Key result
Real-time centralized remote monitoring for CIEDs shows feasibility and successfully detects abnormal battery levels.
Why the study?
Although third-party resources assist with remote monitoring workflows for CIEDs, hospital-acquired data are not typically utilized for further analysis as big data.
Observational
Yes
A centralized remote monitoring system for CIEDs across multiple hospitals is feasible and can facilitate big data analysis for individual patient management.
Answers are grounded in this paper and cite their sources.
Supports multi-hospital CIED remote monitoring feasibility; leaves open effects on outcomes and adoption.
BACKGROUND: Using third-party resources to manage remote monitoring (RM) data from implantable cardiac electronic devices (CIEDs) can assist in device clinic workflows. However, each hospital-acquired data is not used for further analysis as big data. METHODS AND RESULTS: We developed a real-time and automatically centralized system of CIED information from multiple hospitals. If the extensive data-based analysis suggests individual problems, it can be returned to each hospital. To show its feasibility, we prospectively analyzed data from six hospitals. For example, unexpected abnormal battery levels were easily illustrated without recall information. CONCLUSIONS: The centralized RM system could be a new platform that promotes the utilization of device data as big data, and that information could be used for each patient's practice.
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Hasumi et al. (2023) conducted an observational in Cardiovascular implantable electronic devices (CIEDs). Centralized remote monitoring system was evaluated on Feasibility of a real-time and automatically centralized system of CIED information. A real-time, automatically centralized remote monitoring system for CIEDs across six hospitals was feasible and successfully identified unexpected abnormal battery levels.
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