Aging is the process that declines all the sensory elements that are involved in postural control-"particularly vestibular and proprioceptive"-and these changes are generally compensated with reliance on visual inputs for postural control in this population. Stroboscopic glasses can intermittently disrupt the visual feedback to possibly stimulate sensory reweighting toward the vestibular and proprioceptive inputs....
This is a published protocol only — no results are available yet; no actionable change to balance rehabilitation practice can be made at this stage.
Falls are a leading cause of injury in older adults, and novel vestibular-proprioceptive rehabilitation tools are needed; if this RCT shows benefit, stroboscopic glasses could become a low-cost adjunct to balance training programs.
- 01RCT protocol (not results) testing stroboscopic glasses + balance exercises in elderly adults.
- 02Targets age-related decline in vestibular function and proprioception (body-position sensing).
- 03Primary outcomes include postural control, gait, and physical performance measures.
- 04Stroboscopic glasses artificially restrict vision to challenge the balance system during training.
- 05No clinical findings reported yet — trial is in the design/registration phase.
- PMID
- 42174703
- DOI
- 10.1186/s13063-026-09809-x.
- Journal
- Trials
- Publication type
- research_article
- Evidence level
- 1b
- Population
- Elderly adults with age-related vestibular and proprioceptive decline
- Intervention
- Balance training exercises with stroboscopic glasses
- Comparator
- Control group without stroboscopic glasses (standard balance training or no intervention — per protocol design)
Primary outcomes
Postural control; Gait performance; Physical performance