Sugar and insulin are among the most deeply examined concepts within the Tayyibat System, approached with careful analysis rather than absolute judgments. Dr. Diaa Al-Awadi viewed the function of glucose and insulin inside the body as far more nuanced than simply labeling them as enemy or friend. If you are new here, you may benefit from reading What Is the Tayyibat System? or reviewing Allowed and Forbidden Foods in the Tayyibat System and learning about Dr. Diaa Al-Awadi and you can also Download the Tayyibat System PDF.
Why Do Some Physicians Reject the Idea That Sugar Is Simply Harmful?
If sugar were an absolute enemy, why does the body manufacture it even during complete fasting? That single question is enough to reframe many of the prevailing assumptions about glucose. Glucose is not a foreign substance imposed on the body. It is a primary fuel that every cell requires, and particularly the brain and nervous system, which cannot function without it. The real question is not whether sugar exists in the body, but whether the metabolic environment is capable of handling it properly. Within the Tayyibat System, this distinction forms the foundation of how metabolic disease is understood.
How Does the Body Produce Sugar Even Without Eating Carbohydrates?
The body carries a built-in mechanism called gluconeogenesis, through which the liver synthesizes glucose from non-carbohydrate sources including amino acids, glycerol, and lactate. This process runs continuously and intensifies during fasting, physical exertion, or chronic stress. In practical terms, even if a person eliminates all sugar and carbohydrates from their diet entirely, the liver will continue producing glucose because the cells depend on it. This means that reducing dietary sugar does not automatically translate into lower blood glucose levels, since the liver compensates by increasing its own production when needed.
Is Elevated Blood Sugar Always the Core Problem?
The distinction between high blood sugar as a symptom and high blood sugar as a cause is one of the most important clarifications in understanding metabolic illness. In many cases, elevated glucose is not the origin of the problem but rather a downstream sign of a deeper hormonal imbalance or a breakdown in how cells respond to insulin. When cells become resistant to insulin, they fail to absorb glucose efficiently, leaving it circulating in the bloodstream. The glucose level rises not because there is too much sugar in the system fundamentally, but because the cellular gates meant to receive it are effectively closed. Addressing only the number in this scenario, without understanding why the resistance developed, treats the signal rather than the source.
Is Every Drop in Blood Sugar a Sign of Health?
Not every decrease in blood sugar reflects a healthy state. There are situations where glucose drops sharply due to a hormonal imbalance or an exaggerated pancreatic response, leaving the person experiencing dizziness, fatigue, and mental fog. A healthy body maintains blood sugar within a narrow, stable range, neither excessively high nor dangerously low. The real goal is glucose stability, not its absolute reduction, because both extremes place strain on the body through different but equally real mechanisms. Within the Tayyibat System, stability is treated as a more meaningful target than simply chasing lower numbers.
How Does the Body Respond to Stress, Fasting, and Physical Effort?
Psychological and physical stress triggers the release of cortisol, the body’s primary emergency hormone. One of cortisol’s central functions is to signal the liver to release more glucose into the bloodstream in preparation for handling a perceived threat or exertion. This system was well suited to a primitive environment where stress was directly tied to physical activity that would burn the released glucose. In modern life, however, stress is largely psychological and chronic, without the corresponding physical output to consume the extra glucose. The result is a repeated cycle where blood sugar rises, insulin rises in response, and the body never fully returns to a rested baseline. Fasting also triggers a cortisol response in its early hours, which explains why some people feel anxious or irritable when they begin an extended fast for the first time.
Why Does Blood Sugar Rise in the Morning Even Without Eating?
Many people with diabetes or insulin resistance notice elevated blood sugar readings upon waking despite having eaten nothing through the night. This is known as the dawn phenomenon. In the early morning hours, the body releases cortisol and growth hormone to prepare for the demands of the coming day, and both hormones signal the liver to release stored glucose into circulation. In a healthy individual, the pancreas responds quickly with sufficient insulin to regulate this rise. In someone with insulin resistance or reduced pancreatic function, that glucose remains elevated without adequate cellular uptake. This morning rise has nothing to do with food intake. It is entirely the product of the body’s hormonal interaction with the sleep and waking cycle, and it highlights how blood sugar is managed by far more than diet alone.
Insulin Resistance: The Problem That Precedes the Number
Insulin resistance is the central mechanism underlying most chronic metabolic disease. When cells no longer respond to insulin with adequate sensitivity, the pancreas compensates by producing larger quantities of it to accomplish the same task. This sustained overwork continues silently for years before any abnormal reading appears on a standard blood sugar test. By the time a number flags as elevated, the metabolic system has often been under strain for a considerable period. Chronically elevated insulin carries consequences well beyond blood glucose, including promoting fat storage, suppressing fat burning, and creating conditions favorable to chronic inflammation. Dr. Diaa Al-Awadi emphasized that understanding this sequence changes the entire approach to metabolic health, shifting focus from managing a number to addressing the conditions that drove the resistance in the first place.
The Picture Is More Complex Than Blaming Sugar Alone
Within the Tayyibat System, approaching sugar and insulin begins with understanding the full metabolic context rather than reacting to a single reading. Elevated blood sugar is often a symptom of a deeper imbalance in hormonal regulation, in dietary patterns, or in accumulated psychological load. Glucose itself is not the problem at its core. The problem lies in the broken relationship between the cell and insulin, and in the degree of excess that pushes beyond the body’s capacity to absorb and regulate. This is why the system calls for a deeper reading that moves beyond simply reducing sugar in food or monitoring numbers, toward understanding why the body is behaving this way in the first place.
Summary
Sugar and insulin are not absolute enemies. They are part of an integrated system the body produces and depends on. The real problem begins when the balance between glucose production and cellular uptake breaks down, when cells lose their sensitivity to insulin, and when cortisol and chronic stress become persistent drivers of elevated blood sugar independent of food. Understanding this relationship opens the door to a more mature approach to metabolic disease, one that treats the roots rather than chasing numbers on a report.
Read Also
- What is the Tayyibat System?
- List of Forbidden and Allowed Foods in the Tayyibat System
- Biography of Dr. Diaa Al-Awadi
- Download the Tayyibat System PDF
“This article is a simplified and organized summary of the video content, aiming to arrange the ideas and concepts mentioned in it and connect them to their context within the Tayyibat System. You can watch the video on YouTube here.”
No. Glucose is an essential fuel needed by every cell, especially the brain and nervous system. The problem is not the presence of sugar but the metabolic context and the body’s ability to handle it efficiently.
Yes. The liver manufactures glucose from non-carbohydrate sources through a process called gluconeogenesis, which becomes more active during fasting, stress, and physical exertion.
Not always. In many cases elevated blood sugar is a symptom of a deeper dysfunction such as insulin resistance, not the root cause itself. Treating only the number without addressing the cause treats the signal rather than the source.
Not necessarily. A sharp drop in blood sugar causes dizziness, fatigue, and mental fog. The real health goal is glucose stability within a balanced range, not its absolute reduction
Stress triggers cortisol release, which signals the liver to produce more glucose. In modern life, stress is largely chronic without physical output to consume that glucose, creating a repeated cycle of elevated sugar and insulin.
This is the dawn phenomenon. The body releases cortisol and growth hormone in early morning hours, signaling the liver to release glucose in preparation for the day. In insulin resistance, this glucose remains elevated without adequate cellular uptake.
Insulin resistance means cells no longer respond to insulin efficiently, forcing the pancreas to produce increasingly larger amounts. This sustained overwork continues silently for years before any abnormal reading appears, while promoting fat storage and creating conditions favorable to chronic inflammation.
Not on its own. Since the body manufactures glucose independently, the core issue is often the broken relationship between cells and insulin, combined with hormonal load from chronic stress and cortisol. A deeper approach begins with understanding the full metabolic context.
