MRI guided electrophysiological intervention with a voltage-based electro-anatomic mapping system

Figure 1 [figure omitted; refer to PDF] Results Fig. [figure omitted; refer to PDF] (5) shows simultaneous ESN & MR tracking of the dual ESN&MR-tracked catheter in the phantom, verifying the lack of interference between the 2 methods. 3 EAM & MRI imaging experiments were performed in swi...

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Published in:Journal of cardiovascular magnetic resonance 2012-02, Vol.14 (S1), p.P206-P206, Article P206
Main Authors: Tse, Zion, Dumoulin, Charles, Watkins, Ronald, Byrd, Israel, Schweitzer, Jeffrey, Kwong, Raymond, Michaud, Gregory F, Schmidt, Ehud J
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Catheters
Poster Presentation
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container_issue S1
container_start_page P206
container_title Journal of cardiovascular magnetic resonance
container_volume 14
creator Tse, Zion
Dumoulin, Charles
Watkins, Ronald
Byrd, Israel
Schweitzer, Jeffrey
Kwong, Raymond
Michaud, Gregory F
Schmidt, Ehud J
description Figure 1 [figure omitted; refer to PDF] Results Fig. [figure omitted; refer to PDF] (5) shows simultaneous ESN & MR tracking of the dual ESN&MR-tracked catheter in the phantom, verifying the lack of interference between the 2 methods. 3 EAM & MRI imaging experiments were performed in swine, also equipped with sensors to measure temperature at the surface ESN electrodes. Fig. [figure omitted; refer to PDF] (6) shows EAM during imaging where catheter tracking of 2 catheters (reference catheter in the Coronary Sinus (CS) & mapping catheter in the Left Atrium) was performed simultaneously on the ESN , with
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subjects Catheters
Poster Presentation
title MRI guided electrophysiological intervention with a voltage-based electro-anatomic mapping system
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