Less-invasive monitoring systems, such as pulse contour methods, are increasingly being used to estimate cardiac output (CO). However, alterations in the arterial waveform caused by intraaortic balloon pump counterpulsation may affect the ability of pulse contour algorithms to determine CO. We investigated the reliability of an uncalibrated pulse contour method, the MostCare system, in patients with cardiac failure receiving intraaortic balloon pump counterpulsation by comparing its measurements of CO with those determined by an intermittent thermodilution method.Comparative StudyJournal ArticleSCOPUS: ar.jinfo:eu-repo/semantics/publishe
BACKGROUND: /st>A new calibrated pulse wave analysis method (VolumeView™/EV1000™, Edwards Lifescienc...
Echocardiography and pulse contour methods allow, respectively, noninvasive and less invasive cardia...
Objectives: Echocardiography and pulse contour methods allow, respectively, noninvasive and less inv...
Less-invasive monitoring systems, such as pulse contour methods, are increasingly being used to esti...
Less-invasive monitoring systems, such as pulse contour methods, are increasingly being used to esti...
Routine use of cardiac output (CO) monitoring became available with the introduction of the pulmonar...
Noninvasive cardiac output (CO) measured by arterial pulse analysis was compared with that measured ...
BACKGROUND: The analysis of the arterial pulse contour obtained by means of a non-invasive device (F...
We evaluated the accuracy of an uncalibrated pulse contour method called Pressure Recording Analytic...
Continuous cardiac output measurement using pulse contour analysis is a technique gaining widespread...
International audienceCardiac output measurement with pulse contour analysis is a continuous, mini-i...
Objective: To assess the agreement between a novel approach of arterial and the pulmonary artery bol...
Objective. Today, there exist several different pulse contour algorithms for calculation of cardiac ...
Introduction: During veno-venous extracorporeal membrane oxygenation, cardiac output monitoring is e...
Noninvasive cardiac output measurement in orthostasis: pulse contour analysis compared with acetylen...
BACKGROUND: /st>A new calibrated pulse wave analysis method (VolumeView™/EV1000™, Edwards Lifescienc...
Echocardiography and pulse contour methods allow, respectively, noninvasive and less invasive cardia...
Objectives: Echocardiography and pulse contour methods allow, respectively, noninvasive and less inv...
Less-invasive monitoring systems, such as pulse contour methods, are increasingly being used to esti...
Less-invasive monitoring systems, such as pulse contour methods, are increasingly being used to esti...
Routine use of cardiac output (CO) monitoring became available with the introduction of the pulmonar...
Noninvasive cardiac output (CO) measured by arterial pulse analysis was compared with that measured ...
BACKGROUND: The analysis of the arterial pulse contour obtained by means of a non-invasive device (F...
We evaluated the accuracy of an uncalibrated pulse contour method called Pressure Recording Analytic...
Continuous cardiac output measurement using pulse contour analysis is a technique gaining widespread...
International audienceCardiac output measurement with pulse contour analysis is a continuous, mini-i...
Objective: To assess the agreement between a novel approach of arterial and the pulmonary artery bol...
Objective. Today, there exist several different pulse contour algorithms for calculation of cardiac ...
Introduction: During veno-venous extracorporeal membrane oxygenation, cardiac output monitoring is e...
Noninvasive cardiac output measurement in orthostasis: pulse contour analysis compared with acetylen...
BACKGROUND: /st>A new calibrated pulse wave analysis method (VolumeView™/EV1000™, Edwards Lifescienc...
Echocardiography and pulse contour methods allow, respectively, noninvasive and less invasive cardia...
Objectives: Echocardiography and pulse contour methods allow, respectively, noninvasive and less inv...