Many secondary reds: symptoms, causes and treatment

Secondary Police Eourt, with a grooming of high -redness high school through the presence of a remains of red blood cells, and when the level of hemoglobin, that is, protein that carries oxygen to red blood cells, is abnormally high, indicates the presence of excess red blood cells. The red blood cell -size test is based on the injection of red blood cells with radioactive substances to diagnose the actual redness of the red, as the results indicated that if there is a large number of red, we must determine whether it is primary or secondary. There are uniform measures to diagnose the initial erythrocyte, but the development of red blood cells in an abundance of secondary red depends on erythropoietin, which is a hormone that stimulates the bone marrow to produce red blood cells, as the hormone levels are very low in primary red, but of course or high in the large number of secondary reds. The tests to distinguish between the large number of secondary reds and in all its forms must include the amount of oxygen in the arterial blood, the level of the carbxy hemoglobin, the magnetic resonance imaging of the kidneys, the lungs, the brain and the examination of the hormone levels. The categories most vulnerable to infection with the large number of secondary reds lead to chronic decrease in the levels of oxygen in the blood and body tissue to increase the production of red blood cells in the bone marrow, as high amounts of red blood cells can be found in the following: Patients suffering from heart disease, or chronic lung disease. Smoke for a long time. People who live at great heights. The presence of an increase in the level of arthropwinin, and it occurs when the hormone is secreted by crops in the lung, kidneys, liver or brain. Symptoms of highly high redness may include symptoms of secondary impala, which are the same as the symptoms of primary red frequency, and include: weakness. Head headache. exhaustion. vertigo. shortness of breath. Visual disorders. itch. Chest pain or leg muscles. Red skin. Lazy in the ears. Burn in the hands or feet. Symptoms of high school occur frequently due to an increased thickness of the blood after increasing the production of red blood cells, in some cases excessive production is accompanied by a decrease in the size of the plasma, ie the liquid part of the blood containing ingredients, except for red blood cells, and no symptoms can occur in some patients. Depending on the basic cause, your symptoms may differ, for example, it can be a breathing cause, or associated with the heart as symptoms of breathing during sleep stops, such as: coughing, shortness of breath, insomnia, snoring and drowsiness during the day. Causes and factors of the risk of highly high redness. The first erythrocyte is caused by an imbalance in the bone marrow cells that make up red blood cells, as the highly high redness is caused by a deviation that arises beyond the bone marrow causing excessive stimulation of the natural bone marrow, resulting in an increase in the production of red blood cells. The function of the red blood cell is the compound of oxygen to the tissue of the body. For example, smoking is contrary to this process, so it is a common cause of high secondary redness, and the main reasons include the following: 1. The general causes of the large number of secondary erythrocytes include general causes: a lack of chronic arterial oxidation. Crops. Use of androgenic steroids. Use of Arthropin Winin. Sleep breathing. Lung diseases. Chronic obstructive pulmonary disease. Using diuretics. 2. The least common causes of the large number of secondary reds contain the least common causes of some innate disorders, such as: many associated hemoglobin disorders. Mutations in the receptors of Arshropwin. The papal wovenitis, a artery, old, from right to left in the lungs. Chronic Poisoning with carbon oxide lives at high height. Kidney disease. Brain tumors, liver or uterus. Chronic heart disease. The complications of the large number of secondary reds, the large number of secondary reds can lead to an increase in the viscosity of the blood, and this in turn can lead to poor blood flow, leading to blood clotting, and hyperviscosity can also lead to slow blood flow in general, leading to poor tissue oxidation in many organs, which can lead to: a low concentration. Fatigue. General weakness. Poor tolerance of exercises. Diagnosing a large number of secondary reds Based on the symptoms you are suffering from, your doctor may recommend a routine medical examination as your medical history is set out, followed by an extensive physical examination. The doctor will ask you about smoking, weight loss, coughing, palpitations, shortness of breath, snoring and the history of your family. Your doctor may measure oxygen levels in your blood using arterial blood gas test, or other blood tests to measure the levels of red blood cell mass. Your doctor may also ask diagnostic tests such as an electrocardiogram; To measure heart function, in addition to photography tests, such as: x -rays, CT scans or ultrasound, to detect an enlarged heart, liver or spleen. Treatment of highly secondary red is used by a few veins, ie opening an incision in the vein to reduce the number of red blood cells in the plasma in one session, where up to half a liter of blood can be removed, depending on your condition, and the relief of symptoms includes medication, such as: Antihistamines to relieve and relieve pain. The most important treatment methods followed: It is usually necessary by smokers suffering from this condition to quit smoking and provide appropriate supportive, psychological and pharmaceutical intervention. Patients with obesity deficiency syndrome are advised to lose weight by changing lifestyle, drug therapy and obesity surgery. Low -flowing oxygen therapy can be used for patients with chronic obstructive pulmonary disease to correct a lack of oxygen associated with a large number of reds. Patients with chronic hypoxia that usually occur due to lung disease can be treated in the heart to left, kidney transplant or long -term exposure to high heights, or hypoplasia with oxygen therapy and a few veins. Preventing highly secondary redness Sometimes you can prevent highly secondary redness by avoiding things that deprive your body of oxygen for long periods, as you can, for example, avoid climbing mountains, avoiding living on great heights, or avoiding smoking, and people with severe heart or lung diseases can develop high school. Common types There are two types of redness, namely: the large number of primary red and the large number of secondary red, the large number of primary red and the large number of secondary reds are similar. However, the large number of red Erithtestes begins within the bone marrow where the blood cells are formed, while the large number of secondary reds start outside the bone marrow, but in both cases the natural bone marrow is too much stimulated to increase the production of red blood cells. The function of red blood cells is to attach oxygen to the tissue of the body; This is why something like smoking can often cause high school because it interferes with the connection of oxygen. Since the first genetic erythrocyte can use a genetic test that is looking for a boom in the gene that affects the bone marrow and blood cells, the test between primary and secondary red distinguishes, because in most cases the test will return to this gene in most cases.