The comparative effects of spinal manipulation, myofascial release and exercise in tension-type headache patients with neck pain: A randomized controlled trial.

This trial followed 45 people with tension-type headaches who also had neck pain, dividing them into three groups over eight treatment sessions. One group received spinal manipulation combined with exercise, another received myofascial release (a hands-on technique targeting muscle and connective tissue) combined with exercise, and a third group did exercise alone. The researchers measured headache frequency, pain levels, disability, and tissue sensitivity before treatment, right after finishing, and again three months later.

The manipulation-plus-exercise group showed somewhat greater improvements than the myofascial release group across headache frequency, headache pain, and tissue sensitivity. Both manual therapy groups improved more than exercise alone, suggesting that adding hands-on treatment to exercise may offer additional benefit in this population.

Researchers wanted to see whether different types of hands-on therapy might help people whose tension headaches come alongside neck stiffness or pain. Over the course of eight sessions, they tested spinal manipulation with exercise, a gentler muscle-release technique with exercise, and exercise by itself.

The group receiving spinal manipulation alongside exercise experienced more relief from how often headaches happened, how bad they felt, and how tender their neck muscles were, compared to the other two groups. Everyone who received some form of hands-on treatment improved more than those who only exercised.

These results suggest that when tension headaches and neck pain occur together, combining hands-on treatment with exercise may make a real difference, though the study was fairly small and more research would help confirm these findings.

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

This study offers one more piece of evidence that spinal manipulation combined with exercise may produce somewhat larger improvements in tension-type headache with cervical involvement than suboccipital inhibition or exercise alone. The sample was modest at 45 participants, and the follow-up period extended to three months post-treatment, which gives some durability signal.

The manipulation group showed statistically significant gains across all measured outcomes (headache frequency, VAS pain scales, HIT-6 and NDI disability measures, and temporalis pressure pain threshold), whereas the myofascial release group fell between manipulation and control. The findings are consistent with earlier work linking cervical dysfunction to TTH, though the abstract does not explain why manipulation outperformed the gentler myofascial technique.

This remains a single RCT in a heterogeneous field, so the effect sizes and clinical meaningfulness would benefit from replication and meta-analytic synthesis before drawing broad conclusions about mechanism or optimal sequencing.