Esophageal cardiac pacing effects on arterial pulsations

P. S. Geipel, C. Jensen, J. K.J. Li

Research output: Contribution to conferencePaper

Abstract

Electrical stimulation via the esophageal pathway has been demonstrated to be a relatively noninvasive and recommendable approach to cardiac pacing to the termination of arrhythmias. Hemodynamic consequences of this mode of pacing on arterial system function have not been reported. The authors anaesthetized dogs using bipolar catheter electrodes; their results show that transesophageal cardiac pacing alters arterial pulse transmission characteristics only to a limited extent.

Original languageEnglish (US)
Pages221-222
Number of pages2
StatePublished - Dec 1 1988

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Catheters
Hemodynamics
Electrodes

All Science Journal Classification (ASJC) codes

  • Bioengineering

Cite this

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title = "Esophageal cardiac pacing effects on arterial pulsations",
abstract = "Electrical stimulation via the esophageal pathway has been demonstrated to be a relatively noninvasive and recommendable approach to cardiac pacing to the termination of arrhythmias. Hemodynamic consequences of this mode of pacing on arterial system function have not been reported. The authors anaesthetized dogs using bipolar catheter electrodes; their results show that transesophageal cardiac pacing alters arterial pulse transmission characteristics only to a limited extent.",
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Geipel, PS, Jensen, C & Li, JKJ 1988, 'Esophageal cardiac pacing effects on arterial pulsations', pp. 221-222.

Esophageal cardiac pacing effects on arterial pulsations. / Geipel, P. S.; Jensen, C.; Li, J. K.J.

1988. 221-222.

Research output: Contribution to conferencePaper

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N2 - Electrical stimulation via the esophageal pathway has been demonstrated to be a relatively noninvasive and recommendable approach to cardiac pacing to the termination of arrhythmias. Hemodynamic consequences of this mode of pacing on arterial system function have not been reported. The authors anaesthetized dogs using bipolar catheter electrodes; their results show that transesophageal cardiac pacing alters arterial pulse transmission characteristics only to a limited extent.

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