Will being overweight affect the surgery for a ventricular septal defect?

Written by Xie Zhi Hong
Cardiology
Updated on September 24, 2024
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Ventricular septal defect surgery is performed by puncturing the right femoral vein, guiding the catheter into the inferior vena cava, through the atria and ventricles, and reaching the defect via the right ventricle. The occluder can then be delivered through the catheter into the left ventricle, where the umbrella is opened, followed by opening it in the right ventricle; this describes the surgical process.

Therefore, generally speaking, the surgical process is not affected in most patients who are obese. However, severe obesity can impact the accuracy of vascular localization during puncture by the surgeon. Secondly, if complications such as anesthesia issues or other emergencies arise during the surgery, severely obese patients may experience a reduced success rate in emergency surgical interventions, hence it is recommended that patients control their weight.

Furthermore, severe obesity can exacerbate the cardiac load originally induced by the ventricular septal defect, thus affecting the surgical tolerance in patients whose cardiac function is already compromised by the defect. It is recommended that these patients control their weight.

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Written by Zhang Zhi Gong
Cardiothoracic Surgery
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Interventricular septal defect X-ray manifestation

X-ray Manifestations of Ventricular Septal Defect. These are mainly related to the size of the defect. If the ventricular septal defect is relatively small, for example less than three millimeters, the amount of blood shunted from the left ventricle to the right ventricular system is minimal. Consequently, right ventricular congestion is not pronounced, making pulmonary congestion also less obvious. At this point, the X-ray may show no significant changes. However, if the defect is larger, greater than three millimeters, for instance five millimeters, a large volume of high-pressure blood from the left ventricle will flow excessively through the defect into the right ventricular system. This leads to significant congestion in the right ventricle and, thus, in the entire pulmonary circulation. Additionally, the X-ray will show a prominent pulmonary artery segment and increased pulmonary blood flow. Moreover, over time, this condition may lead to compensatory enlargement of the left ventricular system. On the X-ray, enlargement of both the right and left ventricles can be observed. Furthermore, due to sustained high pressure, the distal pulmonary arteries may show signs of severe pulmonary vascular disease on the X-ray, resembling a broken book. This indicates that the pulmonary circulation has reached an end-stage condition.

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Written by Li Hai Wen
Cardiology
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Can an 8mm ventricular septal defect heal by itself?

The ventricular septal defect is 8 millimeters, which is considered a medium-sized defect. This type of defect is relatively large and will not heal on its own. Moreover, this ventricular septal defect requires timely surgical treatment, and close observation is needed in daily life. If the child is prone to catching colds, leading to repeated pneumonia, then prompt surgical treatment is necessary without delay. If the child's growth and development are not affected and there are no repeated incidents of pneumonia, close monitoring can be considered. Surgery to repair the ventricular septal defect can be considered after the child reaches two years of age. Otherwise, if delayed, it may lead to heart failure and complications such as pulmonary hypertension, severely affecting the quality of life and endangering the patient's safety.

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Written by Chen Tian Hua
Cardiology
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What are the complications of ventricular septal defect?

The complications of ventricular septal defect mainly include the following: 1. Causes infective endocarditis, with the highest incidence occurring between the ages of 15 and 29; 2. Leads to aortic valve insufficiency; 3. Causes conductive blockages; 4. Leads to heart failure, and can even lead to Eisenmenger syndrome. Therefore, patients with ventricular septal defects should actively complete examinations such as echocardiography. If there are indications for surgery, they should promptly visit a cardiac surgeon for active surgical treatment to correct the anatomical abnormalities of the ventricular septal defect and prevent the condition from worsening and leading to serious consequences.

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Written by Xie Zhi Hong
Cardiology
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Is perimembranous ventricular septal defect serious?

The ventricles are separated by the interventricular septum, which divides the left and right ventricles. Typically, after blood is ejected from the left ventricle and oxygenated by tissues, it returns to the right ventricle. The blood from the right ventricle gets oxygenated through the pulmonary artery before it can return to the left ventricle. These two should be isolated from each other before passing through the lungs. The interventricular septum consists of the membranous and muscular parts, and a defect in either part can affect oxygenation. Therefore, whether the defect is in the membranous or muscular portion is not an indicator for diagnosing the severity of the interventricular septum defect; rather, the size of the defect should be considered. Generally speaking, a defect of about 10mm in the interventricular septum, especially when accompanied by other conditions such as Tetralogy of Fallot, is considered severe. Moreover, when the defect reaches over 10mm, surgical intervention is required as minimally invasive surgery would not be feasible; these are considered severe interventricular septum defects. Also, there are cases with multiple complex defects or larger defects that should be surgically treated as soon as possible.

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Written by Di Zhi Yong
Cardiology
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Can a ventricular septal defect be detected with a regular ultrasound?

Ventricular septal defect is a type of congenital heart disease, and surgical treatment is recommended for patients. Currently, to diagnose this condition, it is advised that patients undergo a cardiac echocardiography rather than just a standard ultrasound, which does not show clear results. Color Doppler ultrasound is the best way to make an accurate diagnosis and therefore determine the appropriate treatment plan. It is possible to see the size and location of the ventricular septal defect, which can significantly aid the treatment planning. Standard ultrasound may not provide a clear view and can sometimes lead to discrepancies, making treatment challenging. During this period, regular follow-up with cardiac echocardiography is still necessary, and early surgery is recommended for patients.