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Minimally invasive aortic valve replacement with the Perceval S sutureless valve in high-risk patients is a safe and reproducible procedure associated with excellent hemodynamic results, postoperative outcomes, and 1-year survival.

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Right minithoracotomy sutureless valve implantation can be performed safely without learning curve effects. Cumulative sum analysis is a valuable tool to describe and monitor the learning process. The analysis can identify periods of less than expected performance and alert the team to react.

AVR with the Perceval bioprosthesis is associated with low mortality rates and excellent hemodynamic performance. Sutureless technology may reduce operative times, especially in combined procedures, and may make minimally invasive AVR more easily reproducible.

This study provides early results of re-operations after the prior surgical treatment of acute type A aortic dissection (AAD) and identifies risk factors for mortality. Between May 2003 and January 2014, 117 aortic re-operations after an initial operation for AAD (a mean time from the first procedure was 3.98 years, with a range of 0.1-20.87 years) were performed in 110 patients (a mean age of 59.8 ± 12.6 years) in seven European institutions. The re-operation was indicated due to a proximal aortic pathology in ninety cases: twenty aortic root aneurysms, seventeen root re-dissections, twenty-seven aortic valve insufficiencies and twenty-six proximal anastomotic pseudoaneurysms. In fifty-eight cases, repetitive surgical treatment was subscripted because of distal aortic pathology: eighteen arch re-dissections, fifteen arch dilation and twenty-five anastomotic pseudoaneurysms. Surgical procedures comprised a total of seventy-one isolated proximals, thirty-one isolated distals and fifteen combined interventions. In-hospital mortality was 19.6 % (twenty-three patients); 11.1 % in patients with elective/urgent indication and 66.6 % in emergency cases. Mortality rates for isolated proximal, distal and combined operations regardless of the emergency setting were 14.1 % (10 pts.), 25.8 % (8 pts.) and 33.3 % (5 pts.), respectively. The causes of death were cardiac in eight, neurological in three, MOF in five, sepsis in two, bleeding in three and lung failure in two patients. A multivariate logistic regression analysis revealed that risk factors for mortality included previous distal procedure (p = 0.04), new distal procedure (p = 0.018) and emergency operation (p < 0.001). New proximal procedures were not found to be risk factors for early mortality (p = 0.15). This multicenter experience shows that the outcome of REAAD is highly dependent on the localization and extension of aortic pathology and the need for emergency treatment. Surgery in an emergency setting and distal re-do operations after previous AAD remain a surgical challenge, while proximal aortic re-operations show a lower mortality rate. Foresighted decision-making is needed in cases of AAD repair, as the results are essential preconditions for further surgical interventions.