Causes and consequences of high blood pressure (high blood pressure)

Everyone has heard of heart disease and stroke – it’s what we fear and do everything we can to avoid. However, these are the most common causes of death in people with high blood pressure and hypertension.Arterial hypertension or hypertension is the most common and universally recognized diagnosis. Although statistically one in three people suffer from the disease, much is still unknown, including its causes and treatments. How to prevent all this trouble? How to maintain health and quality of life? In this article we will try to answer these questions.

Hypertension (hypertension) – what is it?

According to the currently accepted classification, arterial hypertension is defined as an increase in blood pressure exceeding 140/90 mm. RT. Art. Today, high blood pressure comes in two forms:

• Primary (or essential, i. e. of unknown cause) - characterized by an increase in blood pressure for no apparent reason;
• Secondary (symptomatic) - The cause of the increase in blood pressure is related to any internal organ (liver, kidneys, lungs, brain, endocrine glands).

As the name suggests, the cause of essential hypertension remains unclear despite all the achievements of modern medicine, so the only traditional treatment remains to eliminate high blood pressure through medication. The relevance of high blood pressure is keenly felt in the modern world since medications can only lessen the consequences but not eliminate the cause. However, a group of medical researchers has proposed a new concept for the development of hypertension, explaining the mechanism of the disease at the cellular level and confirmed by numerous studies. We will discuss this innovative approach.First, any disease disrupts the body's functions. Since our large and well-coordinated body is made up of cells, all functions of the body are provided by them (small cells).Microscopic life, invisible to the naked eye, is always present in the body—some cells die, others form. The body's job is to maintain a balance between functioning cells and dead cells. The immune system is involved in this task—specialized macrophages act as cleaners—and their job is to detect and remove such biological debris in a timely manner. When the body's immune system is unable to cope with large numbers of dead cells, or when cells stop performing their tasks properly for various reasons, the balance is disrupted and disease occurs.When does uncontrolled cell death occur and when cells are unable to perform their functions? The answer is simple: when the cells themselves lack resources. By resources we mean anything that cells need from the outside to perform their functions. In order to maintain its function and "clean up" waste, any cell constantly interacts with the intercellular fluid, which in turn restores and renews its composition through contact with the blood. The blood receives resources, including those from the external environment: the lungs produce oxygen, and the digestive system produces nutrients in the form of water, fats, carbohydrates, and proteins.In order for this complex system to function, and for the body to have time to clear out damaged cells and replace them with new ones, a resource is needed to put it all into action. This resource is the microvibrations that occur in the body due to the work of muscle cells (myofibrils). Microvibrations are always present in the body, including during sleep. Even under maximum relaxation, many muscle cells continue to work and generate micro-vibrations in the surrounding interstitial fluid.It is understood that about 60% of human cells are muscle cells, which consume more than 80% of all energy produced in the body. Almost half of the energy expenditure is necessary to maintain the microvibration level or microvibration background at rest. Such huge energy expenditures are not without reason; they are necessary for human life. Lack of micro-vibration in the body means death, and lack of micro-vibration means illness.Similarly, when suffering from high blood pressure, if there is a long-term lack of micro-vibration in the body, the function of the cells will begin to become worse, causing the tissue to begin to become "slag", and the functional cells will not be able to work worse and then die. This can impair the function of vital organs (kidneys); problems can occur in the spine, causing the blood supply to the brain and spinal cord to deteriorate. Problems with these organs are the most common cause of high blood pressure and often lead to a decrease in tone throughout the organism.

High blood pressure and high blood pressure – what’s the difference?

There are so many terms and names in the medical world that sometimes it can be difficult for the average person to understand and understand what is going on in their body. What do all these abbreviations and diagnoses mean? First, let’s define the difference between high blood pressure and high blood pressure. What’s the difference? Hypertension is a condition of high blood pressure. Hypertension is already a disease that affects the whole body, and high blood pressure is one of its symptoms. The degree of organ changes that cause high blood pressure is the stage of the disease.In the modern accepted medical classification, arterial hypertension is divided into 3 grades:

Blood pressure type and degree of hypertension	Systolic blood pressure, mm Hg. Art.	Diastolic blood pressure, mm Hg. Art.
normal	less than 130	Less than 85
High	130-139	85-89
Degree 1 hypertension (mild)	140-159	90-99
Hypertension II (moderate)	160-179	100-109
Hypertension III (severe)	Greater than or equal to 180	Greater than or equal to 110

Complications and consequences of high blood pressure

To understand exactly how persistently elevated blood pressure can lead to dire complications, what kind of disease it is, and exactly why it's dangerous, let's consider the mechanisms by which hypertension develops.Long-term hypertension (hypertension) often leads to irreversible consequences, especially in the vascular bed:

• The blood vessel wall thickens and its elasticity decreases;
• Permanent narrowing of arteriolar lumen;
• Thickening of the heart muscle (heart muscle);
• Due to high blood flow velocity, the damage to the blood vessel wall is aggravated, and atherosclerotic plaques form at the damaged site.

Since it is the vascular system, it is actually the supplier and carrier of external resources. Let’s see what changes will happen to long-term hypertension. Normally, blood vessel walls are elastic, which allows the body to quickly adapt to changing conditions. But under conditions of sustained high pressure and insufficient microvibration, the blood vessel walls will thicken and lose their elasticity. The main reason why this happens is that the body lacks micro-vibrations due to various reasons (lack of exercise, poor diet, overweight, etc. ), the immune system does not have time to "recycle" dead cells, and living cells are not able to fully perform their tasks. . The body is forced to urgently eliminate non-functioning and dead cells. One way to get rid of them is to transform them into stable structures - connective tissue or fibrosis. In turn, fibrosis of the vessel wall significantly reduces its elasticity and strength, leading to vessel damage and bleeding. This condition is particularly dangerous for the brain, as it can lead to stroke.In addition, most organs do not require high pressure at all, and a defense mechanism is activated - spasm (narrowing) of arterioles to reduce blood flow through them. This simply consumes a lot of resources throughout the body, and it cannot last long. Therefore, in order to save resources, the vessel walls thicken again, muscle cells are replaced by connective cells, then the reverse increase in the vessel lumen becomes impossible.This inflexibility of the vessel wall leads to the formation of microtrauma in the vessel wall and the deposition of cholesterol there. This causes the blood vessels to narrow in specific areas. This means that the organs and tissues are not getting the nutrients they should, which means they will not be able to perform their full functions. In turn, the heart is forced to work with greater force in order to pump blood into these inelastic (narrowed) vessels, which means it has no choice but to increase the mass of its cardiomyocytes (muscle cells). This condition is called cardiac hypertrophy. Everything looks fine, but the coronary blood vessels that are supposed to nourish the heart do not enlarge, and what is called insufficient blood supply to the myocardium - ischemia - occurs. If atherosclerotic plaque grows on the walls of an altered coronary artery, there is a high risk that the blood supply to the heart muscle in that area will completely stop - and part of the heart muscle will die - causing a heart attack. Stroke, heart disease, and atherosclerosis are the most common complications of high blood pressure and are causes of immediate death.

Can having high blood pressure cause disability?

Disability is the inability to perform normal household activities and self-care. As high blood pressure progresses, heart failure begins to develop when all the body's resources are exhausted. As is evident from the name, in this condition the heart is simply unable to perform its main function - supplying oxygen to organs and tissues. When heart failure becomes severe, a person's quality of life takes a significant toll, and even keeping a kettle in the kitchen is nothing short of a heroic feat. Of course, in this case, a person becomes disabled by high blood pressure.

Conditions and causes of high blood pressure

What are the main causes of high blood pressure? What triggers this chain of reactions and what causes the disease?As we have already mentioned, our body is an internal universe made up of billions of cells, all working as a unit. The incredible self-regulatory process of this universe allows humans to live and survive despite environmental conditions. Everything that happens in the body is not accidental, but is restricted by something and is required by something.To understand what causes high blood pressure, we need to focus again on the cells. For any cellular process, cellular components (proteins, fats, carbohydrates) must meet in space. The already familiar micro-vibrations of the surrounding interior space play a huge role in this. If there is a lack of micro-vibration, first of all, cell function will be destroyed, which will lead to nutritional destruction of the spinal cord, kidneys, and brain, and ultimately lead to the occurrence of hypertension. At the same time, it is important to understand that if the body's blood pressure increases, then this is necessary for some reason. A more correct statement is - crucial! However, the causes of high blood pressure are generally similar in men and women.

Insufficient kidney function

The kidneys are the only human organ that physiologically requires high blood pressure because the blood must pass under pressure through special membranes to purify it. Pressure below 80 mm Hg. Art. The kidneys stop filtering (purifying) the blood, which can be fatal.Therefore, the body cannot under any circumstances allow the kidneys to reduce or stop filtration. If for some reason the kidneys are unable to filter (purify) the blood, then the brain receives commands to increase blood pressure to increase the productivity of the kidneys. This is one of the most common causes of high blood pressure.In this case, the kidneys themselves may be fine, but the overall "contamination" of the blood may exceed the kidneys' ability to clean the blood under normal pressure. Therefore, the body needs to increase the function of the kidneys by increasing blood pressure.In this case, it is enough to improve kidney function and normalize the pressure. Improves kidney function by providing cells with a more dense supply of nutrients and removing waste products. For this, it is enough to simply increase the level of microvibrations (microcirculation) in the kidney area. Additionally, the kidneys are one of the few organs that do not have their own muscle fibers, so they receive microvibrations from adjacent working muscles in the abdomen and back. From this point of view, it becomes very clear how physical inactivity, incorrect posture and an increase in the proportion of fat tissue lead to a deterioration of kidney function and thus to hypertension. Therefore, in order to improve the function of the kidneys and interrupt the entire chain, we again conclude that it is enough to normalize the level of micro-vibrations in the kidneys.Currently, there is only one device in the world that can specifically increase the micro-vibration levels of any human organ. We are talking about a unique development - a medical device for vibroacoustic effects and a method - sound generation.The effectiveness of using these devices to treat high blood pressure has been confirmed by many studies.

Impaired blood supply to the brain

Another cause may be a disruption in the blood supply to the brain or spinal cord due to narrowing or pinching of arteries. This condition may occur due to spinal problems (osteochondrosis, intervertebral hernia), congenital features of the vascular bed, which may worsen over time due to atherosclerosis. The body cannot allow the blood supply to the brain to be interrupted, so it increases pressure to push the required amount of blood through the existing narrow blood vessels.Then fixing the blood supply problem to the brain or spinal cord may reduce the stress. Vibroacoustic therapy using a device can also be used for this purpose. With the help of a special transducer (vibraphone), the device's mechanical microvibrations are transmitted through contact to a depth of 10 cm in the human body, causing an increase in microcapillary blood and lymph flow. This in turn improves the nutrition of the cells and removes their waste products in a timely manner.Therefore, with the help of vocalization, swelling of the spine caused by osteochondrosis or intervertebral hernia can be eliminated, thereby "releasing" compressed arteries and improving blood supply to the brain.

eating disorder

Simple carbohydrates, fats, alcohol, nicotine, etc. overload the body, causing a large amount of resources to be spent on their processing (neutralization and purification). As a result, the body simply does not have time to restore the cellular balance of the vascular system, and there is a lack of resources. This leads to the occurrence of high blood pressure. All these factors lead to a lack of resources in young organisms as well, and therefore, in the modern world, we are increasingly faced with hypertension in young people.

hormone imbalance

It is known that hormone levels can significantly affect blood pressure. There are complex interactions between the body's entire endocrine system, which includes glands located in the brain (pituitary gland and hypothalamus) and glands elsewhere in the body (thyroid, parathyroid, gonads). These glands are normally responsible for ensuring the balance of the body's internal environment, including constant blood pressure. As we have discovered, in the absence of micro-vibrations, all important functions at the nutritional and cellular level are affected, which means that in the absence of micro-vibrations, the entire endocrine system (which, by the way, is very sensitive to the lack of micro-vibrations) loses its nutrients, will not function correctly and intermittently. Hormone levels are disrupted and blood pressure can "jump. "Normalizing the blood supply and improving the micro-vibrations of the endocrine glands is enough to return hormone levels to normal.

psychosomatics

In our fast-paced age, we should not forget what is called psychosomatics and its contribution to hypertension. The fact is that under sustained psychological stress, large amounts of biologically active substances are released into the blood, thereby increasing vascular tone and pressure. Continuous stress and strong negative emotions lead to increased muscle tone, which will soon exhaust the body's resources, lead to a decline in various body functions, and create conditions for the occurrence of diseases. In this case, it is not only necessary to normalize the microvibration background, but also to pay close attention to the emotional component.

age characteristics

High blood pressure in young children and adolescents is different. Generally speaking, the most common cause of these cases is endocrine (hormone) imbalance or spinal disease. At the same time, "adult" medications cannot always deal with high blood pressure in this group of patients without harming the child's body. Therefore, the task arises of using methods to reduce the dose of the drug used. One way is to speak up. Research has demonstrated the effectiveness of reducing medication doses, or even the ability to eliminate the need for medication.Hypertension in the elderly also has its peculiarities, since. . . Choosing drug doses due to concomitant diseases can be very difficult, and doctors often find themselves in a "fork in the road" - prescribing blood pressure-lowering drugs can lead to the deterioration of the function of other organs. In this case, vocalization can play a rescue role, which is safe and effective for elderly patients.

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Phonics are a modern and effective non-pharmacological approach to the treatment and prevention of high blood pressure

The effectiveness of this method has been confirmed by medical research, clinical practice, and physician reviews. Treatment and prevention of hypertension are performed using compact medical devices with vibroacoustic effects. The advantage of this method is that the procedure can be performed independently at home, with no side effects and few contraindications.