Simultaneous acquisition of functional magnetic resonance images and impedance cardiography

While simultaneous acquisition of electrocardiography (ECG) data during MRI is a widely used clinical technique, the effects of the MRI environment on impedance cardiography (ICG) data have not been characterized. We collected echo planar MRI scans while simultaneously recording ECG and thoracic imp...

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Published inPsychophysiology Vol. 52; no. 4; pp. 481 - 488
Main Authors Cieslak, Matthew, Ryan, William S., Macy, Alan, Kelsey, Robert M., Cornick, Jessica E., Verket, Marlo, Blascovich, Jim, Grafton, Scott
Format Journal Article
LanguageEnglish
Published United States Blackwell Publishing Ltd 01.04.2015
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Abstract While simultaneous acquisition of electrocardiography (ECG) data during MRI is a widely used clinical technique, the effects of the MRI environment on impedance cardiography (ICG) data have not been characterized. We collected echo planar MRI scans while simultaneously recording ECG and thoracic impedance using carbon fiber electrodes and customized amplifiers. Here, we show that the key changes in impedance (dZ/dt) and features of the ECG waveforms are not obstructed during MRI. We present a method for ensemble averaging ICG/ECG signals collected during MRI and show that it performs comparably with signals collected outside the MRI environment. These results indicate that ICG can be used during MRI to measure stroke volume, cardiac output, preejection period, and left ventricular ejection time.
AbstractList While simultaneous acquisition of electrocardiography (ECG) data during MRI is a widely used clinical technique, the effects of the MRI environment on impedance cardiography (ICG) data have not been characterized. We collected echo planar MRI scans while simultaneously recording ECG and thoracic impedance using carbon fiber electrodes and customized amplifiers. Here, we show that the key changes in impedance (dZ/dt) and features of the ECG waveforms are not obstructed during MRI. We present a method for ensemble averaging ICG/ECG signals collected during MRI and show that it performs comparably with signals collected outside the MRI environment. These results indicate that ICG can be used during MRI to measure stroke volume, cardiac output, preejection period, and left ventricular ejection time.
Abstract While simultaneous acquisition of electrocardiography ( ECG ) data during MRI is a widely used clinical technique, the effects of the MRI environment on impedance cardiography ( ICG ) data have not been characterized. We collected echo planar MRI scans while simultaneously recording ECG and thoracic impedance using carbon fiber electrodes and customized amplifiers. Here, we show that the key changes in impedance (dZ/dt) and features of the ECG waveforms are not obstructed during MRI . We present a method for ensemble averaging ICG/ECG signals collected during MRI and show that it performs comparably with signals collected outside the MRI environment. These results indicate that ICG can be used during MRI to measure stroke volume, cardiac output, preejection period, and left ventricular ejection time.
Author Cornick, Jessica E.
Verket, Marlo
Macy, Alan
Grafton, Scott
Kelsey, Robert M.
Cieslak, Matthew
Blascovich, Jim
Ryan, William S.
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Snippet While simultaneous acquisition of electrocardiography (ECG) data during MRI is a widely used clinical technique, the effects of the MRI environment on...
Abstract While simultaneous acquisition of electrocardiography ( ECG ) data during MRI is a widely used clinical technique, the effects of the MRI environment...
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SubjectTerms Acquisitions & mergers
Autonomic nervous system
Brain - physiology
Cardiac Output - physiology
Cardiography, Impedance - methods
Electrocardiography
Female
Heart - physiology
Humans
Impedance cardiography
Magnetic Resonance Imaging - methods
Male
MRI
NMR
Nuclear magnetic resonance
Signal Processing, Computer-Assisted
Stroke Volume - physiology
Title Simultaneous acquisition of functional magnetic resonance images and impedance cardiography
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https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fpsyp.12385
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