A simple and practical criterion for determining a failed His-bundle pacing

Author:

Liang Yanchun1,Wang Na1,Yu Haibo1,Xu Baige1,Yan Xiaolei1,Wu Min1,Gao Yang1,Liu Rong1,Xu Guoqing1,Li Zhenhui1,He Jiaqi1,Wang Zulu1,Han Yaling1

Affiliation:

1. Department of Cardiology, General Hospital of Northern Theater Command, Shenyang 110016, People’s Republic of China

Abstract

Abstract Aims To establish a simple criterion for determining a failed His-bundle pacing (HBP). This criterion states that if stimulus to QRS end interval is longer than His-bundle potential to QRS end interval (‘S-QRSend > H-QRSend’) then a failed HBP can be determined. Methods and results We performed retrospective analysis on 737 pacing tests around His-bundle in 241 patients and prospective analysis on 400 tests in 123 patients. A successful HBP is defined as that whole His-bundle is captured with or without capture of adjacent ventricular myocardium, otherwise, a failed HBP was considered. The output criteria and effective refractory period criteria were used as the gold standards for determining a successful HBP. The gold standards are that if decreasing the pacing output or pacing cycle length to a certain level results in duration or morphology changes of QRS, then a successful HBP is ascertained. In retrospective analysis of patients with normal His-Purkinje conduction, a failed HBP was determined in 31% (154/492) of pacing tests according to ‘S-QRSend > H-QRSend’; all of them were validated by the gold standards (specificity = 100%). In prospective study, a failed HBP was confirmed according to the simple criterion with 100% accuracy in 33% (79/241) pacing tests. This simple criterion was also suitable for patients with His-Purkinje conduction disease although cases with ‘S-QRSend > H-QRSend’ rarely occurred. Conclusion A failed HBP can be easily and reliably determined solely by ‘S-QRSend > H-QRSend’ in more than 30% pacing tests.

Funder

National Key Research and Development Program of China

Publisher

Oxford University Press (OUP)

Subject

Physiology (medical),Cardiology and Cardiovascular Medicine

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