Fully Automated Anesthesia and Fluid Management Using Multiple Physiologic Closed-Loop Systems in a Patient Undergoing High-Risk Surgery

Joosten, Alexandre
Delaporte, Amélie
Cannesson, Maxime
Rinehart, Joseph
De Wilde, Jean-Philippe
Van Obbergh, Luc
Barvais, Luc

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Publication date

December 2016

DOI

10.1213/xaa.0000000000000405

ISSN

2325-7237

Abstract

Automated delivery of anesthesia guided by processed electroencephalogram monitoring using a closed-loop system is no longer a novel concept. However, combining multiple independent physiologic closed-loop systems together has never been documented before. The purpose of this case report was to evaluate the feasibility of automated anesthesia and fluid management based on a combination of physiological variables (bispectral index, stroke volume, and stroke volume variations) using 2 independent closed-loop systems.SCOPUS: ar.jinfo:eu-repo/semantics/publishe

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Fully Automated Anesthesia and Fluid Management Using Multiple Physiologic Closed-Loop Systems in a Patient Undergoing High-Risk Surgery

Abstract

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Fully Automated Anesthesia and Fluid Management Using Multiple Physiologic Closed-Loop Systems in a Patient Undergoing High-Risk Surgery

Abstract

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