Key result
Seated virtual exercise fails to improve heart rate recovery in adults with chronic neurological impairments.
Why the study?
Individuals with chronic neurological impairments face significant barriers to regular exercise, and the effects of a seated home-based tele-exercise regimen on cardiovascular function in this population remained unclear.
Does a synchronous live seated virtual exercise program improve cardiovascular function compared to an asynchronous pre-recorded program in adults with chronic neurological impairments?
RCT (n=63)
Open-label
1:1 Block randomization
No
Does a synchronous live seated virtual exercise program improve cardiovascular function compared to an asynchronous pre-recorded program in adults with chronic neurological impairments?
p-value: p=0.61
A 12-week seated virtual exercise program was feasible and highly acceptable for adults with chronic neurological impairments, with live sessions yielding higher motivation, though it did not significantly improve cardiovascular function.
Does not support seated virtual exercise for heart rate recovery gains; leaves optimal dosing and alternative endpoints open for further RCTs.
Background: Individuals with chronic neurological impairments often face significant barriers to regular exercise such as limited access to facilities, transportation challenges, and safety concerns. Tele-exercise has emerged as a potential solution to these challenges, particularly in the context of the COVID-19 pandemic. This study aimed to investigate the effects of a seated home-based tele-exercise regimen on cardiovascular function in adults with chronic neurological impairments. Methods: In this virtual randomized controlled trial, 63 participants with Chronic Neurological Impairments were randomized into either a synchronous group that attended live online exercise sessions via Zoom, or an asynchronous group that accessed pre-recorded exercise sessions. Both groups completed three 45 min sessions per week focused on moderate to high-intensity seated exercises over 12 weeks. Primary outcomes including Heart Rate (HR) Recovery (HRR), HR at Rest (HR Rest) and HR at peak exercise (HR Max) were averaged across three sessions at baseline, mid-study, and end of study. Secondary outcomes, including satisfaction with the equipment and virtual format were assessed using custom-designed surveys, while exercise motivation, enjoyment, and quality of life were measured using standardized instruments. Results: = 0.0001). Satisfaction with the virtual format was high, with 90% of participants reporting satisfaction with the use of the Polar heart rate monitor and 84% with Zoom. Conclusion: While no significant cardiovascular improvements were observed, the study highlights the feasibility of a virtual, seated exercise program for individuals with chronic neurological impairments. The higher reported exercise motivation in the synchronous group suggests that live, interactive sessions may be more engaging for participants. These findings underscore the potential of tele-exercise programs to provide accessible, home-based interventions, though further research is necessary to assess their long-term impact on cardiovascular health and overall well-being. Clinical Trial Registration: identifier (NCT04564495).
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Kumar et al. (2025) conducted an RCT in Chronic Neurological Impairments (n=63). Synchronous seated tele-exercise program vs. Asynchronous seated tele-exercise program was evaluated on Heart Rate Recovery (HRR) at post-intervention (p=0.61). A 12-week seated virtual exercise program, delivered either synchronously or asynchronously, did not significantly improve heart rate recovery (p=0.61) in adults with chronic neurological impairments.
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