Ten Minutes of Core Stabilisation Exercise Result in Local Exercise-Induced Hypoalgesia in Patients With Chronic Unspecific Low Back Pain.
Featured on Physle Daily · Tuesday, 3 November 2026
Core stabilisation exercise is already used to help manage chronic low back pain, but whether a single short session can produce immediate pain relief has been unclear. This randomised crossover trial compared a 10-minute isometric core exercise against a 10-minute control session in 30 people with chronic unspecific low back pain, measuring pressure pain thresholds before and after each. Pain thresholds at the low back rose after the exercise session but not after the control session, suggesting a localised reduction in pain sensitivity following exercise. No corresponding significant change was detected at remote body sites, pointing to a local rather than whole-body effect.
An exploratory analysis linked higher pain catastrophizing to smaller local pain-threshold changes, a correlation that needs cautious interpretation. The main limitation is the small sample, a single brief exercise bout, and no information on adverse events in this acute exercise test.
If you live with ongoing low back pain, you may wonder whether brief exercise sessions actually ease pain in the moment, not just over months of training. This study looked at that question directly in 30 people with long-term unspecific low back pain, comparing a 10-minute core stabilisation exercise with a 10-minute control session, then measuring how much pressure the low back could tolerate before feeling painful. After the exercise session, pain thresholds at the low back were higher, meaning the area temporarily tolerated more pressure before pain, while the control session showed no such change.
This effect appeared limited to the low back itself; thresholds measured elsewhere on the body (forehead and thumb) did not show a clear change. People who reported more catastrophic thinking about their pain tended to show a smaller improvement, though this link was only exploratory.
Because this was a small, brief, single-session study, it cannot tell us about longer-term pain relief or whether this translates into everyday benefit.
This is a summary of research, not medical advice. Talk to your own healthcare provider about anything affecting your care.
This trial addresses whether a brief core stabilisation exercise produces immediate, localised pain relief in patients with chronic unspecific low back pain, relevant to framing expectations around acute exercise-induced hypoalgesia rather than long-term training effects. In this randomised crossover design (n=30 completers), a 10-minute isometric core exercise was followed by a significant increase in local lumbar pressure pain thresholds compared to pre-exercise values, with no change after a 10-minute control session (time x intervention interaction, p<0.001).
No significant increase in remote-site thresholds was observed following exercise, indicating the effect did not generalise systemically within this testing window. This informs the acute pain-modulating potential of a single core exercise bout rather than its cumulative training effects, and the exploratory correlation between higher catastrophizing and reduced local hypoalgesia (rho=-0.381) may help contextualise variable patient responses, though this single correlation could reflect chance. The crossover design and small sample limit generalisability, and the abstract does not report adverse events for this acute exercise protocol.
In this small crossover trial of 30 patients with chronic unspecific low back pain, a 10-minute isometric core stabilisation exercise was followed by increased pressure pain thresholds at the low back compared to pre-exercise, while a control session showed no such change.
No statistically significant increase in pressure pain thresholds was detected at remote sites (forehead, thumb) after the exercise session, suggesting the hypoalgesic effect was localised rather than systemic.
A moderate correlation was found between the local pain-threshold change and pain catastrophizing scores (rho = -0.381), an exploratory association suggesting higher catastrophizing may relate to a smaller hypoalgesic response.
Source
European journal of pain (London, England)
Tomschi F, Zschunke A, Hilberg T · 2025
doi: 10.1002/ejp.4794