3.8 Article

Atrial fibrillation future clinic. Novel platform to integrate smart device electrocardiogram into clinical practice

期刊

CARDIOVASCULAR DIGITAL HEALTH JOURNAL
卷 2, 期 2, 页码 92-100

出版社

ELSEVIER
DOI: 10.1016/j.cvdhj.2021.02.002

关键词

Atrial fibrillation; Digital health; ECG monitoring; mHealth; Remote monitoring; Telehealth

资金

  1. AliveCor

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This study assessed a new care model using smartphone ECG and a cloud-based platform to follow patients after AF ablation. Results showed that patients in the group using the cloud platform required less additional traditional monitors compared to the control group.
BACKGROUND Direct-to-consumer devices allow patients to record electrocardiograms (ECG) and detect atrial fibrillation (AF). Clinical adoption of these devices has been limited owing to the lack of efficient workflow. OBJECTIVE To assess a new care model for following patients after AF ablation that uses a smartphone ECG coupled with a novel cloudbased platform. METHODS This was a pilot study to describe AF detection, health-care utilization, use of additional ECGs and cardiac monitors, and changes in anxiety after AF ablation. Patients presenting 3-4 months after early successful AF ablation were randomized into a control group with standard clinical follow-up or a self-monitoring group using smartphone ECG (Kardia Mobile, KM) coupled with a cloud-based platform (KardiaPro, KP) that alerted the physician when AF was detected and followed for 6 months RESULTS A total of 100 patients were randomized: 51 to the KM/KP group and 48 to the control group (1 withdrew). AF was detected in 18 patients (18.2%), 11 (21.6%) in the KM/KP group and 7 (14.6%) in the control group (P =.42). AF detection occurred at a median of 68 and 91 days in the KM/KP and control groups, respectively (P =.93). These differences were not statistically significant. Healthcare utilization and changes in anxiety were similar between the groups. More patients required additional ECGs or cardiac monitors in the control group (27.1%) compared to the KM/KP group (5.9%) (P =.004). CONCLUSIONS Smartphone ECG with a cloud-based platform can be incorporated into the care of post-AF ablation patients without increasing anxiety andwith less need for additional traditionalmonitors.

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