BACKGROUND: This study analyzes surgical approaches of 29 operations carried out for false aneurysms of the ascending aorta after prosthetic replacement (FAA) from January 1979 to April 2003, in 28 patients. METHODS: Initial operations consisted of a composite valve graft with reimplantation of coronary arteries (n = 14) or a supracoronary tube (n = 14) with 7 aortic valve replacements. Initial pathology included acute aortic dissection (n = 20), aortic annuloectasia (n = 6), and aortic valvulopathies with concomitant aneurysm of the ascending aorta (n = 2). Resternotomy was performed under the following conditions: femoral artery cannulation in 7, femoral artery and vein cannulation in 6, femoral artery, vein, and carotid artery cannulation in 16 patients of whom 6 patients underwent partial circulatory arrest. The FAA ruptured during sternotomy in 9 cases. Operative intervention consisted of direct simple suture repair (n = 7), complete revision (n = 21), and one isolated reimplantation of the coronary artery. RESULTS: No patients died after FAA rupture during resternotomy. Among the 6 patients who underwent partial circulatory arrest before sternotomy, the FAA ruptured 5 times. Carotid artery cannulation was always justifiable: 2 cases of FAA rupture, 9 cases of aortic arch replacement, and 5 cases with both. The operative mortality was 17.2% (n = 5). Mortality was influenced by the emergent nature of operations (p < 0.05). CONCLUSIONS: The FAA can be surgically managed with acceptable results through a sternotomy using prior femoro-femoral and carotid cannulation. The latter allows for cerebral perfusion in cases of FAA rupture during resternotomy and is of value for the surgical treatment of these complex lesions.
BACKGROUND: This study analyzes surgical approaches of 29 operations carried out for false aneurysms of the ascending aorta after prosthetic replacement (FAA) from January 1979 to April 2003, in 28 patients. METHODS: Initial operations consisted of a composite valve graft with reimplantation of coronary arteries (n = 14) or a supracoronary tube (n = 14) with 7 aortic valve replacements. Initial pathology included acute aortic dissection (n = 20), aortic annuloectasia (n = 6), and aortic valvulopathies with concomitant aneurysm of the ascending aorta (n = 2). Resternotomy was performed under the following conditions: femoral artery cannulation in 7, femoral artery and vein cannulation in 6, femoral artery, vein, and carotid artery cannulation in 16 patients of whom 6 patients underwent partial circulatory arrest. The FAA ruptured during sternotomy in 9 cases. Operative intervention consisted of direct simple suture repair (n = 7), complete revision (n = 21), and one isolated reimplantation of the coronary artery. RESULTS: No patients died after FAArupture during resternotomy. Among the 6 patients who underwent partial circulatory arrest before sternotomy, the FAA ruptured 5 times. Carotid artery cannulation was always justifiable: 2 cases of FAArupture, 9 cases of aortic arch replacement, and 5 cases with both. The operative mortality was 17.2% (n = 5). Mortality was influenced by the emergent nature of operations (p < 0.05). CONCLUSIONS: The FAA can be surgically managed with acceptable results through a sternotomy using prior femoro-femoral and carotid cannulation. The latter allows for cerebral perfusion in cases of FAArupture during resternotomy and is of value for the surgical treatment of these complex lesions.
Authors: Megan D Henley; Mark A Farber; John S Ikonomidis; Lavinia M Kolarczyk; Emily G Teeter; Brian P Barrick; Thomas G Caranasos; Susan M Martinelli Journal: J Cardiothorac Vasc Anesth Date: 2017-08-26 Impact factor: 2.628