Falls remain one of the most serious and costly health threats facing older adults worldwide. A single fall can lead to fractures, hospitalization, loss of independence, and in many cases, a permanent decline in quality of life. For decades, researchers have searched for interventions that genuinely reduce fall risk — and one digital exercise program has shown real promise in controlled clinical settings.
The question is whether that promise survives contact with the real world.
What Is StandingTall?
StandingTall is an eHealth program designed to deliver evidence-based balance and functional strength exercises directly to older adults through digital technology. Previous clinical trials had already demonstrated that the program works under controlled conditions — participants showed improved balance, reduced falls, fewer fall-related injuries, and high adherence to the prescribed exercise routine.
These results positioned StandingTall as a genuinely promising tool in the broader effort to reduce fall-related injury and hospitalization among aging populations — a population health challenge that grows more urgent every year as life expectancy increases worldwide.
But clinical trial success and real-world success are not the same thing. A new study published in Age and Ageing set out to answer a critical question: what happens when StandingTall moves out of the carefully controlled trial environment and into actual health services, delivered by real clinicians and community organizations to real patients?
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How The Study Was Conducted
Researchers led by Morag E. Taylor and colleagues conducted an implementation study across health services in Australia and the United Kingdom. The study recruited 246 participants total — 184 in Australia and 62 in the UK — and encouraged them to use StandingTall for two hours per week over a six-month period.
The participant population was notably elderly, with a mean age of 73, and predominantly female, at 81 percent of participants. This reflects the demographic reality of fall risk, which disproportionately affects older women.
The study used a mixed-methods process evaluation to assess uptake and acceptability of the program, with adherence — measured as the percentage of the prescribed exercise dose actually completed — serving as the primary outcome measure.
Importantly, the study period overlapped significantly with the COVID-19 pandemic, running from October 2019 to September 2021 in Australia and November 2020 to April 2022 in the UK — a timeframe that introduced unique challenges for any health service implementation effort.
The Honest, Complicated Results
The findings present a genuinely mixed picture — one that reflects the real difficulty of translating research success into widespread practical implementation.
On the implementation partner side, researchers approached 129 potential partners, including private practice clinicians, community exercise providers, and community service agencies. Only 34 percent — 44 partners — agreed to participate as implementation partners. Of the 41 partners who went on to refer participants, just 37 percent referred five or more people, indicating that even among willing partners, the volume of actual referrals was modest.
Participant uptake told a similar story. Of 469 people offered the opportunity to use StandingTall, only 42 percent — 198 people — actually took it up. Among those who did, mean adherence over the six-month period was just 41 percent of the prescribed dose, translating to roughly 39 minutes of exercise per week rather than the intended two hours.
These numbers were notably lower than what had been achieved in the earlier controlled effectiveness trials — a common and well-documented pattern in implementation science, where real-world conditions rarely replicate the structure, support, and motivation present in formal research settings.
The Encouraging Side Of The Data
Despite these adoption challenges, the experience of those who did engage with StandingTall was overwhelmingly positive. At the six-month mark, 76 percent of participants indicated they liked using the program. More than half — 56 percent — reported that their balance had improved moderately to a great deal. And 80 percent rated their overall experience with StandingTall as good to excellent.
This combination of results — genuinely positive experiences among users, but significant struggles with uptake and sustained adherence at the population level — points toward a specific and addressable problem rather than a fundamental flaw in the program itself.
What’s Missing For Long-Term Success
When researchers spoke with health service managers about sustainability, a consistent theme emerged: the need for additional resources. Implementation partners and health services lacked the ongoing funding, staffing, and infrastructure needed to consistently identify eligible patients, refer them to the program, and support their continued engagement over time.
The researchers concluded that StandingTall is acceptable, appropriate, feasible, and safe as an intervention — but that sustained real-world implementation was not achieved in this study, primarily due to the disruption caused by COVID-19 and a lack of ongoing funding to support the infrastructure needed for successful delivery.
Why This Matters Beyond One Program
This study highlights a challenge that extends far beyond StandingTall specifically. It illustrates one of the most persistent problems in health intervention research broadly known as the “research to practice gap” — the well-documented tendency for interventions that succeed dramatically in controlled trials to underperform when deployed into the complexity of real health systems, with their funding constraints, competing priorities, and variable levels of organizational buy-in.
For digital fall-prevention programs to achieve their full population-level potential, this research suggests that effectiveness alone is not enough. Successful translation into everyday practice requires sustained investment in implementation infrastructure — dedicated funding, trained staff, clear referral pathways, and ongoing support for both providers and patients throughout the adoption process.
The technology to meaningfully reduce falls among older adults may already exist. What remains is the harder, less glamorous work of building the systems needed to deliver it consistently, at scale, to the people who need it most. 👴👵
Source: Age and Ageing / Oxford University Press / British Geriatrics Society — August 2024
Journal Reference: Morag E. Taylor, Meghan Ambrens, Helen Hawley-Hague, et al. Implementation of a digital exercise programme in health services to prevent falls in older people. Age and Ageing, 2024; 53 (8): afae173.
DOI: 10.1093/ageing/afae173
