| Literature DB >> 35816214 |
P Christian Schulze1, Markus J Barten2, Udo Boeken3, Gloria Färber4, Christian M Hagl5, Christian Jung6, David Leistner7, Evgenij Potapov8, Johann Bauersachs9, Philip Raake10, Nils Reiss11, Diyar Saeed12, David Schibilsky13, Stefan Störk14, Christian Veltmann15, Andreas J Rieth16, Jan Gummert17.
Abstract
The treatment of patients with advanced heart failure requires interdisciplinary care in a qualified heart failure team, especially prior to and in the follow-up of mechanical circulatory support (MCS) implantation and heart transplantation (HTx). The basic prerequisite is the early specialized evaluation of symptomatic patients even under optimized heart failure treatment. Diagnostics and treatment are initially aimed at improving the prognosis. If the prerequisites for MCS or HTx treatment are present, possible contraindications and problems have to be evaluated in order to achieve an optimal risk-benefit ratio for the abovementioned complex treatments with limited resources. The optimal treatment is still HTx if the conditions are right, so this should be sought in all potential patients. At the same time, the optimal individual transplantation window should not be missed. The provision of a MCS system is a treatment performed with very good results for patients with exclusion criteria for HTx or with hemodynamic instability that prevents a longer waiting time for a donor organ. Short-term and medium-term survival is now comparable to HTx when carefully indicated. Timely implantation before the onset of manifest end-organ damage is crucial. Optimized implementation of advanced treatment requires professional structures that enable effective interdisciplinary cooperation between different sectors of health care.Entities:
Keywords: Advanced heart failure; End-organ damage; Heart transplantation; Low cardiac output syndrome; Mechanical circulatory support
Mesh:
Year: 2022 PMID: 35816214 DOI: 10.1007/s00063-022-00942-4
Source DB: PubMed Journal: Med Klin Intensivmed Notfmed ISSN: 2193-6218 Impact factor: 1.552