Explanation of how to read the report

Type of Report: General Condition

This report presents the general state of the systems based on the analysis of the test performed on 47 organs and systems.

Each line of the diagram is associated with certain organs and systems and displays an overall picture of the mean value of all these systems.

Under the caption of each value, its status is displayed in the form of a diagram or a caption:

• no disturbances - green

• minimal disturbances - turquoise, yellow

• moderate disturbances - orange, blue

• dominant disturbances - red, purple

Gradient from the norm towards the dominant disturbances:

The extreme point on the left and the extreme point on the right (light green color) is a segment formed by the maximum upper and minimum lower positions of the corridor of norms of all organs associated with the system of organs. Before starting the assessment of the segments condition, it is required to assess the pH data, the predominance of the type of the autonomic nervous system, as well as the condition of the body at the time of the examination and its ability to be exposed to biopathogenic factors. As well as the condition of the central nervous system (CNS) and the degree of reactivity of the body.

 Assessment of the functional state of organs and systems of the body.

The data obtained as a result of testing indicate the functional state of organs and systems. There may be changes or the readings may remain within a norm, in case of various conditions of organs and systems. And they can often show the functioning of the entire system, without indicating an increase or decrease in readings in relation to the norm. Since this category shows us how organs function in a system or systems, but, at the same time, a certain organ can function in a state of hyperfunction, meanwhile another one - in hypofunction within one system, and then it turns out that the system is functioning normally (according to arithmetic mean principle). But this page of the analysis is very important for getting answers concerning an identification of the system, which is the most affected and labile, to make it possible to focus precisely on the most affected system. The middle segment (slightly darker) refers to the values of the average lower and upper points of the norm corridor. Dark green in the center indicates the segment of the intersection of all norm corridors.

Type of Report: General Condition

Health is a state of complete physical, mental and social well-being and not merely the absence of disease or infirmity. For an adequate analysis of this section, it is required to conduct a series of tests in one diagnostic session in order to systematize the data of the LDV (lateral differential variance), the degree of lability of the indicators and the body's response to the decrease phenomenon.

In the process of analyzing indicators, it is required to take into account the lability, comparing indicators in one session when viewing a series of tests.

- unsatisfactory
This indicator refers to the chronic diseases at the stage of subcompensation or decompensation, with a reduced or significantly reduced functional capacity of the body.

- satisfactory
This indicator refers to the presence of the chronic diseases in a state of compensation with a slight decrease in the functional capacity of the body.

- good
This indicator refers to a stable state of health at the current moment.

Type of Report: 

Unbalanced Coefficient (Internal System PH)

The acid-base balance of the human body is the level of acids and alkalis in the blood, at which the human body functions best. The human body is arranged in such a way as to naturally maintain a healthy balance of acidity and alkalinity. The lungs and kidneys play a key role in this process. The ratio of acid and alkali in the body is called acid-base balance.

The main mechanisms for maintaining this balance include: blood buffer systems (carbonate, phosphate, protein, hemoglobin), respiratory (pulmonary) regulatory system, renal (excretory system). If the lungs or kidneys are functioning inadequately, the pH level can become unbalanced. A disturbance of the acid-base balance can lead to the diseases known as acidosis and alkalosis. Both conditions require correction, and not just a mere change in nutrition or adherence to any diet.

The lungs control the body's pH balance by releasing carbon dioxide from the body. Carbon dioxide is a weakly acidic compound. It is also a waste product that is produced by the cells of the body when they use oxygen. The cells release it into the bloodstream and it enters the lungs. When you exhale, carbon dioxide is removed, a process that also helps regulate the body's pH balance by reducing acidity. The amount of carbon dioxide you exhale depends on how deeply you inhale or exhale. Your brain is constantly monitoring this in order to maintain the proper pH balance in the body.

The kidneys help the lungs maintain an acid-base balance by excreting acids or alkalis via the urine. The effect of the kidneys on the acidity of the body is much slower than that of the lungs. 

One of the main factors that effect the pH of urine is the food that a person consumes. If a person has a high pH of urine, that is, it is more alkaline, it can indicate the diseases such as: kidney stones, urinary tract infections, disorders associated with the kidneys.

Acidic urine can also create an environment where kidney stones can form. If a person has a low pH of urine, that is, it is more acidic, this may indicate the diseases such as diabetic ketoacidosis, which is a complication of diabetes mellitus, diarrhea, starvation.

The typical pH spectrum for saliva is between 6.2 and 7.6 pH. Food and drink change the pH level of saliva. For example, the bacteria in your mouth break down the food you eat, releasing various acids that lower the pH level of your saliva. The human body is composed of approximately 60% of water and it needs a pH, which should be proximal to water, in order to keep it alive.

If the blood has too much acid (low level of the blood pH), there is an occurrence of the metabolic acidosis. This is due to a high blood pressure, kidney diseases, diabetes, and other diseases that lower the pH of saliva.

And if there is too much alkali in the blood (high pH level), there is an occurrence of the metabolic alkalosis. This is due to the diseases of the adrenal glands and alcohol abuse and it leads to an increase in the pH level of saliva.

The pH of saliva can have serious implications for dental health. Although the tooth enamel is a hard substance in the body, acidic saliva can damage it. When the pH of your saliva drops below 5.5, your tooth enamel begins to break down. Unfortunately, since the tooth enamel cannot be restored, this damage is permanent. If the acids have corroded the enamel, your teeth may become sensitive. You can also notice a discomfort when drinking hot, cold, or sweet drinks. The yellowish teeth are another warning sign of enamel erosion.

An important property of blood is its degree of acidity or alkalinity. The acidity or alkalinity of any solution, including blood, is determined by the pH scale. Blood is generally slightly basic, with a normal pH range from approximately 7.35 to 7.45. Normally, the body maintains a blood pH at about 7.40.

Blood acidity rises when a person consumes substances that contain or produce acid, or when the lungs do not release a sufficient amount of the carbon dioxide. People with the metabolic acidosis often experience nausea, vomiting, and fatigue and may breathe faster and deeper than normal. People with the respiratory acidosis often experience headache and confused consciousness, and their breathing may be shallow, slow, or both. 

Biological fluid

pH value

Arterial blood

7,4 (7,35 - 7,45)

Venous blood

7,26 - 7,36

Milk

6,6 - 6,9

Liver bile

7,4 - 8,0

Vesicular bile

5,4 - 6,0

Gastric juice

1,5 - 2,3

Pancreatic juice

7,8 - 8,4

Intestinal juice

7,8 - 8,0

Cerebrospinal fluid

7,35 - 7,7

Saliva

7,2

Eye moisture

7,2

Tear

7,4

Urine

6,0

Our body normalizes the absorption of the acidic and alkaline foods, and the neutralization of the acidic foods takes a lot more resources. Blood that has a normal pH level is able to fight the tumors by eliminating the affected cells. In case if the balance is disturbed, if the pH of human blood is low, the immunity decreases, and, consequently, the body fights diseases worse. To restore the pH of the blood, it is recommended to eat foods that increase the alkalinity of the blood, lymphocytes will work at full strength, eliminating the damaged cells. A low pH of blood is a great danger for the human body, control your blood pH to avoid serious diseases and complications in the long term. In the process of analyzing indicators, it is necessary to take into account the lability of the pH of the system, comparing the indicators in one session when viewing a series of tests.

Neutral pH

In a neutral biological environment, the body can have an amazing ability to heal itself. The body has four alkaline minerals that, according to chemical laws, are able to neutralize acid: calcium, potassium, magnesium and sodium. All this must be stored somewhere, but not for nothing, since they also perform certain functions. Calcium is stored in the bones, potassium in the heart, and magnesium in the kidneys. Calcium, magnesium, potassium and sodium are among the top four essential minerals. Their deficiency is dangerous for the body. When we eat something sour, and this acid, getting into the blood, attempts to disturb the arranged balance, to bring an acidifying effect, the body immediately reacts and directs the alkaline elements that are at its disposal into the blood  in order to suppress it. First, it takes that it has the most - calcium, and calcium is stored in the bones, magnesium works in pair with calcium, so it also follows after it. When the body has a balance of these microelements, it allows the body to maintain a neutral pH balance.

High degree of cell acidity

Due to malnutrition and eating acidic foods, as well as a lack of water, there is an occurrence of the body acidification. People consume a lot of fats, meat, dairy products, cereals, sugar, flour and confectionery products, all kinds of semi-finished products and other processed, refined products that contain practically no dietary fiber, minerals and vitamins, not to mention the enzymes and unsaturated fatty acids.

In order to resist this - to reduce the concentration of acid and to remove it from the vital organs - the body retains water, which negatively affects the metabolism: the body wears out faster, the skin becomes dry, wrinkled. Besides, when the body is acidified, the oxygen transfer to organs and tissues deteriorates, the body does not absorb minerals well, and some minerals, such as Ca, Na, K, Mg, are excreted from the body. The body has to spend a huge amount of resources and energy to neutralize the excess acids, and thereby causing a certain imbalance in biochemical reactions. Since there are clearly not enough alkaline reserves coming from outside, the body is forced to use its internal resources - calcium, magnesium, iron, potassium. As a result, hemoglobin decreases, and there is a development of osteoporosis. When the blood hemoglobin iron is used to neutralize the acid, a person feels tired. If calcium is spent for these needs, a person experiences an emergence of insomnia and irritability. Due to the decrease in the alkaline reserve of the nervous tissue, the mental activity is disturbed.

Vital organs suffer from a shortage of minerals, the risk of cardiovascular diseases increases, immunity decreases, bones turn brittle, and much more. If there is a large amount of acid in the body and the mechanisms of its excretion are disturbed (with urine and feces, with breathing, with sweat, etc.), the body undergoes severe intoxication. The only way out is alkalization of the body.

On a global scale, acidification of the body leads to the emergence of more than 200 diseases, for example: cataracts, farsightedness, arthrosis, chondrosis, bile and urolithiasis, and even oncology.

The state of excessive acidity is called acidosis. The untimely detected acidosis can harm the body imperceptibly, but constantly for several months and even years. Alcohol abuse often leads to acidosis. Acidosis can occur as a complication of diabetes.

In case of acidosis a patient can experience an emergence of the following problems:

• Diseases of the cardiovascular system, including persistent vasospasm and a decrease in the concentration of oxygen in the blood, heart failure, weakening of the heart muscle.

• Weight gain and diabetes.

• Diseases of the kidneys and bladder, the formation of stones.

• Digestive problems, weakening of the smooth muscles of the intestines, and so on.

• Decreased immunity.

• General weakness.

• An increase in the harmful effects of free radicals, which can contribute to oncogenesis.

• Brittleness of bones up to a fracture of the femoral neck, as well as other disorders of the musculoskeletal system, such as the formation of osteophytes (spurs).

• The emergence of the joint pain and pain in the muscles associated with the accumulation of the lactic acid.

• The gradual weakening of the functioning of the eye muscles, a development of the farsightedness, which is very common among the elderly people.

• Decreased stamina and ability to recover from exercise.

Between meals, you can help your body balance to normalize its pH by drinking the alkaline water. Even a small increase in pH can have a huge impact on health.

 Average degree of cell acidity

It is believed that an acidic environment is one of the main causes of the cell destruction and tissue damage, a development of diseases and aging processes, and the growth of pathogens. In the acidic environment, building material does not reach the cells, the membrane is getting destructed. An acidic environment provokes many diseases, including cardiovascular diseases, arthritis, osteoporosis, oncological diseases and so on, and it also facilitates a development of bacteria, viruses, fungi, helminths and other parasites. Parasites prefer an acidic environment, and it is in an acidic environment that they are most pathogenic.

A weakly acidic environment in the body is created by the mental and physical overload, meat, food that has undergone deep thermal and other processing, which reduces the content of useful substances in it. These very sources of acidification fill the body with free radicals that overwhelm the immune system. One of the signs of acidification of the body is an uncomfortable dry mouth. The pH inside our body is not always the same - some parts are more alkaline and some are more acidic. The body regulates and maintains the pH level homeostasis only in certain cases, e.g. blood PH. The food and drinks that we consume effect the pH level of the kidneys and other organs, the acid-base balance of which is not regulated by the body.

Between meals, you can help your body balance to normalize its pH by drinking the alkaline water. Even a small increase in PH can have a huge impact on health.

 Moderate degree of the cells acidity

The body regulates the pH of the internal fluids, maintaining the values at a certain level. The acid-base balance of the body is a certain ratio of acids and alkalis that contributes to its normal functioning. Acid-base balance depends on maintaining relatively constant proportions between intercellular and intracellular waters in the tissues of the body. If the acid-base balance of fluids in the body is not constantly maintained, normal functioning and the preservation of life will be impossible. Therefore, it is important to control what you consume.

Between meals, you can help your body balance to normalize its pH by drinking the alkaline water. Even a small increase in pH can have a huge impact on health.

 High degree of the alkaline reaction in cells

The pH factor of the body - its acid-base balance - is the most important constant of life, and if it is disturbed, the body starts to destroy itself, trying to maintain this important indicator. Alkalosis: Too much alkali in the blood (or too little acid content), which causes the pH to rise.

The primary mechanism for shifting the balance in case of alkalosis is the loss of non-volatile acids by the body or the excessive intake of bases into the body. In this respect, the causes are few. This includes the intake of a large amount of alkaline substances (usually sodium bicarbonate for heartburn, alkaline mineral waters). Alkalosis also occurs with the loss of a large amount of gastric juice in the setting of frequent and indomitable vomiting, for example, in case of toxicosis of the pregnant women, in case of the intestinal obstruction, food toxicoinfections; in case of a gastric fistula, in case of a repeated suctioning of the contents of the stomach. It is not infrequent that a repeated vomiting in children occurs in case of pyloric stenosis, in case of a severe whooping cough. The cause of alkalosis may be a result of the primary or secondary hyperaldosteronism.

Alkalosis develops in case of a long-term treatment with the adrenal steroid hormones. In this case, there is an occurrence of the hypokalaemic alkalosis, which is caused by attenuation of blood plasma and cells with potassium due to its loss in the urine. An increased loss of chlorine with the urine and hypochloremic alkalosis occur during a long-term treatment with the mercury diuretics and hypothiazide. A peculiar variant of alkalosis develops in case of a hypofunction of the parathyroid glands. In case of a shortage of the parathyroid hormone, the excretion of phosphorus salts in the urine decreases, and the content of calcium in the blood decreases. This leads to the increased neuromuscular excitability.

This condition needs to be corrected urgently.

 Average degree of the alkaline reaction in cells

Alkalosis is a disease characterized by an increase in the pH of the blood. It occurs, as a rule, due to the fact that the amount of accumulated alkaline substances increases in the body. In case of alkalosis, there is an absolute or relative excess of bases. A person's arterial blood pressure drops, the heart muscle contracts more slowly.

There are many causes for the development of alkalosis:

• The presence of diseases of the gastrointestinal tract.

• Recent serious trauma.

• Unprofessional surgery and its consequences.

• Artificial ventilation of the lungs, improperly conducted procedure, negative consequences.

• The presence of acidosis in the body, improper preparation intervention.

• Dysfunction of the excretory system.

• Viruses and bacteria.

• Disease of the endocrine system.

• Incorrect prescription of hormonal preparations.

• Potassium free food.

• Kidney dysfunction. Impaired transport of chlorine.

• Disturbed water balance.

• Transfusion of the infected blood.

• Pathologies of the nervous system.

• Chemical intoxication.

This state needs to be corrected.

 Moderate degree of the alkaline reaction in cells

Symptoms and signs of the mild alkalemia are usually accompanied by headache, drowsiness, and an increased neuromuscular excitability. But most often it is manifested by the general weakness.

This condition needs to be corrected in a smooth manner.

Immunity is the body's defense system that maintains its genetic constancy. It protects it from the penetration of viruses, bacteria, fungi, protozoa, poisons and allergens from the environment. The human immunity also protects the body from the harmful effects from the inside - it destructs cells that have mutated in the consequence of diseases and other pathological processes, and eliminates decay products. In order for the immune system to function efficiently, it is necessary to regularly maintain its condition and eliminate the disorders.

The organs of the immune system involve:

• Tonsils – they are one of the main guard posts of the body: the immune cells located in the tonsils prevent the penetration of the foreign agents through the nasopharynx, protecting the respiratory tract and gastrointestinal tract.

• Thymus - it is located behind the sternum. Cells of the immune system T-lymphocytes mature and train to figure out the foes in this organ.

• Spleen - it cleanses the blood of the damaged cells and foreign agents (this process is called phagocytosis - the elements of the immune system devour and digest the strangers), and it also stores a stock of the immune cells.

• Intestine - Peyer's patches (aggregated lymphoid nodules) located in the small intestine protect the gastrointestinal tract against the bacteria and viruses.

• Bone marrow - it produces the blood cells that maintain the constancy of the genetic homeostasis (for example, leukocytes - white blood cells responsible for the body's immune response).

• Lymph nodes - it is located along the lymph flow, they contain cells that destroy bacteria, which have entered the body. It is also a spot that hosts the elements, which ensure a functioning of the immune memory: they memorize the foreign agents that they have already encountered.

The immune system is a system that is constantly learning and improving. It develops the algorithms for responding to various substances, stimuli or changes in the body from the very birth of a person. The older a person gets, the worse the immune system learns - it gets old and starts applying the already existing algorithms.

In the process of analyzing readings, it is required to take into account the lability of the systems functioning, comparing readings in one session when viewing a series of tests.- average resistance to the bio-pathogenic factors

This condition requires a stabilization of the immune system. A group of programs that improve the functioning of the immune system, having a general tonic effect on the functions of the central nervous system, endocrine regulation, metabolic processes, facilitates to increase the biochemical and functional adaptation of the body to the harmful effects and increase its resistance to these factors. Adaptogenic programs prevent exhaustion of the pituitary-adrenal system during the period of stress. In general, they have a mild stimulating effect, increasing physical and mental capacity, reducing a fatigue, reducing the symptoms of asthenia and appetite disorders, and thus increasing the immunity.

- increased susceptibility to the bio-pathogenic factors

This condition requires immunocorrection. The group of programs for immunocorrection consists of the programs that normalize a particular disorder in the immune system: various components of the T-cell link of the immunity, humoral immunity, phagocytosis or complement. In other words, they reduce excessively high readings and increase the low ones.

- good resistance to the bio-pathogenic factors

This condition requires immunomodulation. The main target of immunomodulatory programs are the functional disorders of the immune system, manifested in the form of the frequent relapses of the infectious and inflammatory diseases of all localizations and any etiology, which are difficult to treat.

There are four main principles for the application of immunomodulatory means:

• they can be prescribed in complex therapy together with the antibacterial, antifungal, antiprotozoal or antiviral agents;

• programs that effect the production of the endogenous interferon can be applied to prevent or treat the viral infections;

• programs that act on the phagocytic link of immunity can be prescribed both in case of the identified and unidentified disorders of the immune status;

• programs can be applied as monotherapy during conducting the immunorehabilitative measures, in particular, in case of the incomplete recovery after an acute infectious disease.

- below average resistance to the bio-pathogenic factors

This condition requires immunostimulation. Immunostimulatory programs are designed to enhance the function of the immune system, its various links, both non-specific and specific (T-cell and B-cell link). Some diseases that have a protracted course (a month, two or more) are chronic diseases that often become exacerbate and have a uninterrupting relapsing course. Like herpes, for example. If this is a frequent exacerbation that affects the state of a person, produces inhibiting effect, brings discomfort that hinders the everyday activities.

Assessment of susceptibility to the bio-pathogenic factors.

Infectious diseases occur in case if the body is susceptible. It is defined as the ability to respond to the ingress of the infectious agents into the body with the emergence of a disease or carriage. There are two groups of factors that ensure the human insusceptibility to the infectious agents: factors of nonspecific physical resistance and specific insusceptibility (immunity). Factors of nonspecific physiological resistance include many morphological and physiological systems of the body that protect it from the penetration and impact of the pathogenic agents. These include skin and mucous membranes, saliva and the gastric juice, which have an antimicrobial effect, macrophage and reticuloendothelial systems. The circulatory and lymphatic systems and the internal organs also have their own protective mechanisms. All these factors that have a wide range of the protective functions, determine the nonspecific physiological stability of the body. It can and should be strengthened with the help of various means (adequate nutrition, a rational schedule of work and rest, enhancement procedures, optimal motor performance chedule, etc.).

Specific insusceptibility (immunity) is the body's ability to resist the strictly defined pathogens of the infectious diseases. Immunity is associated with the hereditary or acquired factors that prevent the ingress and reproduction of pathogens into the body, as well as the activity of toxins. Immunity is diverse in its origin, manifestation and other features. It can be antimicrobial, antiviral, antitoxic, etc. An important role in the immunity is played by the specific protective components of blood serum - antibodies. They are formed in the body in response to the ingress of the infectious agents into it. The main feature of antibodies is their ability to specifically interact with the corresponding pathogens. When toxins enter the body, antitoxins are formed in the blood serum. High degrees of resistance to bio pathogenic factors indicate a high level of a specific and non-specific immunity, the average ones indicate a reduced level of protection, and a low level of susceptibility indicates a weakness in the immunity and a decrease in the non-specific protection factors. The readings of lability indicate the functional intensity of the levels of protection of the body, and persistent readings indicate the problems in the protective properties of the body.