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drekberg
drekberg·July 10, 2020

Why Standard Diabetes Treatment Worsens Insulin Resistance and How Adaptive Physiology Offers a Natural Reversal

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Summary

The podcast argues that conventional diabetes treatment, particularly for type 2, is fundamentally flawed because it focuses on managing symptoms like high blood sugar rather than addressing the root cause: insulin resistance. Dr. Ekberg explains that conditions such as diabetes, belly fat, stubborn weight, and high blood pressure all stem from a common mechanism involving insulin. While type 1 diabetes is characterized by a lack of insulin, type 2 involves high blood sugar despite an overabundance of insulin, indicating that the body's cells have become resistant to its effects. The critical insight is that treating high blood sugar with more insulin or insulin-stimulating drugs, as is common practice, actually exacerbates the underlying insulin resistance, leading to a worsening of metabolic syndrome and its associated complications like obesity, heart disease, stroke, and dementia.

The core concept introduced is "adaptive physiology," which posits that the human body is supremely intelligent and makes purposeful adaptations to its environment. Insulin resistance, therefore, is not a random malfunction but an intelligent protective mechanism. Historically, human physiology evolved with cycles of feast and famine, where high insulin during feast periods allowed for energy storage, and low insulin during famine triggered autophagy and the utilization of stored energy. However, modern lifestyles, characterized by constant access to food, frequent meals (often 6-8 times a day), and diets high in processed foods and carbohydrates, maintain chronically elevated insulin levels. The body, constantly in a "storage mode" and anticipating a famine that never comes, intelligently downregulates its sensitivity to insulin to prevent further overfilling of cells.

The podcast emphasizes that relying solely on blood sugar measurements is misleading because blood sugar is a tightly controlled variable; the body works hard to keep it within a safe range, even if it requires exponentially higher insulin levels. Fasting insulin levels are presented as a far more accurate indicator of developing insulin resistance, yet they are often overlooked or dismissed due to a broad "normal range" that can mask years of physiological decline. This leads to a situation where individuals are considered healthy until their blood sugar finally spikes, at which point they are diagnosed as full-blown diabetic, despite having been insulin resistant for decades.

To naturally reverse insulin resistance and its associated conditions, the podcast advocates for "undoing the adaptation." This involves eliminating the environmental triggers that forced the body into resistance in the first place. The primary culprits identified are high fructose corn syrup, sugar, processed foods, frequent meals, and carbohydrates in general. By making these dietary and lifestyle changes, individuals can allow their bodies to revert to a state of insulin sensitivity, leading to natural reversal of diabetes and other metabolic issues, along with bonuses like healthy weight, increased energy, and overall improved well-being, all without the side effects associated with conventional pharmaceutical interventions.

Key Quotes

"the mechanism in all those conditions is the same and once you truly understand that mechanism then not only will you know how to reverse diabetes and all those conditions naturally but you'll also understand why most standard treatment actually makes it worse."
"if you already have too much insulin and you give somebody more then what happens that's what we need to understand because that can be the difference between life and death"
"every treatment is focused on symptoms rather than the root cause and very often when we focus on symptoms we allow the actual problem to keep getting worse"
"if we assume or understand that the body is supremely intelligent and precise because then there must be a really good reason why the body stops responding to insulin"
"whenever there is too much of something you like insulin your body down regulates and in a sense it becomes resistant to it insulin resistance that's how it works"
"the very word disease is actually disease ease is when you have balance equilibrium homeostasis in your body and this is is when you have imbalance and all it is it's an adaptation"
"we're always at a high insulin level preparing for a famine that never comes so we never have a chance to clean out the pantry and during these times the only intelligent thing to do for the body is to start developing insulin resistance"
"it's useless to measure blood sugar because it's a controlled variable the body works very hard at suppressing and controlling that in a safe level"
"normal range is considered all the way from 3 to 24.6 in other words you have to be a full-blown diabetic or you have to be bordering on full-blown diabetic before your insulin is considered high"
"all we have to do is undo the adaptation we have to stop putting the things in the body that created the problem"

Concepts

Themes

  • Critique of conventional medicine
  • Holistic health perspective
  • Evolutionary mismatch
  • Body's inherent intelligence
  • Dietary impact on chronic disease
  • Reversal of chronic conditions
  • Preventive health

Related to:

Health Insights

Protocols

  • Eliminate high fructose corn syrup
  • Reduce sugar intake
  • Avoid processed foods
  • Reduce meal frequency
  • Lower overall carbohydrate intake

Actionable Advice

  • Undo the adaptation by removing the environmental triggers that caused insulin resistance.

Mechanisms Explained

  • Insulin's role in blood sugar regulation
  • Adaptive physiology as a protective mechanism
  • Chronic high insulin leading to cellular resistance
  • Fructose's impact on liver health
  • Autophagy during low insulin periods

Contraindications

  • Standard medical treatment for type 2 diabetes (insulin drugs, insulin-stimulating drugs) can worsen the underlying insulin resistance.

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