Mildronat used in sports to improve the endurance of the body to high physical stress during training and to high neuro-mental stress during competition. Mildronat in this case has a positive effect on the body of athletes.

How does mildronat sport

Mildronat is a structural analogue of the gamma-butyrobetaine - a substance that is present in the cells of the human body and has a positive effect on energy metabolism in the body. In addition, gamma-butyrobetaine also exerts a stimulating effect on the central nervous system.

THE CONDITIONS The high physical and mental loads mildronat adjusts the balance between the delivery and utilization of oxygen in cells. This happens due to the stimulation of metabolic processes Metabolism: The basis of life of all living things That the body needs for energy requires less oxygen.

Under high load the body rapidly loses strength and energy. When using mildronata body is trained to withstand high loads, economically and rapidly consuming oxygen restoring its energy resources to prepare for new stress.

Mildronat performing the "work" of gamma-butyrobetaine, helps to speed up the transmission of nerve excitation, accelerating thus the work of muscles and overall metabolism Improves metabolism and losing weight without dieting . Mildronat allows an athlete is better to use their own capabilities, to get more energy required to perform a particular task. Athletes mildronat helps to cope with great physical and psychological stress.

In sports, during training on the human body are sometimes too high physical exertion. Thus there is a great amount of energy consumption in the cells of an athlete is a temporary reduction of fatty acids (energy source), and as soon as the load reduces, the fatty acids accumulate in the cells again. Mildronat causes the cells to adjust to the lack of fatty acids, which is a kind of training. The thus prepared cells survive where untrained die. That is, increased stamina to physical stress.

The same thing happens at high nervous and mental stress, which are characteristic of sports competitions. Prepared mildronate nerve cells allow athletes to better withstand stress, while maintaining the necessary intelligence and physical fitness.

Due to its unique mechanism of action, mildronat, depending on the prescribed dose, is widely used in the treatment of various diseases and to increase efficiency in healthy people with high physical and neuropsychiatric loads.

Mildronat also helps to improve the transport of glucose to the cells Glucose: The energy source Therefore suffice and a smaller concentration of glucose in the blood to provide the brain and heart muscle energy. This increases the ability of the cells of the central nervous system and the heart muscle (myocardium) to work in conditions of lack of oxygen and energy materials necessary to maintain their livelihoods.

Results mildronata use in sports

In applying mildronata athletes manifests a pronounced stimulating effect - increasing the agility and speed of movements, increases resistance to adverse effects, improves memory, accelerates the process of thinking.

This happens due to the fact that mildronat supports small portion of constant stress How to beat stress? Create an oasis That regulate the stress response of the organism, stimulating in this way the work of the cells which are most in need of energy sources and oxygen - the heart muscle cells and central nervous system.

Thus, if during sports training and sports competitions can not increase the amount of oxygen and energy levels, the only way to help the cell to maintain its existence is a rational use of existing resources, which makes mildronat.

Mildronat athlete helps the body not only to adapt to the high physical and psychological stress, and recover faster. But it does not cause a significant increase in physical capacity, so is not considered doping. This drug is only enhances the body's ability to work in extreme conditions.

But athletes should appoint mildronat sports doctor in the form of courses of varying duration, self-athletes take this medication is not necessary.

Galina Romanenko

Heart disease - a general term to describe a number of birth defects that affect the normal functioning of the heart. Heart disease is one of the most common types of birth defects - it is found, on average, 6 out of 1,000 live births.

Factors that increase the risk of heart disease:

• Down's syndrome - a genetic disorder that affects the normal physical development of children and causes difficulty in learning - from light to moderate.
• Some infections, transferred by the mother during pregnancy, such as rubella Rubella - it is better to be vaccinated .
• Poorly controlled diabetes is the first or second type of mother.

However, in most cases the development of heart disease occur for no apparent reason.

Forecast

The prognosis for patients with heart disease Heart defects - time heals?   It depends on the type and severity of the heart defect. However, in most cases, quite favorable prognosis as often restore normal heart work can aid in surgery.

Thanks to advances in modern medicine, 85% of children with heart defects survive to adulthood. Despite the fact that adults with heart disease often require particularly close medical supervision, usually it is possible to maintain the quality of life is quite satisfactory.

Ventricular septal defect

Ventricular septal defect (VSD) is one of the most common types of congenital heart disease; it affects about 200 out of 100 000 live births. At the same time violation between the two lower pumping chambers of the heart (the left and right ventricle) is a hole.

When the blood pressure in the left half of the heart is increased, a part of blood which the heart must pump in the artery, through the hole flows into the right ventricle. The heart has to work harder to pump out excess blood from the right ventricle - the load on the heart in this case may be excessive.

Symptoms of VSD depends on the size of the hole. Small holes usually do not cause any symptoms, and often close on their own by the time when the child reaches the age of two years.

Medium sized openings usually cause noticeable symptoms that appear soon after birth, for example:

• Excessive sweating, especially at feeding time;
• Fatigue;
• The child is not growing fast enough;
• Frequent respiratory tract infections;
• Rapid breathing;
• Increased heart rate.

Large holes in the interventricular septum causing the same symptoms, but usually more severe.

A small number of children with VSD during physical activity may show signs of cyanosis (its symptoms - bluish color of the skin, especially around the lips and hands).

Atrial septal defect

Defect mezhdpredserdnoy septum (ASD) occurs about as often as the VSD.

In most cases, atrial septal defect does not cause any symptoms in childhood and is usually detected only when a person undergoes a medical examination for another reason.

If symptoms still present, they are generally mild to moderate; among them:

• Shortness of breath during physical activity;
• Slow weight gain and limited physical growth;
• Frequent respiratory tract infections.

If the ASD is not diagnosed and not treated before a person becomes an adult, he can develop the following complications:

Heart failure - a disorder in which the heart is unable to pump the amount of blood the body needs, resulting in symptoms such as shortness of breath and fatigue.

Pulmonary hypertension Hypertension - Control your blood pressure   - Increase in blood pressure in the lungs, accompanied by dizziness Dizziness - if the ground is slipping from under his feet   and shortness of breath.

Stenosis of pulmonary artery

This violation of the flow of blood from the heart to the lungs difficult as pulmonary valve is narrower than it should be. Pulmonary stenosis occurs in approximately 10% of patients with heart disease. Weak and moderate pulmonary stenosis usually does not cause noticeable symptoms, and in severe cases, the load on the heart increases significantly, because of what may appear symptoms such as shortness of breath during physical exertion and fatigue.