An 8-week remote monitoring lifestyle intervention significantly improved clinic (p=0.046) and self-monitored diastolic BP (p=0.001), BMI (p=0.002), and total cholesterol (p=0.009).
Does a smartphone-based remote monitoring lifestyle intervention improve cardiovascular disease risk factors in a rural population at risk for metabolic syndrome?
An 8-week smartphone-based remote monitoring and lifestyle intervention significantly improved diastolic blood pressure, BMI, and total cholesterol in a rural population at risk for metabolic syndrome.
OBJECTIVE: An increasingly aged, overweight, and sedentary population has resulted in elevated risk of cardiovascular disease (CVD). The escalating incidence of diabetes and other chronic illnesses, deficits in health care budgets, and physician shortages, especially in rural communities, have prompted investigations of feasible solutions. The Diabetes and Technology for Increased Activity (DaTA) study was designed to test the effectiveness of a lifestyle intervention driven by self-monitoring of blood glucose (BG), blood pressure (BP), physical activity (PA), and weight to positively impact CVD risk factors in a medically underserviced rural population with a high incidence of metabolic syndrome (MS). RESEARCH DESIGN AND METHODS: Conducted in a community-based research setting, this single-center open feasibility study used smart phones to transmit BP, BG, pedometer, weight, heart rate, and activity measurements to a database. Technology allowed participants to interface with the clinical team and self-monitor their personal health indicators. RESULTS: Twenty-four participants aged 30 to 71 years completed the 8-week intervention. Participants had significant improvement in clinic (p = .046) and self-monitored diastolic BP (p = .001), body mass index (p = .002), and total cholesterol (p = .009), and steps per day. Daily PA increased as well as participants' interest in and willingness to make lifestyle changes that impact health outcomes. CONCLUSIONS: The DaTA study demonstrated that self-monitoring of the risk factors for MS and increased PA improved the participant's CVD risk profile. Considering the 8-week time period of this intervention, results are encouraging. This lifestyle intervention, which uses education and technology as tools, confirms the utility of remote health monitoring.
Stuckey et al. (2011) studied Metabolic syndrome (n=24). Remote monitoring lifestyle intervention was evaluated on Cardiovascular disease risk factors (blood pressure, BMI, total cholesterol, physical activity). An 8-week remote monitoring lifestyle intervention significantly improved clinic (p=0.046) and self-monitored diastolic BP (p=0.001), BMI (p=0.002), and total cholesterol (p=0.009).