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Understanding and Embracing Andrew Koutnik’s Vision for All People Living with Type 1 Diabetes

Understanding and Embracing Andrew Koutnik’s Vision for All People Living with Type 1 Diabetes

#normalbloodglucose #normalbloodsugars #nutritionfortype1diabetes #t1d #t1dcommunity #t1dmanagement #t1dnutrition #therapeuticcarbohydratereduction #type1diabetes #type1diabetesnutrition Aug 21, 2024

As I sit in the airport, waiting to board my flight back home from the San Diego Symposium for Metabolic Health, I find myself deeply moved by the insights shared by Dr. Andrew Paul Koutnik, PhD. This year’s symposium, hosted by Low Carb USA, brought together some of the most influential voices in the world of metabolic health, and Andrew’s presentation stood out as both inspiring and profoundly informative.

For those unfamiliar, Andrew Koutnik is a leading researcher whose work centers around how nutrition and metabolism influence health and performance. His dedication to the field is not just academic—it's personal. Andrew himself lives with Type 1 diabetes (T1D), and this personal connection drives his passionate advocacy for the T1D community. His talk at the symposium, titled “Type 1 diabetes: Nutrition and Cardiometabolic Health,” was a powerful reminder of the critical role nutrition plays in managing this complex condition.

In this blog, I want to share the key takeaways from Andrew’s presentation and expand on his dreams for all people living with T1D—a vision that every parent, caregiver, and person living with T1D can relate to and strive toward.

The Urgent Need for Early and Effective Management

One of the most striking points Andrew made during his talk was the urgent need to regulate high blood glucose and insulin levels as soon as possible after a T1D diagnosis. The reality is that T1D begins to affect the body from the moment of diagnosis, and the sooner we can stabilize, and achieve normal blood glucose levels, the better the long-term outcomes.

Andrew outlined some of the serious complications that can arise soon after a T1D diagnosis:

1. Impaired Growth and Reduced Bone Mineral Density:
The presence of consistently high blood glucose can interfere with normal growth and bone development in children. This can lead to long-term consequences, such as an increased risk of fractures and osteoporosis later in life.

2. Severe Adverse Events Like Diabetic Ketoacidosis (DKA) and Severe Hypoglycemia:
DKA is a life-threatening condition that occurs when there is too little insulin onboard resulting in a combination of high blood glucose levels, and increased ketone production which is a natural human metabolic energy source. With little to no insulin, as a result of Type 1 diabetes, elevated blood glucose levels and elevated ketones levels lead to DKA. Severe hypoglycemia, on the other hand, can result in unconsciousness, seizures, and even death if not treated promptly, due to an ‘overdose’ or miscalculation of insulin.

3. Peripheral Hyperinsulinemia and Insulin Resistance:
Peripheral Hyperinsulinemia refers to abnormally high levels of insulin in the peripheral bloodstream, which is a common consequence of excessive insulin administration in individuals with Type 1 diabetes. When insulin is administered subcutaneously (under the skin), as is standard practice for managing Type 1 diabetes, it bypasses the liver, leading to disproportionately high insulin levels in the peripheral tissues.

Causes:
Excessive Insulin Administration: When insulin doses are higher than what is physiologically needed, particularly in an attempt to achieve strict glycemic control, it leads to elevated insulin levels in the peripheral bloodstream. This condition is exacerbated by the fact that injected insulin does not pass through the liver first, which would normally clear about 50% of it.

Absence of Hepatic First-Pass Effect: The liver, which normally regulates insulin levels by clearing about half of it before it enters the systemic circulation, is bypassed in subcutaneous insulin administration, leading to excessive insulin in the peripheral blood.

Consequences:
Insulin Resistance: High levels of insulin in the peripheral tissues can cause these tissues to become less responsive to insulin over time, leading to insulin resistance. This condition necessitates even higher doses of insulin, creating a vicious cycle of increasing insulin resistance and peripheral hyperinsulinemia. This leads to ‘Double Diabetes’, a condition where those with Type 1 diabetes exhibit the same characteristics of insulin resistance, similar to those with Type 2 diabetes.

Increased Risk of Hypoglycemia: Administering too much insulin also increases the risk of hypoglycemia, as the excessive insulin drives glucose out of the bloodstream too quickly. Long-Term Metabolic Issues: Chronic peripheral hyperinsulinemia contributes to a range of metabolic issues, including increased fat storage and potential cardiovascular risks due to insulin's effects on lipid metabolism.

In conclusion, while tight glucose control is important, it is equally critical to avoid excessive insulin dosing to prevent peripheral hyperinsulinemia and its associated complications, such as insulin resistance and hypoglycemia. Managing insulin administration carefully to mimic more natural insulin patterns, where the liver can play its regulatory role, may help mitigate these risks.

4. Glycemic Dysfunction:
In the early years following diagnosis, T1D can lead to unpredictable and erratic blood glucose levels, making it difficult for patients and caregivers to manage the condition effectively.

These complications highlight the importance of achieving and maintaining stable, normal blood glucose levels from the earliest stages of T1D. The window of opportunity to prevent long-term damage begins immediately upon diagnosis, and the stakes are incredibly high.

The Long-Term Impacts of Poor Blood Glucose Management

Andrew didn’t shy away from discussing the long-term risks associated with poor blood glucose control. Within just four years of a T1D diagnosis, children can begin to show signs of atherosclerosis, a condition where the arteries narrow and harden, increasing the risk of heart attack and stroke.

By the ten-year mark, some individuals with T1D may start to experience dysfunction in the left ventricle of the heart. This dysfunction means that the heart's chamber responsible for pumping oxygen-rich blood to the rest of the body is impaired, leading to further cardiovascular complications.

The excess glucose in the bloodstream also wreaks havoc on various organs, particularly the eyes, kidneys, nerves, and heart. Many of us have seen firsthand the devastating effects of diabetes-related complications—whether it's a loved one who has gone blind, someone who has lost a limb, or a friend or family member who has suffered a heart attack or stroke. These are not just statistics; they are real, heartbreaking outcomes that can be prevented with proper management.

As caregivers and parents, our role in protecting our children from these complications is crucial. We must strive to maintain stable, normal blood glucose levels, not just to prevent immediate adverse events, but to safeguard their long-term health and quality of life.

The Role of Nutrition in Managing Type 1 Diabetes

Andrew's talk underscored a critical aspect of T1D management that is often overlooked: nutrition. He emphasized that the food we eat has a profound impact on blood glucose levels and, by extension, on overall health. In particular, he highlighted the benefits of a lower carbohydrate intake for individuals with T1D.

Why Lower Carbohydrate Intake Matters

Reducing carbohydrate intake is associated with better blood sugar control and reduced insulin requirements. When the body has fewer carbohydrates to process, it experiences fewer spikes in blood glucose levels, making it easier to maintain stability. This not only helps in preventing the highs and lows that are so common in T1D management but also reduces the amount of insulin needed to manage blood glucose levels effectively, potentially averting the devastating consequences of peripheral hyperinsulinemia and insulin resistance, as a result of having to administer too much insulin from the consumption too many carbohydrates. Andrew presented a compelling case study of an individuals with T1D who followed a ketogenic diet—a very low-carbohydrate, high-fat diet—safely for ten years. This individual achieved remarkable glycemic control, maintaining normal blood glucose levels throughout the decade.

This case study serves as a powerful example of how therapeutic nutrition can be used as an effective tool in T1D management.

https://www.t1dnutrition.com/blog/efficacy-and-safety-of-long-term-ketogenic-diet-therapy-in-a-patient-with-type-1-diabetes

Real-Life Implications of Andrew’s Vision

One of the most inspiring aspects of Andrew’s talk was his hopeful and forward-thinking vision for all people living with T1D. His dreams for the T1D community are not just aspirational—they are achievable with the right strategies and support.

1. Normoglycemia (Normal Blood Sugars)
Andrew’s ultimate goal is for all people with T1D to achieve normoglycemia—maintaining blood glucose levels within the normal range, just as a person without diabetes would. Achieving this requires a multifaceted approach, including personalized nutrition, appropriate insulin therapy, and continuous monitoring. By striving for normoglycemia, we can reduce the risk of complications and improve the overall quality of life for those with T1D.

2. Reduced Mental Burden
Living with T1D is not just a physical challenge—it’s a mental one as well. The constant need to monitor blood glucose levels, adjust insulin doses, and manage daily life with diabetes can be overwhelming. Andrew envisions a future where the mental burden of T1D is significantly reduced, allowing individuals to live fuller, more carefree lives. This can be achieved through better education, support systems, and advancements in diabetes management technology.

3. Zero Complications
Perhaps the most ambitious of Andrew’s dreams is a world where no one with T1D suffers from diabetes-related complications. By focusing on early and effective management, particularly through nutrition and tight glycemic control, we can dramatically reduce the risk of complications such as blindness, kidney failure, nerve damage, and cardiovascular disease.

4. Zero Days of Lost Life
Finally, Andrew’s vision includes a future where no one with T1D loses years of their life to the condition. This means not just extending life expectancy, but ensuring that those years are healthy, active, and fulfilling. Achieving zero days of lost life requires a proactive approach to T1D management, with a focus on prevention, education, and innovation.

The Path Forward: How We Can Support Andrew’s Vision

As parents, caregivers, and members of the T1D community, we have a responsibility to support and advocate for the goals that Andrew has set forth. Here are some ways we can help make his vision a reality:

1. Educate Ourselves and Others:
Understanding the importance of nutrition, early intervention, and tight glycemic control is the first step in managing T1D effectively. We must seek out information, attend educational events like the San Diego Symposium for Metabolic Health, and share what we learn with others in the T1D community.

2. Advocate for Better Care:
We must advocate for healthcare providers to recognize the critical role of nutrition in T1D management. This includes pushing for more research on low-carbohydrate diets, personalized care plans, and access to the latest diabetes management technologies.

3. Support Ongoing Research:
Supporting research into new treatments, dietary strategies, and management tools is essential for advancing T1D care. Donations to reputable organizations, with a focus on nutrition therapy, and participation in clinical trials are ways we can contribute to the future of diabetes care.

4. Foster a Supportive Community:
Building a strong, supportive community for those living with T1D is crucial. Whether through online forums, local support groups, or social media, connecting with others who understand the challenges of T1D can provide much-needed encouragement and support.

5. Implement Effective Management Strategies:
As caregivers, we must be proactive in implementing the strategies that have been proven to work. This includes exploring dietary approaches like a therapeutic carbohydrate reduction nutrition strategy for Type 1 diabetes, monitoring blood glucose levels closely, and working closely with healthcare providers to adjust treatment plans as needed.

Conclusion: A Future of Hope for the T1D Community

Andrew Koutnik’s vision for all people living with T1D is one of hope, health, and possibility. His insights remind us that while T1D is a challenging condition, it is not insurmountable. With the right strategies, support, and dedication, we can achieve stable, normal blood glucose levels, reduce the mental and physical burdens of the disease, and prevent the complications that have historically been so common. As I leave the San Diego Symposium for Metabolic Health, I am inspired by Andrew’s dreams and more committed than ever to helping make them a reality. For all of us in the T1D community—whether we are living with the condition ourselves or supporting a loved one who is—there is hope on the horizon. By working together, we can create a future where T1D is not a limitation but a manageable part of life, where every person with T1D can live a long, healthy, and fulfilling life.

Let’s continue to educate, advocate, and support one another as we work toward this vision.

Together, we can make Andrew’s dreams for the T1D community come true. 🌟

🎯 If you are interested in improving your child's Type 1 diabetes management and successfully implementing a Therapeutic Carbohydrate Reduction/low-carb nutrition strategy, so you can safely achieve normal blood sugar levels, relieve stress, anxiety, and frustration, and nourish your child's growing body, visit:

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REFERENCES

Gregory, J. M., Cherrington, A. D., & Moore, D. J. (2020). The Peripheral Peril: Injected Insulin Induces Insulin Insensitivity in Type 1 diabetes. Diabetes, 69(5), 837–847. https://doi.org/10.2337/dbi19-0026