Pain Neuroscience Education and Resistance Training in Women With Fibromyalgia: A Randomized Control Pilot Study.

This small pilot study compared two different exercise approaches for women with fibromyalgia: one group received pain neuroscience education paired with resistance training, while the other did aerobic exercise combined with flexibility work. Both groups exercised three times a week for twelve weeks. The resistance training plus education group showed somewhat greater improvements in short-term pain intensity and had better results for pressure pain sensitivity in the trapezius muscle.

Both groups improved their disability levels similarly. The findings suggest that pairing education about how pain works with strength training may have a slight edge over traditional aerobic and stretching approaches, but the study was small and the researchers themselves note that larger studies are needed to confirm whether this difference is really meaningful.

Researchers tested two different types of exercise programs for fibromyalgia in a small group of women. One program taught people about how fibromyalgia pain happens in the nervous system and included strength training exercises.

The other program focused on aerobic activity and flexibility stretches, which is closer to what many people already do. Over twelve weeks, the group doing strength training with pain education reported less pain overall and noticed their muscles were less tender to pressure, especially in the upper back.

Both groups felt their daily activities got easier, which was a positive finding for everyone. The study was quite small, so these results are preliminary and researchers want to test this approach with more people before drawing firm conclusions.

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

This pilot adds to emerging evidence that combining pain neuroscience education with resistance training may produce somewhat better short-term pain reduction than conventional aerobic and flexibility protocols in fibromyalgia. The between-group advantage appeared modest and limited to pain intensity and trapezius pressure pain threshold.

Within the PNE plus resistance training group, improvements were observed across pain intensity, central sensitization symptoms, quadriceps pressure pain threshold, and left-hand grip strength over the study period. Notably, disability improved significantly in both groups, suggesting that the exercise component itself may be driving functional gains regardless of the educational framing or exercise type.

The small sample size and lack of longer-term follow-up mean these findings should be interpreted as preliminary signals rather than definitive guidance. The observation that traditional aerobic and flexibility work was effective for disability, even if not superior for pain metrics, warrants continued attention to the multiple pathways by which exercise may benefit this population.