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Conduction System Pacing Using Stylet-Driven Leads. What Is the Difference?

Cătălin Pestrea

Cătălin Pestrea

  • Interventional Cardiology Unit, Brașov County Clinical Emergency HospitalBrașov, Romania
  • “Iuliu Hațieganu” University of Medicine and Pharmacy, Cardiology Department, Clinical Rehabilitation HospitalCluj-Napoca,
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Pestrea, Cătălin
, 
Ecaterina Cicală

Ecaterina Cicală

Interventional Cardiology Unit, Brașov County Clinical Emergency HospitalBrașov, Romania
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Cicală, Ecaterina
, 
Alexandra Gherghina

Alexandra Gherghina

Intensive Coronary Care Unit, Brașov County Clinical Emergency HospitalBrașov, Romania
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Gherghina, Alexandra
 oraz 
Florin Orțan

Florin Orțan

Interventional Cardiology Unit, Brașov County Clinical Emergency HospitalBrașov, Romania
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Orțan, Florin
  
08 wrz 2022
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Kategoria artykułu: Case presentation
Data publikacji: 08 wrz 2022
Zakres stron: 108 - 112
DOI: https://doi.org/10.2478/rjc-2022-0020
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© 2022 Cătălin Pestrea et al., published by Sciendo
This work is licensed under the Creative Commons Attribution 4.0 International License.

Figure 1

a. His bundle recording shows a sharp His bundle electrogram (black arrow). b. Pacing at that site resulted in nonselective His bundle capture (first two beats) transitioning with lower amplitudes to selective His bundle capture (last two beats). c. Posteroanterior fluoroscopic image showing the final position of the Biotronik Solia lead in the His bundle region (white arrow). The atrial lead was placed as a backup at the RV apex during ventricular lead implantation and afterward implanted in the right atrial appendage.
a. His bundle recording shows a sharp His bundle electrogram (black arrow). b. Pacing at that site resulted in nonselective His bundle capture (first two beats) transitioning with lower amplitudes to selective His bundle capture (last two beats). c. Posteroanterior fluoroscopic image showing the final position of the Biotronik Solia lead in the His bundle region (white arrow). The atrial lead was placed as a backup at the RV apex during ventricular lead implantation and afterward implanted in the right atrial appendage.

Figure 2

a. Baseline ECG. b. Left bundle branch pacing with a right bundle branch morphology in V1 and a short left ventricular activation time (79 msec). c. Left anterior oblique fluoroscopic image after contrast injection showing the depth of penetration into the septum (the atrial lead was placed as a backup at the RV apex during ventricular lead implantation and afterward implanted in the right atrial appendage). d. Echocardiographic parasternal short-axis image showing the lead tip reaching the left endocardium (white arrow).
a. Baseline ECG. b. Left bundle branch pacing with a right bundle branch morphology in V1 and a short left ventricular activation time (79 msec). c. Left anterior oblique fluoroscopic image after contrast injection showing the depth of penetration into the septum (the atrial lead was placed as a backup at the RV apex during ventricular lead implantation and afterward implanted in the right atrial appendage). d. Echocardiographic parasternal short-axis image showing the lead tip reaching the left endocardium (white arrow).
Język:
Angielski
Częstotliwość wydawania:
4 razy w roku
Dziedziny czasopisma:
Medycyna, Medycyna kliniczna, Medycyna wewnętrzna, Kardiologia, Pediatria i leczenie młodzieży, Kardiologia dziecięca, Chirurgia, Kardiochirurgia
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