Mid-term results of the Lupiae technique in patients with De Bakey type I acute aortic dissection

Abstract

Objectives: The late persistence of a patent and dilated false lumen into the thoracic aorta is associated to higher re-operation rates and to a worse prognosis after the surgical repair of De Bakey Type I acute aortic dissection (TIAAD). We present the mid-term results of a hybrid, two-stage technique for TIAAD aimed to reduce the risk of late expansion of the residual false lumen. Methods: From May 2005 to January 2011, 49 patients with TIAAD were treated with the Lupiae technique. During the emergency operation, a Vascutek Lupiae™, a multi-branched Dacron prosthesis, was implanted to replace the ascending aorta, the aortic arch and to reroute the origin of the epiaortic vessels. The debranching of the aortic arch creates a long and stable Dacron landing zone on the ascending aorta suitable for further endovascular interventions. Postoperatively, 34 patients with a patent or partially thrombosed false lumen > 22 mm or a diameter of the descending aorta > 46 mm underwent the implant endovascular stentgrafts into the descending aorta. Results: Three patients died after the first procedure. One patient died after the endovascular stage. No patient experienced paraplegia or stroke. The 6-year follow-up survival was 90 ± 4%. The obliteration of the false lumen was obtained in 94% of the patients. Conclusions: In patients with TIAAD, the debranching of the aortic arch with the Lupiae technique can be safely performed. This technique creates a long and stable landing zone that can be easily used for the deployment of endovascular stentgrafts in case of distal false lumen expansion. © The Author 2012. Published by Oxford University Press on behalf of the European Association for Cardio-Thoracic Surgery. All rights reserved.