Running injuries in novice runners enrolled in different training interventions: a pilot randomized controlled trial.

Many new runners get hurt in their first months of training, so researchers have looked for ways to reduce that risk. This pilot trial compared three approaches in novice runners: a home-based resistance strength program, a home-based functional strength program, and a stretching routine used as a control, each done several times a week for eight weeks followed by a four-month maintenance period. Overall, 40% of the 129 participants had at least one running related injury, and the injury rates were broadly similar across all three groups, with the abstract reporting no difference between them. This is an interesting result because it does not support the idea that home-based strength training lowers injury risk compared with stretching in new runners, at least in this preliminary trial.

The main limitation the authors highlight is participant dropout, which limited how well injury risk could be assessed, and they frame this pilot as groundwork for larger future studies rather than a definitive test.

If you're new to running, you may have heard that strength training can help prevent injuries. This study looked at that question by comparing three home-based programs in people aged 18 to 60 who had been running for less than two years: a resistance strength program, a functional strength program, and a stretching routine used as a comparison. Out of 129 people who took part, 40% had at least one running related injury during the study, and the rate of injuries was similar whether people did resistance training, functional training, or stretching.

In other words, the strength programs did not show a clear advantage over stretching in this trial. This was a small, early-stage study, and the researchers noted that some participants dropped out, which made it harder to fully assess injury risk. The findings are meant to help design larger, more conclusive studies in the future, not to settle the question of whether strength training protects new runners from injury.

This is a summary of research, not medical advice. Talk to your own healthcare provider about anything affecting your care.

This pilot randomised controlled trial addresses a common clinical question: whether adding home-based strength training to a novice running program reduces injury risk compared with a stretching routine. Novice runners aged 18 to 60 with less than two years of recent running experience were block randomised to resistance strength training, functional strength training, or stretching, with training prescribed three to five times weekly for an initial eight-week phase followed by a four-month maintenance period. Of 129 participants, 52 (40%) reported at least one running related injury, and injury rates per 1000 running hours did not differ meaningfully between groups (functional 32.9, resistance 31.6, stretching 26.7, with overlapping confidence intervals).

As a pilot study, these findings should be read as preliminary and exploratory rather than as evidence of comparative effectiveness, and the trial was not described as adequately powered to detect injury differences between interventions. The authors identify participant dropout as a key limitation that constrained injury risk assessment, and they explicitly position this work as informing the design of future, larger injury prevention trials rather than establishing whether either strength program outperforms stretching for reducing running injuries in novice runners.