Perceiving postural instability accurately is crucial for fall prevention. While sensory integration of visual, vestibular, and somatosensory inputs is known to influence balance, the specific impact of high-consequence visual contexts, such as exposure to height, remains under-investigated due to safety constraints in physical environments....
No immediate actionable clinical change; however, this research may inform future vestibular rehabilitation protocols that use VR to train balance and fall-risk perception.
Establishing how VR modifies sensory integration of balance signals opens a pathway for technology-assisted vestibular rehabilitation and fall-prevention training.
- 01VR environments alter how precisely people estimate the onset of postural instability (loss of balance).
- 02Study is published in Multisensory Research, indicating a focus on combined sensory inputs including vestibular signals.
- 03Findings are relevant to balance rehabilitation and fall prevention programs.
- 04Results suggest VR-induced sensory conflict affects internal body-position awareness.
- 05Potential future application in vestibular therapy and fall-risk screening tools.
Virtual reality alters the precision with which individuals estimate the onset of postural instability.
studyunclear- PMID
- 42161361
- DOI
- 10.1163/22134808-bja10195.
- Journal
- Multisensory Research
- Publication type
- research_article
- Evidence level
- 2b
- Population
- Participants exposed to virtual reality conditions assessing balance perception
- Intervention
- Virtual reality environment altering sensory input
- Comparator
- Non-VR / real-world baseline condition
Primary outcomes
Precision of estimating postural instability onset; Sensory integration of vestibular inputs