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CBT and exercise therapies reduce pain disability in juvenile fibromyalgia without clear superiorityThree therapies similarly reduce disability in teens with juvenile fibromyalgia

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Key Takeaway
Consider CBT or exercise for JFM pain disability, but expect small improvements without clear superiority.

This multicenter randomized controlled trial enrolled 317 adolescents (86.4% girls, 84.2% White, mean age 15.8 years) with juvenile fibromyalgia experiencing moderate-to-severe pain and disability. Participants were assigned to cognitive-behavioral therapy (CBT) alone, graded aerobic exercise (GAE) alone, or Fibromyalgia Integrative Training (FIT) Teens, which combines CBT with specialized neuromuscular exercise.

All three interventions significantly reduced pain-related disability compared to baseline, with no statistically significant differences between groups at any follow-up point. The main effect estimates for disability reduction were -3.94 [95% CI: -6.62 to -1.26] at 3 months, -4.52 [95% CI: -7.35 to -1.68] at 6 months, -4.21 [95% CI: -7.13 to -1.29] at 9 months, and -4.76 [95% CI: -7.84 to -1.68] at 12 months. Pain intensity also improved significantly at 9- and 12-month follow-ups, though specific effect sizes were not reported. Approximately 1 in 4 patients in the FIT and CBT groups achieved clinically remarkable improvement.

Safety and tolerability data were not reported. The study's primary hypothesis that FIT Teens would be superior to either component alone was not supported. The overall magnitude of improvement in disability was small, though statistically significant. These findings suggest that both cognitive-behavioral and exercise-based approaches are active treatments for juvenile fibromyalgia, but clinicians should not expect one approach to be clearly superior to others.

Researchers wanted to see which of three therapies worked best for teens with juvenile fibromyalgia (JFM), a condition that causes widespread pain and fatigue. They studied 317 adolescents, mostly girls, who had moderate-to-severe pain. The teens were randomly assigned to receive either cognitive-behavioral therapy (CBT), a graded aerobic exercise program, or a combined program called FIT Teens that mixed CBT with specialized exercise.

Over a year of follow-up, all three groups showed a small but significant reduction in how much their pain interfered with daily life. There was no meaningful difference in results between the three treatments. Pain intensity also improved for some teens later in the study, and about one in four participants in the CBT and combined groups had a notable improvement.

It's important to know that the study's main goal was to see if the combined FIT Teens program was superior, and it was not. The overall improvement in disability was small. The study did not report on safety issues or side effects. This research suggests that structured therapy and exercise programs can help manage JFM, but simpler approaches may be just as effective as more complex ones.

What this means for you:
Structured therapy and exercise helped teens with fibromyalgia a small amount, with no single approach proving better than another.

Study Details

Study typeRct
Sample sizen = 110
EvidenceLevel 2
Follow-up189.6 mo
PublishedApr 2026
View Original Abstract ↓
Juvenile fibromyalgia (JFM) is a complex and disabling chronic pain condition for which treatment options are limited. The objective of this randomized controlled trial was to compare the relative efficacy of 3 group-based interventions: cognitive-behavioral therapy (CBT) alone, graded aerobic exercise (GAE) alone, or CBT combined with specialized neuromuscular exercise (Fibromyalgia Integrative Training [FIT] Teens), in reducing pain-related disability for adolescents with JFM. Patients with JFM (ages 12-17) who experienced moderate-to-severe pain and pain-related disability were eligible. A total of 317 adolescents (86.4% girls, 84.2% White, mean age 15.8 years) were randomized to receive 8 weeks (16 sessions) of CBT (N = 110), GAE (N = 104), or FIT Teens (N = 103), followed by 4 booster sessions. Our primary hypothesis that the FIT Teens intervention would be superior to CBT or GAE was not supported. Rather, participants in all treatments showed significant reduction in disability with no differences between groups at the 3-month primary endpoint (main effect estimate = -3·94 [95% CI: -6·62 to -1·26]) and at 6-, 9-, and 12-month follow-up (main effect estimate = -4·52 [95% CI: -7·35 to -1·68]; -4·21 [95% CI: -7·13 to -1·29]; and -4·76 [95% CI: -7·84 to -1·68], respectively). Pain intensity was significantly improved at 9- and 12-month follow-up. Although the overall magnitude of improvement in disability was small, approximately 1 in 4 patients in the FIT and CBT groups had clinically remarkable improvement. Cognitive-behavioral and exercise-based treatments are promising for the management of JFM. Further research is needed to examine the characteristics of treatment responders and the mechanisms of improvement.
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