Disadvantages of the Boezembling: Causes, Symptoms and Treatment

The shortage of the atrophillary barrier is sponsored by a hole between the atria during the period of the development of the fetus, but it heals after birth, but sometimes the defects of the Boezem barrier appears, and this may be accompanied by other heart formation. In normal, the right side of the heart transports the blood to the lungs, then it is returned to the left side of the heart, but in the case of a defect in the Boezem barrier, the pressure in the right part of the heart increases, and it causes a greater amount of blood in the right part of the heart. Types of Boezembling defects The Boezem barrier is classified, depending on the location of the opening in the Boezem barrier as follows: The second barrier (Secundum ASD) is the place of deformation in the middle of the Boezembling, and this distortion is the most widespread, which means it is usually not related to other heart disease. The first barrier (PRIMATION ASD) The congenital defect center is close to the valves between the atria and ventricles, and this deformation is usually accompanied by the cylinder mitral valve, and this condition is widespread in people with Down syndrome. Venosus ASD is close to the large veins connection sites, and is usually accompanied by an improper emptying process of the left upper vein of the lung and the right atrium instead of the left atrium. In most cases, symptoms of the Boezembling defects do not show any symptoms of children with atruel barrier defects, but the symptoms begin to appear in puberty, and contain the following: shortness of breath. Four fatigue and fatigue. Swell in the ends and abdomen. Error. Stroke. Sounds of puffs or breast images of the heart. Causes and factors of the risk of atreous barrier defects. There is no clear reason for the defects of the Boezem barrier, and doctors suggest that such defects occur early in the growth of the heart of the fetus, and this may be due to genetic reasons or environmental factors. The risk of atreous reduction defects increases the pregnant woman with some diseases, in addition to some other factors of the risk of atrial barrier in the fetus, and these diseases include the following: German measles: The possibility of the fetus infected with the atrial barrier, especially if the injury during the first months of pregnancy. Other factors: Pregnant women with diabetes and lupus, in addition to drug use or smoking during pregnancy. The complications of the defects of the Boezembling include complications of the Boezembling defects as follows: The high pulmonary pressure occurs in the event that the defect of the Boezem barrier is not treated, due to the increase in blood flow to the lungs, which increases the pulmonary blood pressure. Izinminger Syndrome occurs in Eisenminger -Syndrome in cases of severe atricrial defect defects, and it usually causes permanent damage in the lungs due to increased blood pressure in the region. Other complications include the failure of the right side of the heart, heart rhythm deviation, an increased risk of stroke and a decrease in the expected age of the patient. Diagnosis of the Boezembling defects The Boezem barrier is diagnosed by performing many tests, such as the following: Echo scheme: Waves are used through which an animated image of the heart can be produced through which the strength of the heart pump can be produced. X -Ray imaging: Through this investigation, the heart and lungs can be seen, where any birth defects can be determined that can cause symptoms. Electric Electric Plan: This investigation helps to diagnose problems with the heart rhythm. Heart Catheterization: The heart attack helps to diagnose the presence of any birth defects, and is also used to determine the strength of the heart pump and the effectiveness of the valves. MRI: This investigation is used if the echocardiography cannot diagnose the condition. The treatment of the defects of the Boezem septum can be treated by the Boezem barrier: Medical control in the event of a light barrier defect, so it is not necessary to take any treatment, but the doctor monitors the child’s condition to see if the defect will close on its own. Medicine does not use medication to treat the condition, but it is used to reduce possible complications, as beta blockers can be used to maintain a heart rate, as well as anticoagulants to relieve the risk of lumps. Surgery is usually recommended by surgical procedures in severe cases, to avoid complications, and surgery may include: 1. Open heart operations These types of operations are performed under general anesthesia, where an incision is performed in the breast, then the doctor uses a skin spot to close the opening, and this method is used to treat all types of boreholes. 2. Heart catheter In this method, a thin tube is placed containing the endoscopy and a small camera in the heart, then the opening is closed by a retinal patch, and it is important to know that this method is only used in cases of the second type of Boezem barrier. In most cases, there are no clear methods through which you can prevent the infection of the Boezembling, but some things must be done before you can avoid pregnancy to avoid the fetus with any birth disorders, such as the following: a test against German measles, and obtaining the vaccine if not done. Tell the doctor about all the medications you take through the pregnant woman. Review the family and health history of the pregnant woman.