Key result
Review outlines monitoring and pharmacological strategies to optimize survival in mechanically supported cardiogenic shock.
Why the study?
Current cardiogenic shock therapies carry significant side effects, and rapid evolution in mechanical support technology requires iterative review of monitoring and supportive modalities to ensure long-term survival and organ protection.
This review highlights the need for iterative and critical evaluation of monitoring and supportive therapies in cardiogenic shock patients on mechanical support to optimize long-term survival and organ protection.
Informs supportive care decisions in cardiogenic shock; leaves open optimal strategies pending prospective data.
Cardiogenic shock is a highly lethal syndrome, leading to rapid death or secondary multiorgan damage, but current shock therapies, including mechanical support devices, also have a significant side effect profile. The overarching goal of shock therapy is ensuring long-term survival with good quality of life. This implies averting death, modifying the disease course by promoting heart recovery and avoiding additional cardiac damage, protecting other organs, and circumventing complications. Monitoring and supportive therapies are subordinate to these goals. Rather than merely following preconceived notions, the rapid evolution in mechanical support technology requires iterative and critical review of the benefits of current procedures, protocols and drugs in view of their overall contribution to the therapeutic goals. This article discusses various monitoring and supportive pharmaceutical modalities typically used in patients with cardiogenic shock requiring mechanical support.
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Schibilsky et al. (2021) conducted a review in Cardiogenic shock requiring mechanical support. Monitoring and supportive pharmaceutical modalities was evaluated. This review discusses various monitoring and supportive pharmaceutical modalities typically used in patients with cardiogenic shock requiring mechanical support to achieve long-term survival.
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