OBJECTIVE: This study intends to summarize 5 years of intraoperative hybrid procedure (IHP) experience with neonates and young children having congenital heart disease (CHD). METHODS: From March 2003 to March 2009, a total of 152 consecutive patients younger than 2 years old who had undergone IHP were enrolled. In the balloon plasty group (n = 72), transventricular pulmonary valvuloplasty, or transaortic balloon dilatation were performed for pulmonary atresia, pulmonary stenosis, or coactation of the aorta. In the device group (n = 43), transventricular device closure was performed for ventricular septal defect (VSD), or transatrial device closure for atrial septal defect (ASD). In the collateral arteries occlusion group (n = 37), the major aortopulmonary collateral arteries (MPCAs) were occluded with coils for tetralogy of Fallot or other cyanotic CHDs. All procedures were image guided and performed in a specially designed hybrid operation room. All surviving patients were followed up, and the major adverse cardiovascular events that occurred were recorded. RESULTS: In the balloon plasty group, all patients received successful transventricular valvuloplasty or transaortic balloon angioplasty. However, severe right ventricle outflow obstruction was observed in 2 cases. One patient was transferred to regular open-heart surgery immediately, and another underwent regular open-heart procedure after discharge. Furthermore, 1 neonate with pulmonary atresia with intact ventricular septum died from liver failure 6 months after IHP. In the device closure group, the device closure failed to be performed in 3 cases (2 with ASD and 1 with VSD). One young child with VSD died from pneumonia, even after successful device closure. No device malposition was observed in the device closure group during follow-up. All patients who received MPCA occlusion and associated open-heart correction were eventually discharged. CONCLUSION: IHP could avoid or shorten the application of cardiopulmonary bypass and reduce surgical trauma for selected young children with CHD. Although IHP is feasible and safe, the image outfits, image-guided technology, and IHP-related devices should be developed and improved.
OBJECTIVE: This study intends to summarize 5 years of intraoperative hybrid procedure (IHP) experience with neonates and young children having congenital heart disease (CHD). METHODS: From March 2003 to March 2009, a total of 152 consecutive patients younger than 2 years old who had undergone IHP were enrolled. In the balloon plasty group (n = 72), transventricular pulmonary valvuloplasty, or transaortic balloon dilatation were performed for pulmonary atresia, pulmonary stenosis, or coactation of the aorta. In the device group (n = 43), transventricular device closure was performed for ventricular septal defect (VSD), or transatrial device closure for atrial septal defect (ASD). In the collateral arteries occlusion group (n = 37), the major aortopulmonary collateral arteries (MPCAs) were occluded with coils for tetralogy of Fallot or other cyanotic CHDs. All procedures were image guided and performed in a specially designed hybrid operation room. All surviving patients were followed up, and the major adverse cardiovascular events that occurred were recorded. RESULTS: In the balloon plasty group, all patients received successful transventricular valvuloplasty or transaortic balloon angioplasty. However, severe right ventricle outflow obstruction was observed in 2 cases. One patient was transferred to regular open-heart surgery immediately, and another underwent regular open-heart procedure after discharge. Furthermore, 1 neonate with pulmonary atresia with intact ventricular septum died from liver failure 6 months after IHP. In the device closure group, the device closure failed to be performed in 3 cases (2 with ASD and 1 with VSD). One young child with VSD died from pneumonia, even after successful device closure. No device malposition was observed in the device closure group during follow-up. All patients who received MPCA occlusion and associated open-heart correction were eventually discharged. CONCLUSION: IHP could avoid or shorten the application of cardiopulmonary bypass and reduce surgical trauma for selected young children with CHD. Although IHP is feasible and safe, the image outfits, image-guided technology, and IHP-related devices should be developed and improved.