Can high blood pressure “burst” the brain or directly damage the kidneys as many people believe? In the Tayyibat System, Dr. Diaa Al-Awadi, may Allah have mercy on him, presents a different physiological concept, seeing that the body has an internal system for regulating pressure within vital organs like the kidneys, brain, and eyes, maintaining a relatively constant pressure of about 30 mmHg, independent of systemic blood pressure which can reach very high numbers during weightlifting or straining. This understanding changes the view of high blood pressure and its risks. If you are new here, you may benefit from learning What is the Tayyibat System? or reviewing the Allowed and Forbidden Foods in the Tayyibat System and also reading the Biography of Dr. Diaa Al-Awadi and finally you can Download the Tayyibat System PDF.
Quick Navigation
What Is the Common Misconception About High Blood Pressure?
Many people believe that high blood pressure is like an “explosion” or “rupture” in the blood vessels, thinking that high pressure could “burst” the brain or directly destroy the kidneys. Dr. Diaa Al-Awadi, may Allah have mercy on him, explains that this picture is inaccurate. The body has a sophisticated system for regulating pressure within vital organs, protecting them from sharp fluctuations in systemic blood pressure. This system works like a “fuse” or “transistor” that maintains stable pressure within the kidneys, brain, and eyes, even when blood pressure in the large arteries rises to very high levels.
How Does the Internal Organ Pressure Regulation System Work?
The internal organ pressure regulation system works through mechanisms called “autoregulation,” where small arteries within each organ can change their diameter to maintain a constant blood flow. Dr. Diaa Al-Awadi, may Allah have mercy on him, explains that this system maintains a relatively constant pressure of about 30 mmHg within the renal glomeruli and capillaries of the brain and eyes. This number remains stable regardless of fluctuations in systemic blood pressure, and this stabilization is what prevents organ damage even in cases of severe and sudden pressure elevation.
The “Fuse” or “Transistor” Analogy in Pressure Regulation
Dr. Diaa Al-Awadi, may Allah have mercy on him, presents a clear analogy for understanding internal organ pressure regulation, comparing it to a “fuse” or “transistor” in electrical circuits. Dr. Diaa explains that a transistor maintains a constant electrical current regardless of voltage fluctuations, and similarly, blood vessels within vital organs maintain a constant pressure regardless of fluctuations in systemic blood pressure. This analogy helps explain why a person can lift heavy weights or strain forcefully without experiencing brain hemorrhage or kidney damage, because the organs are protected by an effective internal regulation system.
Real-Life Examples of High Blood Pressure Without Organ Damage
Dr. Diaa Al-Awadi, may Allah have mercy on him, mentions clear real-life examples of the body’s ability to tolerate temporary high blood pressure without organ damage. During weightlifting, systolic blood pressure can rise to over 200 mmHg, yet the person does not experience brain hemorrhage or kidney damage. During straining (forceful pushing with breath-holding), pressure inside the chest and abdomen rises significantly, but internal organs remain protected. During ejaculation during sexual intercourse, pressure rises sharply but the body tolerates it thanks to the internal regulation system. These examples prove that temporary high blood pressure is not necessarily dangerous to organs as long as the regulation system is functioning efficiently.
22 Years of Intensive Care Experience Confirming the Concept
Dr. Diaa Al-Awadi, may Allah have mercy on him, confirms the validity of this concept through his experience of over 22 years in intensive care. He observed that many patients suffering from severe high blood pressure do not show signs of immediate kidney or brain damage, while others may suffer damage despite relatively moderate blood pressure. Dr. Diaa explains that the difference lies in the efficiency of each person’s autoregulation system and its ability to adapt to changes, not just in the blood pressure number itself. This is what makes hypertension treatment more complex than simply lowering the number to a certain level.
What Actually Causes Organ Damage?
Organ damage resulting from high blood pressure does not occur due to a sudden “explosion,” but rather from the gradual erosion of small arteries and the failure of the internal regulation system over time. Dr. Diaa Al-Awadi, may Allah have mercy on him, explains that chronic high pressure forces small arteries to adapt by increasing the thickness of their walls, reducing their elasticity and regulatory capacity. When these compensatory mechanisms fail, organs begin to suffer from ischemia or increased internal pressure, and this gradual deterioration is what leads to kidney or brain damage, not sudden high pressure alone.
Internal Organ Pressure Regulation and Its Relation to the Tayyibat System
In the Tayyibat System, the concept of internal organ pressure regulation is linked to a broader understanding of how the body functions under various pressures. Dr. Diaa Al-Awadi, may Allah have mercy on him, explains that chronic abdominal pressure, bloating, constipation, and poor digestion are all factors that may affect the efficiency of the organ autoregulation system. When pressure inside the abdomen increases, it may compress blood vessels and impair their regulatory capacity, making organs more susceptible to the effects of blood pressure fluctuations. Therefore, improving digestive health and reducing abdominal pressure may have a positive effect on the stability of internal organ pressure and their protection from damage.
Conclusion
High blood pressure does not “burst” the brain or directly destroy the kidneys as many people believe. The body has an internal system for regulating pressure within vital organs, maintaining a constant pressure of about 30 mmHg independent of systemic blood pressure. Dr. Diaa Al-Awadi, may Allah have mercy on him, explains in the Tayyibat System that this system works like a “fuse” or “transistor” to protect the kidneys, brain, and eyes from sharp fluctuations, and that organ damage occurs as a result of gradual erosion and failure of this system over time, not from sudden high pressure alone. Understanding this mechanism helps change the view of high blood pressure from a sudden enemy to a chronic condition that requires deep management and understanding.
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, the body has an internal system for regulating pressure within vital organs like the kidneys, brain, and eyes, maintaining a relatively constant pressure of about 30 mmHg, independent of systemic blood pressure.
It works through “autoregulation” mechanisms, where small arteries within each organ can change their diameter to maintain a constant blood flow, protecting organs from sharp fluctuations in systemic blood pressure.
Dr. Diaa Al-Awadi compares the internal pressure regulation system to a transistor that maintains a constant electrical current regardless of voltage fluctuations, and similarly, blood vessels within organs maintain a constant pressure regardless of blood pressure fluctuations.
Weightlifting can raise systolic pressure to over 200 mmHg without damage, straining (forceful pushing with breath-holding) and ejaculation during intercourse are all examples of temporary high pressure without organ damage thanks to the internal regulation system.
Gradual erosion of small arteries and failure of the autoregulation system over time, as chronic high pressure forces arteries to increase their wall thickness, reducing their elasticity and regulatory capacity.
Through 22 years in intensive care, Dr. Diaa observed that some patients with severe high pressure show no damage, while others suffer damage despite moderate pressure, with the difference lying in each person’s autoregulation efficiency.
Chronic abdominal pressure and bloating may compress blood vessels and impair their regulatory capacity, making organs more susceptible to blood pressure fluctuations, so improving digestive health improves regulation efficiency.
High blood pressure is not a sudden enemy that “bursts” organs, but a chronic condition requiring deep management and understanding, with organ damage occurring from gradual erosion and regulation failure, not sudden high pressure alone.
