Cybercycling Training Among 582 Institutionalized Older Adults: A Real-World Multicohort Retrospective Study.

Area of Science:

• Gerontology
• Cognitive Neuroscience
• Rehabilitation Medicine

Background:

• Cybercycling integrates cognitive training with stationary cycling, offering a safe and engaging activity for institutionalized older adults.
• Research-based cybercycling benefits often require training volumes difficult to implement in real-world settings.

Purpose of the Study:

• To investigate if voluntary, real-world cybercycling influences cumulative cognitive performance progression.
• To assess the impact of real-world training on within-training cognitive and motor (cycling distance) performance.

Main Methods:

• A retrospective analysis of nationwide data from 582 older adults in 77 long-term care facilities.
• Participants completed 20-30 minute sessions over 3-12 months, with performance assessed via built-in scores and cycling distance.

Main Results:

• 61% of participants showed improved cumulative cognitive performance.
• Significant cognitive and motor improvements were observed beyond thresholds of 193 minutes cumulative duration or 7 months of training.
• Within-training performance gains were noted in visuospatial abilities, executive functions, memory, and cycling distance.

Conclusions:

• Real-world cybercycling, even with modest participation, is linked to enhanced training performance.
• Identified beneficial thresholds offer achievable targets, promoting physical activity adherence in older adults.
• Findings support cybercycling as a viable intervention for cognitive and physical health in long-term care settings.