Key result
Cardiac telerehabilitation increases daily steps by ~5,300 vs. standard care in CHD.
Why the study?
Cardiac telerehabilitation has comparable safety and efficacy to in-person rehabilitation, but its effectiveness, feasibility, and usability remain unclear in under-reported older adults with CHD.
Does a 12-week Social Cognitive Theory-guided cardiac telerehabilitation program improve physical activity levels and healthy lifestyle behaviors compared to standard care in older adults with coronary heart disease?
RCT (n=43)
Outcome assessors blinded
Block randomization using random block sizes with sealed opaque envelopes
No
Does a 12-week Social Cognitive Theory-guided cardiac telerehabilitation program improve physical activity levels and healthy lifestyle behaviors compared to standard care in older adults with coronary heart disease?
This pilot RCT demonstrates that a 12-week nurse-led cardiac telerehabilitation program combining wearable step tracking and social media e-coaching is feasible, safe, and substantially improves physical activity and health-promoting behaviors in older adults with coronary heart disease.
Answers are grounded in this paper and cite their sources.
Supports telerehabilitation adoption to increase activity in older adults with CHD; extends pilot RCT evidence for larger confirmatory trials.
Background: Cardiac rehabilitation is a beneficial multidisciplinary treatment of exercise promotion, patient education, risk factor management, and psychosocial counseling for people with coronary heart disease (CHD) that is underutilized due to substantial disparities in access, referral, and participation. Empirical studies suggest that cardiac telerehabilitation (CTR) have safety and efficacy comparable to traditional in-person cardiac rehabilitation, however, older adults are under-reported with effectiveness, feasibility, and usability remains unclear. Methods: The study randomized 43 older adults (84 % males) to the 12-week CTR intervention or standard of care. Guided by Social Cognitive Theory, participants received individualized in-person assessment and e-coaching sessions, followed by CTR usage at home. Data were collected at baseline (T0), six-week (T1), and 12-week (T2). Twenty participants completed the intervention, with 40 % used the website for data-uploading or experiential learning, 90 % used the pedometer for tele-monitoring. Improving awareness of rehabilitation and an action focus were considered key facilitators while physical discomforts and difficulties in using the technology were described as the main barriers. Conclusions: The CTR is feasible, safe and effective in improving physical activity and healthy behaviors in older adults with CHD. Considering the variation in individual cardiovascular risk factors, full-scale RCT with a larger sample is needed to determine the effect of CTR on psychological symptoms, body weight and blood pressure, and quality of life.
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Su et al. (2024) conducted an RCT in Coronary heart disease (n=43). Cardiac telerehabilitation (CTR) guided by Social Cognitive Theory vs. Standard of care (10-minute didactic education on medication usage and lifestyle modification at discharge, plus pedometer for data collection) was evaluated on Physical activity level measured by daily steps at 12 weeks (β 5285.59 (Hedges' g 1.34), 95% CI 1216.78-9354.4, p=0.01). Cardiac telerehabilitation increased daily steps at 12 weeks compared to standard care in older adults with CHD.
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