Cupping therapy does not improve quadriceps muscle pain and fatigue intensity, perceived recovery, and vertical jump height after running: A randomized clinical trial.
Featured on Physle Daily · Saturday, 19 September 2026
Runners often look for quick ways to bounce back after a hard session, and cupping therapy has become a popular recovery option even though the evidence behind it is thin. This trial compared five minutes of cupping on the quadriceps against a sham hip and knee joint mobilization performed right after running, then tracked recreational runners for 72 hours. The researchers measured muscle pain, fatigue, how recovered people felt, and vertical jump height as a marker of muscle function. Across all four outcomes, there was no statistically significant difference between the cupping group and the sham treatment group.
In other words, cupping did not outperform a fake treatment for helping runners recover. The main limitation is that this was a single trial with a relatively short follow-up window, so it speaks only to short-term recovery markers in recreational runners, not to longer-term training adaptations or elite athletes.
If you're a runner who's tried cupping therapy to bounce back faster after a run, this study offers a useful reality check. Researchers randomly assigned 81 recreational runners to receive either five minutes of cupping on their thigh muscles or a fake treatment involving gentle hip and knee movements, both given right after running.
Over the next three days, they tracked muscle soreness, fatigue, how recovered people felt, and jump height as a way to measure leg muscle function. The result: cupping didn't do any better than the sham treatment on any of these measures. People in both groups reported similar pain, fatigue, and recovery, and jumped about the same height.
This doesn't prove cupping does nothing at all, but it does raise real doubts about whether it offers any recovery benefit beyond a placebo-like effect. It's worth keeping in mind that this is one trial with a short three-day follow-up, so it doesn't tell us about longer-term effects or different types of runners.
This is a summary of research, not medical advice. Talk to your own healthcare provider about anything affecting your care.
When runners ask about cupping as a recovery tool after training, this trial offers direct evidence rather than theory. Eighty-one recreational runners were randomized to receive five minutes of quadriceps cupping or a sham hip and knee joint mobilization immediately post-run, with outcomes tracked over 72 hours using a numeric pain scale, a perceived global effect scale, and jump height captured via a smartphone app. Across all four outcomes, none reached statistical significance between groups: muscle pain (-0.61, 95% CI -1.35 to 0.14), fatigue intensity (-0.38, 95% CI -1.21 to 0.45), perceived recovery (0.11, 95% CI -0.54 to 0.75), and vertical jump height (0.75, 95% CI -1.99 to 3.49).
Every confidence interval crossed zero, meaning the data are consistent with no true between-group difference in any measure. This contributes reasonably direct evidence against a specific recovery claim, using an active sham comparator rather than no treatment, which strengthens confidence that any perceived benefit from cupping is not attributable to the cupping mechanism itself. The main limitation for practice is scope: this is a single trial in recreational runners with only a 72-hour follow-up, so it says nothing about cumulative effects across a training block or in other populations.
In this randomized trial of 81 recreational runners, cupping therapy on the quadriceps showed no statistically significant advantage over a sham joint mobilization for muscle pain after running.
Fatigue intensity, perceived recovery, and vertical jump height also showed no statistically significant differences between the cupping and sham groups over the 72-hour follow-up.
All reported confidence intervals crossed zero, and this single trial with a short follow-up period cannot rule out effects in other populations or over longer training periods.
Source
Journal of bodywork and movement therapies
Coutinho LOB, Alves BS, Caetano RO et al. · 2025
doi: 10.1016/j.jbmt.2024.12.039