Key result
Integrating electronic out-of-office BP monitoring is linked to improved measurement accuracy and reduced variability.
Why the study?
Careful blood pressure monitoring is critical to prevent disability and death, prompting the need to improve out-of-office blood pressure collection and utilization in a hypertension clinic.
Does an interconnected application platform for continuous out-of-office blood pressure monitoring improve measurement accuracy and decrease blood pressure variability in patients with diabetes and hypertension?
Observational
Does an interconnected application platform for continuous out-of-office blood pressure monitoring improve measurement accuracy and decrease blood pressure variability in patients with diabetes and hypertension?
Integrating electronic systems for out-of-office blood pressure monitoring with real-time feedback improves measurement accuracy and decreases blood pressure variability in patients with hypertension and diabetes.
Hypothesis-generating for electronic out-of-office BP monitoring in diabetes and hypertension; randomized trials needed before clinical adoption.
UNSTRUCTURED Hypertension can lead to poor quality of life, disability, and in some cases, death. Therefore, careful monitoring of blood pressure is critical. The purpose of this study was to improve the collection and utilization of blood pressure collection in a hypertension clinic. The study focused on integrating electronic systems to process incoming real-world data in out-of-office blood pressure measurements, specifically in cohorts with diabetes and hypertension. By implementing an interconnected application platform. This involved continuous monitoring of patients over twelve months and continuous monitoring by their physicians and the medical staff to provide real-time feedback. This helped patients to better control their blood pressure without making an increase in the change of medications. Our data shows that practitioners could accurately collect and process patients' blood pressure and pulse data during routine telehealth visits, enhancing the clinical management strategy. Our findings demonstrate that patients engaged in self-monitoring over one year improved their ability to accurately measure blood pressure with decreased variability in blood pressure results. In conclusion, we have proven by analyzing how often do patients monitor and its frequency and accuracy in performing data processing techniques that allow us to facilitate access to information that could be qualitatively analyzed, leading to better patient involvement in their treatment.
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Banerjee et al. (2023) conducted an observational in Hypertension and diabetes. Electronic integration of out-of-office blood pressure measurements was evaluated on Accuracy and variability of blood pressure measurements.
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