Key result
A smartphone-connected remote monitoring system achieved 80% adherence to daily monitoring and increased health awareness in 80% of cardiovascular outpatients over an average of 48 days.
Why the study?
Integrating IoT devices with smartphone apps may enhance cardiovascular self-management, but challenges with digital literacy and usability persist, especially among the elderly.
Does a smartphone-connected remote monitoring system improve adherence and health awareness in cardiovascular outpatients?
Does a smartphone-connected remote monitoring system improve adherence and health awareness in cardiovascular outpatients?
A smartphone-connected remote monitoring system is feasible, easy to use, and may increase health awareness among cardiovascular outpatients.
Hypothesis-generating for IoT remote monitoring in CVD self-management; larger trials needed before clinical adoption.
Aims: Cardiovascular diseases are a leading cause of death globally, and effective self-management is critical for patient outcomes. Integrating Internet of Things-enabled devices with smartphone applications presents a novel approach to enhancing self-management, yet challenges with digital literacy and device usability persist, especially among the elderly. This study aimed to evaluate the adherence, ease of use, and impact on health awareness of a smartphone-connected remote monitoring system among cardiovascular outpatients in Japan. Methods and results: = 3). Participants received Bluetooth-enabled monitoring devices and a smartphone app for automatic data synchronization. Adherence, ease of use, and changes in health awareness were assessed through a structured questionnaire. The study found that 8 of 10 participants adhered to daily monitoring, with an average usage period of 48 days. Nine of 10 required minimal support with device use and 8 of 10 reported increase in health awareness. Seven of 10 indicated they could continue using it long term. The average recommendation score was 8.8/10. The timely detection of asymptomatic paroxysmal atrial fibrillation in one patient highlighted the system's potential clinical benefits. Conclusion: This pilot study suggests that a smartphone-connected remote monitoring system may enhance self-management practices and health awareness among cardiovascular outpatients. While the findings are promising, larger studies with longer follow-up periods are needed to confirm these results and evaluate the system's impact on clinical outcomes.
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Ishii et al. (2024) studied Cardiovascular diseases (n=10). Smartphone-connected remote monitoring system was evaluated on Adherence to daily monitoring. A smartphone-connected remote monitoring system achieved 80% adherence to daily monitoring and increased health awareness in 80% of cardiovascular outpatients over an average of 48 days.
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