Key result
Fractionation mapping software of the Ensite system was tested to detect localization of ganglionated plexuses and compared with a fractionated electrograms based strategy.
Why the study?
Due to individual variation in ganglionated plexus settlement, reproducible detection methods during electrophysiologic study are needed for ablation in vasovagal syncope.
Does fractionation mapping software of the Ensite system accurately detect the localization of ganglionated plexuses compared to a fractionated electrograms based strategy in a patient with vasovagal syncope?
Case Report
Does fractionation mapping software of the Ensite system accurately detect the localization of ganglionated plexuses compared to a fractionated electrograms based strategy in a patient with vasovagal syncope?
Fractionation mapping software may offer a reproducible method for detecting ganglionated plexuses during ablation for vasovagal syncope.
May facilitate GP localization during ablation; hypothesis-generating and requires prospective validation before practice change.
Ablation of ganglionated plexuses (GPs) is a relatively new technique in patients with vasovagal syncope. Due to individual variation of GP settlement, reproducible GP detection methods are needed to during electrophysiologic study. In the present case, fractionation mapping software of Ensite system was tested to detect localization of GPs and first compared with previously validated fractionated electrograms based strategy.
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Aksu et al. (2020) conducted a case report in vasovagal syncope. Fractionation mapping software of Ensite system vs. previously validated fractionated electrograms based strategy was evaluated on localization of ganglionated plexuses. Fractionation mapping software of the Ensite system was tested to detect localization of ganglionated plexuses and compared with a fractionated electrograms based strategy.
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