Background/Purpose
Fall-related injuries can reduce older adults’ independence and result in personal and economic burden. The type and use of assistive technologies as well as home modifications likely influences fall reduction and injury prevention. This effect is poorly understood. We sought to detail the contributions of assistive technology and in-home modification on falls, fall frequency, fall severity and fall location within the homes of community-dwelling older adults through a systematic review.
Method
From 3 databases (Medline; CINAHL; Web of Science Core Collection) 3920 articles were sourced and assessed using inclusion and exclusion criteria. The outcome variables of interest were fall frequency, fall location, injury, mortality, and hospitalization. Two independent reviewers screened each study and completed data extraction. Reporting is in accordance with PRISMA 2020.
Results
Twenty-two studies met the criteria. The most frequent assistive technologies and home modifications reported were canes (n=4), walkers (n=4), handrails (n=9), and grab bars (n=15). Their influence on falls depends on a variety of factors including fall history, history of assistive device use, and whether the device was present at the time of the fall.
Discussion
Our findings may provide a basis for more intentional prescription of ambulatory assistive technologies and evidence-based recommendations of home modifications to prevent falls among community-dwelling older adults.
Conclusion
This systematic review provides an understanding of how fall-related outcomes vary with the use of assistive technologies and home modifications in different areas of the home of community-dwelling older adults. Study protocol registration (PROSPERO ID: CRD42022370172).
