Abstract
Introduction: Concerns about falling (CaF) is a psychosocial concept, precipitating a spiral of increasing inactivity, social isolation and falls, and is common in those who have experienced, or are at risk of, a fall. One method of assessing CaF is the Falls Efficacy Scale International version (FES-I),with previous studies finding associations between higher FES-I scores and poor scoring on commonly used clinical assessments of functional mobility and balance (Gait speed (GS), Timed up and Go test (TUG), and Five time sit to stand (FTSS)). Using the FES-I to predict poor functional mobility and balance has the potential to identify those at risk before an initial fall, at which point an intervention may be provided.
Methods: A prospective study was carried out over 24 weeks, in which 119 participants were recruited from the North Tyneside Community Falls Prevention Service (NTCFPS). Participants completed questionnaires and underwent physical testing whilst attending the falls clinic (baseline) and at week 24, completing bi-weekly falls diaries throughout. Participants were users of the NTCFPS, and residents of North Tyneside.
Results: Findings showed (i) the FES-I had a limited ability to predict poor scores on GS, TUG and FTSS; (ii) attending referred Age UK strength and balance classes was significantly associated with improvements in FES-I score and FTSS; (iii) CaF at the outset of Age UK training was not significantly associated with clinically significant improvements in GS, FTSS and TUG.
Conclusions: Whilst the predictive capabilities of the FES-I were limited, the measure showed an ability to track improvements in participants CaF in the short to medium term. Further work is needed to explore the measures applications within the general population of community dwelling older adults, rather than a cohort of falls service users.
Comments
Question
Hello and thank you for presenting your work. It would be great if there was a tool to help identify people at risk of future falls. How would you go about studying the effectiveness of FES-I predicting future falls in non-known faller populations?