Patient-friendly summary
If you read nothing else
Bottom line
Promising based on this evidence for pain relief in athletes.
Moderate evidenceStudy participants
athletes across 13 sports
Published
Evidence hierarchy
You're not alone
“Athletes often deal with muscle pain, and dry needling shows promise in managing this.”
Full research — for clinicians and curious readers
Study Summary
Background
Dry needling has become increasingly popular in sports medicine for treating pain, enhancing recovery, and managing injuries in athletes. While individual studies have explored its effectiveness, there was no comprehensive overview mapping the current evidence across different athletic populations and applications. This gap made it difficult for practitioners and researchers to understand what we know about dry needling in sports and where research priorities should be focused.
What They Did
The researchers conducted a systematic review following PRISMA guidelines, searching PubMed, Scopus, and Web of Science databases through January 2024. They included studies involving athletes receiving dry needling, regardless of whether they were healthy or injured. Two reviewers independently screened 810 initial records, ultimately including 24 studies with 580 athletes. They assessed study quality using the PEDro scale for experimental studies and created an evidence gap map to visualize research trends and identify areas with limited evidence.
The review included both experimental studies and case reports covering 13 different sports.
What They Found
The 24 included studies predominantly involved talent/developmental level athletes (62.5%) and highly trained/national level athletes (20.8%), with significant underrepresentation of elite, world-class, and Paralympic athletes. Most interventions targeted lower limbs (58.3%), particularly the gastrocnemius and quadriceps muscles. Around 69% of studies examined pain outcomes, while 58% looked at physical performance measures. Dry needling consistently showed positive effects for pain reduction in injured athletes, with several studies reporting 60-90% pain reductions.
However, effects on athletic performance parameters like strength, power, and range of motion were more variable. Studies focusing on post-exercise recovery in healthy athletes showed mixed results. Only three studies reported adverse effects, which were minimal (local hematoma, mild insertion pain, rare syncope). The evidence gap map revealed significant research gaps, particularly lacking long-term cohort studies and adequate representation of elite athletes.
What This Means
For athletes dealing with pain or injuries, dry needling appears to be a safe and effective intervention that can significantly reduce pain symptoms. Sports medicine practitioners can confidently use dry needling for pain management in injured athletes, though effects on performance enhancement in healthy athletes are less clear. The systematic review identifies critical research needs: more studies in elite and Paralympic athletes, better standardization of treatment protocols, and longer-term follow-up studies. The evidence suggests dry needling works best as a pain management tool rather than a performance enhancement technique, making it valuable for rehabilitation and injury recovery contexts.
- Studies Included
- 24
- Athletes Studied
- 580
- Studies Examined Pain
- 69%
- Targeted Lower Limbs
- 58.3%
Key Findings
| Finding | Detail | Impact |
|---|---|---|
| Pain reduction consistently effective in injured athletes | Studies showed 60-90% pain reductions with dry needling in athletes with injuries or musculoskeletal dysfunction | High |
| Mixed results for performance enhancement in healthy athletes | Post-exercise recovery studies showed variable outcomes for strength, power, and range of motion improvements | Medium |
| Elite athletes significantly underrepresented | Only one study included elite/international level athletes, with most focusing on developmental level athletes | High |
| Lower limb interventions dominate research | 58.3% of studies targeted lower limbs, particularly gastrocnemius and quadriceps muscles | Medium |
| Minimal adverse effects reported | Only 3 studies reported adverse effects, all minor including local hematoma and insertion pain | Medium |
| Lack of standardized protocols and dosing | Significant variability in needle insertion duration, techniques, and treatment frequency across studies | High |
Strengths
- Comprehensive search strategy across three major databases
- Clear PRISMA methodology with evidence gap mapping
- Broad inclusion criteria capturing diverse athletic populations
- Independent dual review process for study selection
Limitations
- Significant heterogeneity in study protocols and dosing parameters
- Limited representation of elite and Paralympic athletes
- Lack of long-term cohort studies for sustained effects
- High risk of bias due to limited blinding in many studies
Key Takeaways for Patients
What This Means for You
Dry needling is very effective for reducing pain if you're dealing with a sports injury or muscle problems
The treatment appears very safe with minimal side effects reported across studies
If you're a healthy athlete, dry needling may not significantly improve your performance or recovery
Most research has focused on leg muscles, so evidence is strongest for lower body applications
More research is needed to determine optimal treatment frequency and duration