Rovicid

To meet the energy needs for the body, the heart must beat more than 100,000 times per day. Like all other tissues of the organism, the heart needs oxygen and nutrients to function correctly. The blood which circulates in the heart quickly will be absorbed by the heart, so that it has its own system of vessels, called coronary arteries, which vascularize the heart and provide oxygen and nutrients. The heart consists of four sections. The higher sections are called auricles. The lower sections are called ventricles. They are a little larger than the auricles and can contain approximately a quarter cup of blood. It is rather amusing to realize that these small sections are charged to pump almost 8,000 liters of blood per day. In the higher part of the right auricle is a small piece of special cardiac tissue called sino-auricular knot.This area orders the mechanism of regulation of the cardiac beats. It is the pacemaker of naturalness, charged to start and establish the cardiac beats. This tiny area sends a message from your heart to accelerate when you run or exercise, and to slow down when you sit or sleep.

Each part of the heart functions separately. The right side of the heart returns blood low in oxygen to the lungs to eliminate the carbon dioxide and to oxygenate blood. The right auricle receives the venous blood brought by the cava veins. The cava veins collect the venous blood from all of the body. Blood is then propelled in the ventricle right. When this contracts, blood penetrates in the pulmonary artery and lungs. The pulmonary artery is the only artery of the organism to transport blood low in oxygen. The left side of the heart receives blood coldly oxygenated coming from the lungs and redistributes it throughout the body. Oxygenated blood penetrates in the left auricle by the four pulmonary veins. They are the only veins of the organism to transport oxygenated blood. Blood is then propelled in the left ventricle and must cross the mitral valve, which controls the flow. The walls of the left ventricle are three times larger than the walls of the ventricle right. The thickness of the cardiac muscle gives the left ventricle the enough energy to pump blood in the body, from the head to the feet. When your heart contracts, blood is propelled through the aortic valve in the aorta, which is the largest vessel of the organization, and is distributed in the body by the intermediary of a network of arteries.

Physical examinations make it possible to hear the various cardiac noises. The examination is carried out in a symmetrical way while starting with the aortic zone, by then moving towards the areas of the pulmonary valves, tricuspids, mitral, and the apical area. The closing of the cardiac valves produces two particular cardiac noises. The closing of the auricular-ventricular valves (AV) are produced on a deaf person. AV Valves are closed again when the ventricles are filled. As soon as the ventricles emptied their blood in the pulmonary aorta and arteries, the sigmoid valves are closed again, which produces an acute sound, short and sharp, which lasts maximum one second, according to the heart rate.

Cardiac pathologies are the cause of the most current mortalities in developed countries. Moreover, they disturb the quality of life of millions of people, since they involve a restriction of the activities and cause pain, breathlessness, and anxiety.

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