Surprising Truths About Sugar (no one knows!)

Sugar is NOT the demon of diabetic diseases. It is a signal for something else that is far more insidious and damaging.

FrugalDoc

10/13/20263 min read

How can something so important to our energy, and thus our health, be as harmful as claimed when, as 1 example, protein is sacrificed to produce it in a deficiency?

Or... is it a signal for something else?

What does "sugar" mean here? It refers to blood sugar measured as fasting glucose, which comes from many sources.

The main sources associated with diabetes and disease are:

refined white sugar
processed carbohydrates from grain sources

Understanding what "refined" and "processed" really mean explains what you need to know about the causes of chronic diseases related to "sugar."

Guess how many men, who generally eat worse than women, are micronutrient-deficient.

Sugar: The Good, NOT the Bad or the Ugly:

"The experimenter who does not know what he is looking for will not understand what he finds." — Claude Bernard

This is my favorite quote of all time! In modern medicine, it means that what we are told is what "they" (the medical establishment) chose to study, not what is most foundational to human physiology.

Overall conclusion

The glucose-centric model of metabolic disease is well established but incomplete.
The micronutrient/"hidden hunger" model — that deficiency of micronutrients in energy-dense processed food drives overconsumption, impairs repair, and thereby produces insulin resistance and weight gain — is biologically coherent, supported by adjacent mechanistic frameworks (triage hypothesis, hunger trap hypothesis, deficiency-specific appetite pathways), and materially under-studied.
It should be treated as a serious candidate driver of chronic metabolic disease and a research priority, not dismissed for lack of the very evidence that has not yet been sought.
The everyday buffet observation is real but multifactorial; protein is the best-documented lever, yet its primacy is not proven, and micronutrient signaling remains a legitimate, unexamined contributor.
Bone broth and fulvic/humic liquid remain plausible but untested adjuncts.
In Bernard's terms, the field will not understand what it finds until it decides to look for micronutrient-mediated harm as deliberately as it has looked for glucose-mediated harm.

To see the full discussion, click here to download the PDF

The simple, common-sense logic supports micronutrient deficiency, and NOT sugar, as the cause of harm with excess glucose in your blood.

The medical system looks at codes for diagnostic purposes - tens of thousands of codes.

FrugalDoc looks at mechanisms and pathways - 5 of each. Go to this page for an explanation: https://frugaldoc.com/#mechanisms

The pathways: (not in any particular order - I use the acronym RIDER)

Repair: This involves micronutrients, fats, and proteins to rebuild cells and tissues. The human body replaces approximately 330 billion cells every day.
Immunity: The various white blood cells and supporting substances protect us from infections or fight those that occur. Immunosenescence is the #1 aging process.
Detoxification: Our kidneys, liver, and spleen remove toxins and other waste. On a cellular level, "Xenobiotic biotransformations" are at work.**
Energy: We use fuel from food or from stored fat to maintain energy (ATP production in the mitochondria).
Regulatory: Hormones and peptides (and other substances) create signals to alert systems to recruit repair. An example is the biomarker "fibrinogen activity," which scouts for damage and recruits fibrin to heal it.

Here's how micronutrients play critical roles in these pathways. (All of these summaries were generated by OpenEvidence.com AI

Repair: Micronutrients drive cell and tissue repair at four interlocking levels: they supply the building blocks and cofactors for DNA/nucleotide synthesis, enable collagen and extracellular-matrix formation, support cell proliferation and protein synthesis, and protect regenerating tissue from oxidative/inflammatory damage.

Immunity: Micronutrients support immunity on three fronts: they fuel the rapid proliferation and maturation of leukocytes (hematopoiesis), they serve as cofactors enabling innate and adaptive effector functions, and they protect immune cells from the oxidative stress generated during defense.

Detoxification: Micronutrients act as the obligatory cofactors, prosthetic groups, and conjugation-substrate precursors that the Phase I, Phase II, and antioxidant enzymes cannot function without — so "at the root level" they are rate-limiting inputs to the entire biotransformation machinery. Nutritional deficiency generally lowers xenobiotic-metabolizing capacity,

Energy: Micronutrients are the obligatory cofactors, prosthetic groups, and electron carriers that convert dietary macronutrients into ATP — without them the TCA cycle, the mitochondrial electron transport chain (mtETC), and ATP synthase cannot operate.

Regulatory: Micronutrients participate in hormone biology at three levels: they are enzymatic cofactors for hormone biosynthesis, they are required for conversion/activation and metabolism of hormones, and they modulate receptor-mediated signal transduction.

What is chronic disease? Is it a lack of energy? Looking at Americans' waistlines, the answer is NO.

Here is the nonsensical conundrum: After providing all the information on how micronutrients support the 5 major pathways, it states that excess sugar, and NOT micronutrient deficiencies, is the cause of diabetes and, more importantly, the downstream chronic conditions associated with this "syndrome!"

Does this make sense, or does it explain the inadequacies of our modern drug-based "health"care system?

I hope you read the full downloadable document.