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Bridging INTERMACS 1 patients from VA-ECMO to LVAD via Impella 5.0: De-escalate and ambulate

Authors :
Benedikt Schrage
Hermann Reichenspurner
Letizia Bertoldi
Alexander M. Bernhardt
Meike Rybczinski
Markus J. Barten
Edith Lubos
Elisabetta Lapenna
Federico Pappalardo
Dirk Westermann
Tim Legros
Luca Bertoglio
Hanno Grahn
Bertoldi, L. F.
Pappalardo, F.
Lubos, E.
Grahn, H.
Rybczinski, M.
Barten, M. J.
Legros, T.
Bertoglio, L.
Schrage, B.
Westermann, D.
Lapenna, E.
Reichenspurner, H.
Bernhardt, A. M.
Publication Year :
2020
Publisher :
W.B. Saunders, 2020.

Abstract

Purpose Veno-arterial extracorporeal membrane oxygenation (VA-ECMO) stabilizes patients in refractory cardiogenic shock. However, ECMO-related complications strongly affect the outcome, especially if a long-term LVAD is needed. Methods and materials We describe a new strategy in management of INTERMACS 1 patients consisting in early weaning from VA-ECMO with axillary Impella 5.0 as a bridge to LVAD implantation. Nine patients in two European centres are described. Results All patients were implanted with VA-ECMO for initial hemodynamic and metabolic stabilization. After a median time of 8 days, Impella 5.0 was implanted. Impella support allowed in all patients weaning from inotropes and from VA-ECMO (after a median time of 22 h). No patients had right ventricular failure after ECMO-weaning and most patients were mobilized and orally fed (88.9%) during Impella support. All patient underwent LVAD implantation after a median Impella time of 17 days. Only one patient had right-ventricular failure after LVAD implantation. All patients were discharged from hospital after a median time of 40 days. Conclusion Early weaning from VA-ECMO with Impella 5.0 as a bridge to LVAD is a safe and effective strategy in management of INTERMACS 1 patients. This approach minimizes ECMO-related complications and allows patient mobilization and right ventricular function optimization before LVAD implantation.

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi.dedup.....cf88b1b24fa4f93dd9169608b5dc15f2