Exercise eases athletes' back pain, but gaps remain

Low back pain is one of the most common problems in sport, and it does real damage: it can hold back performance and even contribute to athletes retiring early. Athletes and their support teams reach for a wide range of treatments, from structured exercise programmes to manual therapy such as massage and spinal manipulation. Yet it has not been clear which of these approaches actually works, for which athletes, or whether any of them reliably gets people back to competition. This review set out to pull together the randomised trial evidence on non-pharmacological treatment of low back pain in athletes.

The authors searched five databases — EMBASE, Medline, CINAHL, Web of Science and Scopus — from inception to September 2020, screening 1629 references. They included randomised controlled trials of non-pharmacological treatments for low back pain in athletes, with pain, disability and return to sport as the main outcomes of interest. Fourteen trials met the criteria, involving 541 athletes in total. The treatments tested included exercise, biomechanical modifications and manual therapy, and each trial's risk of bias was assessed across multiple domains.

Across all treatments studied, athletes reported reductions in pain and disability. Exercise was the most frequently investigated approach and generally reduced pain and improved function. However, not a single trial reported return-to-sport data for any exercise intervention, so the outcome athletes arguably care about most remains unmeasured. No conclusions could be drawn about manual therapy or biomechanical modifications used alone because the evidence was insufficient, no trials evaluated surgery or injections at all, and the included trials carried biases across performance, attrition and reporting domains.

A systematic review with meta-analysis normally sits at the top of the evidence hierarchy, but here it mostly exposes how thin the underlying trial base is. The findings support the general direction of modern low back pain care — active, exercise-based approaches help — while showing that the sport-specific questions remain unanswered. Which treatment is most effective, and for whom, is still unclear. The authors call for high-quality randomised trials to properly test the interventions clinicians already use routinely with athletes.

If you train seriously and your back is complaining, this review is a reason to see exercise-based rehabilitation as the best-evidenced starting point rather than relying on passive treatments alone. It is also a reason to be sceptical of anyone promising a single superior fix, because the pooled trials cannot identify one. And if your priority is a specific return-to-sport timeline, be aware the research has not yet measured that outcome at all. Individual guidance should come from a qualified clinician.