Metabolic Health
Supposedly, Added Sugar No Longer Makes People Diabetic
Who could have imagined this unexpected revelation?
A dear friend, following a very high-carb diet, recently received a prediabetes diagnosis that shattered him. He contacted me seeking guidance, knowing my efforts had successfully reversed the same condition in my younger years. He was worried as he had two young kids who needed his support.
Considering my personal success in reversing my prediabetes at a young age and my intense research in metabolic health, he asked what single factor would significantly and immediately contribute to eliminating his worrisome condition.
Without hesitation, I emphasized the significance of cutting out added sugars from his diet, like those found in foods with refined carbs and sugary beverages.
As he is a heavy coffee and tea drinker, I said even removing sugar from these drinks can make a massive difference in the long run. He mentioned adding three teaspoons of sugar to his tea or coffee at least six times daily.
To my surprise, he hesitated, questioning my confidence and certainty in cutting added sugars from his diet. Although my friend has a strong research background in computer architecture and other technology domains, his health and fitness knowledge is limited.
I reassured him, explaining that my conviction stems from my personal experience, extensive research, and interactions with many friends and colleagues who have effectively reversed metabolic disorders.
Much to my dismay, my friend mentioned a new research study proclaiming that “Added Dietary Sugar Poses No Prediabetes Risk” based on data collected between 2013 and 2018 in the US.
Initially, I thought he was joking, but he gave me a link to this review paper. With a hint of skepticism, I clicked on the link only to discover that the paper had not undergone peer review, raising immediate red flags.
Driven by my data-centric mindset as a postdoctoral researcher, I delved into the paper with fascination. I know that it is not too hard to manipulate data. A data scientist can easily create multiple conclusions simply by changing (adding or subtracting) one or two variables.
The implications of this paper troubled me deeply as it contradicted over a century of knowledge contributed by dedicated scientists and clinicians. It felt akin to someone claiming the Earth is flat and presenting dubious evidence to support it.
To illuminate my friend about this paper's misleading and misinforming nature, I shared numerous peer-reviewed studies published in highly regarded journals like Nature, Cell, Frontiers, JAMA, and more.
These well-designed and peer-reviewed studies consistently highlighted the detrimental effects of added sugar on patients with metabolic disorders like diabetes, pre-diabetes, fatty liver, and metabolic syndrome.
His confidence increased when I shared the recent double-blinded clinical study published in a peer-reviewed journal.
A Simple and Paradoxical Truth
To simplify it for my friend, I explained how the body tightly regulates sugar balance in the bloodstream, allowing only around a teaspoon at a given time.
Moreover, I emphasized that the difference between a healthy person and someone with diabetes is merely an additional teaspoon of sugar.
He couldn’t believe this narrow range determined diabetes.
I said it is paradoxical but true that we must accept and act accordingly. It is a well-documented fact that elevated glucose levels can cause damage to every cell in the body.
Importance of Rigor in Health-Related Studies
Perplexed by the lack of a literature review in the research paper, my friend inquired about the researchers’ motivations.
While I cannot speak to their intentions, it appeared they aimed to deliver a sensational message to the public for unknown reasons. There might be multiple reasons, I said.
I informed him several vital factors must be considered when interpreting the findings of such population studies.
Firstly, the cross-sectional study design employed in this research does not enable the establishment of causal relationships between variables.
He understood that self-reports from participants regarding their recent intake might be prone to under or over-reporting, which can introduce bias into the results. He said it happened a lot in epidemiological studies.
I told him that measuring A1c levels within the prediabetes range might be influenced by multiple factors, potentially leading to unreliable assessments.
He agreed that these considerations highlight the need for caution when interpreting the study’s conclusions and emphasize the importance of validating them with clinical studies, especially peer-reviewed ones.
An Astonishing Serendipity
After a few hours, my friend sent me an email containing a tweet from a Medical Doctor. Then, he acknowledged the fallacy of the research he had initially encountered.
After that, he called me again, sounding more relaxed this time. With renewed motivation, he asked for the next vital step to reverse his prediabetes.
In response, I highlighted the importance of progressively making his body insulin sensitive and fat-adapted, switching to fat-burning metabolism with healthy lifestyle choices.
He loved my emphasis on lifestyle rather than pharmaceuticals, which could be only helpful if lifestyle choices did not work.
He was happy that even eating some carbs could make his body fat-adapted in the long run. He didn’t want to follow a keto diet for various reasons, so he enjoyed Amy’s story.
I informed him that when reading papers on health and fitness, we must remain critical, obtain reliable sources of information, and consult trusted healthcare professionals.
By challenging misleading research and embracing evidence-based approaches, we can make informed choices on our path to better health.
Conclusions and Takeaways
Intriguingly, sugar presents a paradox akin to cholesterol, unveiling a complex interplay within our metabolism. Understanding this enigmatic marvel is crucial for discerning the benefits and drawbacks of sugar.
The sugar paradox emerges from its dual role as a necessary component for our cells. Glucose, mainly derived from carbs, is an indispensable energy source for every cell, making it essential for survival.
Paradoxically, the body perceives excessive amounts of sugar as toxic, prompting a fascinating dichotomy.
To mitigate this contradiction, the human body has a mechanism known as gluconeogenesis, which enables glucose production even when our diet lacks sugar-containing foods.
This mechanism allows me to survive and thrive in my near zero-carb diet with one meal daily, as my body is intolerant to carbs.
My intention is not to advocate completely eradicating sugar from our diets but to emphasize that healthy people can survive and thrive without overconsumption.
The quantity of sugar consumed plays a significant role in metabolic health. In moderation, sugar from non-refined carbs can bring benefits to some people.
Nevertheless, excessive sugar intake might unleash a cascade of detrimental effects, like metabolic disorders and insulin resistance leading to type II diabetes, fatty liver disease, cardiovascular ailments, neurodegenerative conditions, and some cancers.
Interestingly, like normal cells, cancer cells exhibit an affinity for sugar while disdaining fat.
Another facet of the sugar paradox lies in its potential to foster addictive behavior. Our genetic makeup harbors an inherent predisposition towards sugar due to its vital role in our ancestors’ survival.
Sugar has a profound impact on the brain’s dopamine system, with some likening it to a legal drug capable of insidiously engendering addiction by raising deltafosb levels.
Thus, the sugar paradox encompasses its essential nature for survival, the perils of its potential toxicity, and its capacity to instigate addictive tendencies.
Unless we learn to strike a delicate balance among these three dimensions, sugar will persist as a prominent health concern, despite being a neutral molecule essential for the optimal functioning of our bodies and brains.
The bottom line is that:
If insulin cannot deliver excessive glucose in the bloodstream to muscles due to insulin resistance and/or hyperinsulinemia, the body quickly converts the excess sugar into fat molecules and stores them as fat for future use (visceral fat).
So each sugar molecule turning into fat can contribute to waistline growth and makes us closer to cardiometabolic disorders and neurodegenerative diseases like dementia.
However, solely cutting sugar is not enough, as there are many more variables for metabolic health.
Thank you for reading my perspectives. I wish you a healthy and happy life.
Related and Eye-Opening Articles
These stories might give you valuable importance on the role of sugar in our health and well-being from multiple angles.
Here’s How a Mature-Age Couple Reversed Diabetes and Trimmed Their Bodies with Lifestyle Habits.
Why 442 Million People Live Diabetic and What We Can Do About It
2 Billion With Fatty Livers: Early Detection and Intervention for Better Outcomes
Sugar Paradox: Key to Solve Metabolic and Mental Health Disorders
Six Tips to Reverse Insulin Resistance, Lose Fat, and Stay Healthy
As part of my creative non-fiction writing goals, I’d like to share a few stories that might warm our hearts with a bit of humor into weighty topics.
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As part of my creative non-fiction writing goals, I’d like to share a few stories that might warm our hearts with a bit of humor into weighty topics.
Sample Humorous Stories
Based on my writing experience and observations, I documented findings and strategies that might help you amplify your voice, engage your audience, and achieve your desired outcomes in your writing journey.
I publish my lifestyle, health, and well-being stories on EUPHORIA. My focus is on cellular, mitochondrial, metabolic, and mental health. Here is my collection of Insightful Life Lessons from Personal Stories.
You might join my six publications on Medium as a writer by sending a request via this link. 24K writers contribute to my publications. You might find more information about my professional background.
Here is a new interesting tweet from two medical doctors Robert Lufkin M.D. and Dr Ken D Berry, MD.
