic conditions, such as diabetes and Alzheimer's, share common metabolic disturbances, primarily due to mitochondrial dysfunction. This dysfunction leads to underpowered cells, which manifest as different diseases depending on the cell type affected.

Every single cell in our body, 40 trillion plus cells, requires cellular energy to do its trillions of chemical reactions every second.

--- Dr. Casey Means

Casey argues that the traditional symptom-based classification of diseases is outdated and emphasizes the need to focus on the root cellular processes 1 2 3.

   

Energy Dynamics

Energy overload and insulin resistance are central to many health issues, according to Casey. She describes how excessive insulin leads to resistance, preventing the brain from using glucose effectively and causing an energy deficit. This paradox of eating more but having less energy is due to overwhelming the body's systems, leading to burnout and mitochondrial dysfunction.

When we overload a system with too much raw material to process, it's not like you just get more output. You overwhelm the system, and it ends up gumming up and breaking.

--- Dr. Casey Means

Casey emphasizes the importance of understanding symptoms as the body's language, signaling unmet needs or overburdened systems 4 5.

   

Cardiovascular Health

Casey explores the intricate relationship between insulin levels and cardiovascular health. High insulin levels impair blood vessel dilation, contributing to high blood pressure and heart disease. Additionally, high blood sugar levels promote inflammation, leading to plaque buildup and blockages in the arteries.

It's like this one-two punch between high blood sugar and high insulin, blocking the dilation, creating blockages.

--- Dr. Casey Means

She advocates for addressing the root causes of high insulin and blood sugar levels, focusing on mitochondrial health to improve cardiovascular outcomes 6.