An eSTEPS trial linked primary-care exercise prompts to modestly fewer recorded falls. Learn who was studied and what remains uncertain.
On October 16, 2026, JAMA Network Open published the eSTEPS cluster randomized clinical trial. According to Medical Daily's coverage, primary-care practices using an electronic exercise-prescription workflow recorded a 9% lower fall rate than practices providing usual care.
The change was in how care was offered. After an older adult screened positive for fall risk, an electronic reminder helped clinicians offer tailored home strength-and-balance exercises. Physical therapy referral remained available.
The finding points to a practical opportunity: connecting fall-risk screening with exercise support during routine care. It was a study of that care pathway, not simply a test of a short workout.
The exercise approach came before the electronic reminder. Medical Daily reports that the trial's home exercises were simplified from the Otago Exercise Programme. A PEDro research listing also addresses that programme's efficacy in reducing falls.
The eSTEPS trial therefore did not introduce leg-strength and balance work as an entirely new idea. Instead, it tested a way to make that support easier for primary-care teams to offer after identifying fall risk.
The comparison was usual care. Physical therapy referral remained an option in both groups, so the study examined an added route into exercise rather than a replacement for rehabilitation services.
That distinction matters when reading the headline. A finding about how clinics connect patients with exercise answers a different question from a trial comparing specific movements or training schedules. Here, the added electronic workflow was the feature being tested.
The intervention placed a noninterruptive alert and exercise order set in the electronic health record after a positive three-question fall-risk screen. Clinicians could use the tool to prescribe home exercises or refer a patient to physical therapy.
The home option focused on leg strength and balance. The reported features were:
These were features of the trial's program, not a general exercise prescription for everyone reading about it. The range of options is relevant to discussions about how balance practice can be adapted and progressed.
Medical Daily reports that practices using the workflow recorded 19.3 falls per 100 patient-years. Usual-care practices recorded 21.2 per 100 patient-years. The reported difference was a 9% lower rate of medically recorded falls.
Patient-years account for both the people followed and the time they were observed. These figures describe events over time, rather than the percentage of participants who fell.
Reported fall-related injury rates were also lower: 15.7 versus 16.7 per 100 patient-years. The injury benefit was clearest among participants aged 76 and older.
The study authors described the overall result in measured terms. They concluded that “falls and fall-related injuries were modestly reduced in older adults in primary care.”
About 78% of clinicians in intervention practices prescribed exercises through the tool at least once. About 22% of patients in those practices received a formal exercise prescription.
Those figures describe different parts of the process. Clinician use shows whether the tool entered practice at all. Patient prescribing shows how broadly the exercise offer reached the people eligible for it.
Physical therapy referral rates were similar between groups at about 56% and 57%. That helps place the home option in context: therapy remained part of the care pathway.
The eSTEPS trial included 11,945 adults aged 65 or older who screened positive for fall risk. They received care at 22 primary-care practices within one health system. The average participant age was 77, and about two-thirds were women.
The trial ran from June 2023 to May 2025. Follow-up lasted 12 to 23 months.
Participants were selected because screening indicated fall risk. They were not enrolled simply because they wanted to become more active. The study was also not designed specifically around recovery from an orthopedic injury or operation.
For ReboundBody readers, this makes the overlap useful but limited. An older adult rebuilding movement after a setback may have a reason to discuss balance support. The result should not be applied as a measured benefit for adults under 65 or as a forecast of recovery after surgery.
The single-system setting also limits how confidently the finding can be extended to other care settings. The strongest match is to the population actually studied: older primary-care patients with a positive fall-risk screen.
The practical message is about starting a conversation, not starting the trial's exercises independently. The workflow connected a positive screen with an offer of support. For someone returning to movement after a setback, that makes fall risk a reasonable topic to raise before another fall or a major loss of function.
The research supports discussing a suitable starting level with a clinician. It does not provide the information needed to choose exercises for a particular reader's pain, unsteadiness or recent procedure. Those decisions belong with the treating clinician or rehabilitation professional.
Questions prompted by this trial include:
These questions keep the discussion focused on the person's situation. They also separate access to an exercise program from decisions about how that program should be used.
The study's brief home format may attract attention. Its more useful lesson is that the program offered different ability levels and preserved a route to therapy. Session length alone does not capture those features.
For readers moving beyond formal rehabilitation, thinking about readiness beyond symptom relief offers another way to frame questions for the care team. The issue is how a proposed activity fits the recovery plan, rather than whether a headline makes it sound simple.
Broader questions about balance support and safer everyday activity can sit alongside that conversation. The eSTEPS finding adds a care-delivery example to those discussions without supplying an individual treatment plan.
Several unanswered questions affect how much weight to place on the reported benefit.
The 9% figure refers to falls recorded in medical records. Medical Daily notes that diagnosis codes miss falls that are never reported. The result therefore describes medically recorded falls rather than a complete count of every fall participants experienced.
Researchers did not track exercise completion. Receiving a prescription is not the same as doing the exercises, and the study cannot show which amount of participation produced the reported difference.
This is why the finding should not become a claim that completing a 10-minute workout lowers an individual's fall risk by 9%. The measured result belongs to practices using the workflow.
The coverage reports that only self-reported falls showed a statistically significant reduction before adjustment for baseline differences. Intervention practices served more Black patients and patients with lower median incomes at the start.
Those differences make the analysis important to interpretation. Medical Daily does not provide the full statistical results, including confidence intervals or p-values. Its summary supports a modest finding but leaves the precision of the estimates less clear.
The report says no serious adverse events were tied to the intervention. Deaths did not differ between groups. These findings should not be extended into claims of zero risk or reduced mortality.
Further research could clarify whether the workflow produces similar results elsewhere. Tracking exercise participation would also help explain the connection between offering a program and changes in falls. Another useful question is how more eligible patients could receive an appropriate exercise offer.
For now, the clearest practical relevance is the link between screening and a conversation about support.
Today, write down one question for your primary-care clinician: “Would a tailored strength-and-balance program or physical therapy referral fit my current recovery needs?”
Fall-prevention headlines lose important context when they turn a clinic-wide result into personal instructions, so ReboundBody explains recovery evidence without making treatment promises. Amid competing exercise and treatment claims, its independent articles help adults facing orthopedic setbacks understand rehabilitation and prepare informed discussions with qualified healthcare professionals.
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