Remote monitoring in hypertension management improved medication adherence (MARS-5 p=0.001) and reduced interventricular septum thickness (p=0.01) compared to standard care.
Does remote patient monitoring improve medication adherence, therapeutic optimization, and organ damage in hypertensive patients?
Remote monitoring via mobile apps and wearable devices in hypertensive patients significantly improves medication adherence and allows for therapy optimization with fewer drugs, alongside favorable cardiac and renal changes.
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Abstract Aim The PROSIT (Patient Reported Outcomes and Smart-Imaging in Telecardiology) study aimed to evaluate the feasibility and potential clinical impact of remote patient monitoring in hypertension management, focusing on medication adherence, therapeutic optimization, and organ damage. Methods We conducted a prospective single-center, randomized pilot study involving 100 hypertensive Caucasian patients, assigned to three groups: Group A, equipped with a wearable ECG device, and a mobile application reporting vital signs; Group B, using only the mobile app; and Group C (control), standard care. Blood pressure and heart rate were measured with validated devices. Medication adherence was assessed with the validated Medication Adherence Report Scale (MARS-5). Echocardiography and biochemical parameters were evaluated at baseline and after 12 months, including a 6-month washout period without digital support. Results Patients in Groups A and B showed significantly higher MARS-5 scores, vs. Group C (p=0.001). Early therapeutic adjustments were more frequent in Groups A and B, leading to a reduction in the number of prescribed antihypertensive medications (median decrease from 2 2–3 to 1 0–3, p=0.001). At follow-up, Group A exhibited a significant reduction in interventricular septum thickness and left ventricular mass (p=0.01) along with improved renal function (A p=0.04, B p=0.02). Conclusions This study suggests that telemedicine with remote monitoring may enhance medication adherence and allow early treatment optimization with fewer drugs, accompanied by favorable changes in cardiac and renal parameters. These findings warrant confirmation in larger, multicenter studies.
Marozzi et al. (Sat,) reported a other. Remote monitoring in hypertension management improved medication adherence (MARS-5 p=0.001) and reduced interventricular septum thickness (p=0.01) compared to standard care.