What is the atrophy of the left ventricle?
Left ventricular atrophy is a reduction in the size of the left ventricle, the heart of the heart responsible for fresh oxygenated blood to the rest of the body. People with this condition can experience a number of health complications and are available for arrest or reverse atrophy. The cardiologist usually needs to oversee the care of a patient with the left ventricular atrophy, including regular monitoring to see how the patient reacts well to treatment. Patients with certain chronic diseases may be endangered by the atrophy of the left ventricle, as well as humans on the bed. Less active patients do not use their hearts so much and muscles can begin weak. Spinal cord injuries and paralysis are associated with the atrophy of the left ventricle, as well as space flights.
The decrease in the size of the chamber forces the remaining muscle to work harder. It can be less effective and patients may start noticing the symptoms of circulation, such as fingers and fingers, because they do not get enough oxygen. A drop in oxygenated blood may also damage organs such as the brain that rely on the Staban oxygen supply for cell function. Patients may have fatigue, dizziness and difficulties involved in physical activities due to their weakened hearts.
It is also common to see heart arrhythmias with left ventricular atrophy. The doctor can read the electrocardiogram to determine the nature and source of the arrhythmia. Medical imaging for heart visualization can also be useful and can provide important information about how much muscle has been wasted due to illness or lack of use. If available, the doctor looks at the older scanning and heart rate measures to identify signs of changes, using these scanning as a basic heart health line.
Treatment of left ventricular atrophy usually includes heart exercise to keep the heart to work and rebuild muscles. This may require cooperation with a physiotherapist to devise a safe and comfortable exercise regime for the patient. In people with significant damage to mobility, you are importantequal the safety of the patient with the need to perform the heart. Astronauts usually have to follow strict instructions for physical fitness both on both Earth and missions to protect their bodies from atrophy and other complications of frequent space flight.