Key result
A new technique using an ASD sizing balloon to measure large patent ductus arteriosus anatomy and size is reported to be safe and reliable.
Why the study?
Does the use of an ASD sizing balloon provide a safe and reliable method to measure large or complex patent ductus arteriosus?
Does the use of an ASD sizing balloon provide a safe and reliable method to measure large or complex patent ductus arteriosus?
A novel technique using an ASD sizing balloon offers a safe and reliable method for measuring large or complex patent ductus arteriosus during transcatheter closure.
May support ASD balloon use for complex PDA sizing; hypothesis-generating and requires prospective validation.
Patent ductus arteriosus (PDA) transcatheter closure is a widespread procedure. However in some cases PDA measurements may be unclear and choice of the proper device could be quite difficult. This may happen in large PDA and in particular in adults. We have developed a new technique using an ASD sizing balloon to measure the PDA in order to better understand PDA anatomy and size. The first step is to create an artero-venous circuit across the PDA. A 24 or a 34 mm Amplatzer balloon sizing for ASD closure is placed over the wire from the venous access in the descending aorta. Then, the balloon is inflated and gently pulled back across the PDA toward the pulmonary artery. The frame where the balloon is exactly across the PDA is chosen and measurements performed. In conclusion, a new method for PDA measurement in large PDA is reported. The procedure is safe and reliable.
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Butera et al. (2015) studied Patent ductus arteriosus (PDA). PDA measurement using an ASD sizing balloon was evaluated on Safety and reliability of the measurement technique. A new technique using an ASD sizing balloon to measure large patent ductus arteriosus anatomy and size is reported to be safe and reliable.
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