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Request an Appointment with codes: Cardiology (Heart Center)
At Children’s Health℠, our specialists have performed more than 500 septal defect closures since 2001. We stand apart because we played a key role in the clinical trials of the devices now used for this procedure. You can feel confident knowing that our specialists bring a wealth of knowledge and first-hand experience to your child’s procedure.
Septal defect closure is a common procedure to close an opening in a baby’s heart that doesn’t close after birth. Each baby is born with an opening in the wall that separates the two upper chambers of their heart. It typically closes on its own within a few months after birth. But for some babies, the hole is large and doesn’t close. Repairing this hole is known as a septal defect closure. The majority of children don’t experience any symptoms because of the hole. However, they are at risk for heart failure when they get older if the hole remains open.
Trans-catheterization closure is the procedure we use to close the holes. We put a catheter (a thin, narrow tube) into the blood vessels in the leg. The catheter is moved toward the heart. Then, we take X-rays and ultrasound videos of the hole. After looking at these images, we’ll select the right-sized septal repair device to close the hole. The device is made up of two patches that permanently cover the hole. The lining of the heart wall will seal over the device within six months of the procedure.
We typically wait until your child is between 3 and 6 years of age to do the procedure. However, we can do the surgery before age 3 if the holes are large, and if the heart is enlarged, or if your child has had many lung infections. If necessary, we can perform a trans-catheterization closure on a child as young as 6 months.
This procedure helps prevent heart failure later in life. There are no stitches involved and most children go home the next day with very few restrictions.
Usually, septal defect closure goes very well. Rarely, a child may experience a complication such as an abnormal heart rhythm, bleeding or injury to the blood vessel or heart chamber. The benefits of having the procedure far outweigh the risks.
Our team of cardiologists, anesthesiologists and nurses at Children's Health all work together to make this procedure go as smoothly as possible.
Usually, septal defect closure patients are referred to us by another cardiologist or a pediatrician. Because it’s not an emergency procedure, we’ll work around your schedule to find the best time to do the procedure.
Your child will be evaluated to make sure they are a good candidate for the procedure. During the evaluation appointment, you’ll learn when to stop feeding your child before the procedure, bathing recommendations, medications to take and how to schedule follow-up appointments.
First, you’ll come to the admitting office to check-in. Then, you and your child will go to the pre-operative care unit. In this unit, you and your child will meet with the cardiologist, anesthesiologist and nurse. They can answer any last questions you may have. Your child will then be given medicine to allow them to sleep during the procedure.
We’ll invite you to sit in the waiting room during the procedure. Then, you can meet your child in the post-anesthesia care unit after the procedure is complete. From start to finish, the procedure takes less than two hours.
Usually, children stay in the hospital overnight to make sure they aren’t having any post-procedure complications.
There are very few restrictions to expect after septal defect closure. It’s likely your child will grow and gain height and weight within the first 6 months to a year.
They’ll take a baby aspirin daily for six months after their procedure to prevent blood clots from forming on the device. The only thing we want your child to avoid is high-contact sports (such as football, hockey or rugby) for five to seven days after the procedure.
No matter what age your child is, we’re here to help answer any questions.
We don’t know what causes septal defects, but it’s possible that genetics could play a role. For example, if someone in your family has had this procedure or an open heart surgery for a septal defect , this could point to a genetic cause.
We’ll see your child six months after the procedure and one year after the procedure. Then, we’ll see your child every other year for the first five years following the procedure.