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Use of Acupuncture for the Treatment of Sports-Related Injuries in Athletes: A Systematic Review of Case Reports

Lee et al. · International Journal of Environmental Research and Public Health · 2020

📚Systematic Review of Cases👥n=211 athletesModerate Evidence

Evidence Level

MODERATE
65/ 100
Quality
3/5
Sample
3/5
Replication
3/5
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OBJECTIVE

Analyze case reports on the use of acupuncture in athletic sports injuries

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WHO

211 athletes from various disciplines (56.4% men, ages 8-77 years)

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DURATION

Analysis of cases from 1980-2019

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POINTS

Varied: traditional points, trigger points, and discipline-specific points

🔬 Study Design

211participants
randomization

Case reports

n=211

Manual acupuncture, electroacupuncture, laser, or TENS

⏱️ Duration: Retrospective analysis spanning 39 years

📊 Results in numbers

98 cases (46.4%)

Musculoskeletal cases

12 studies reported

Return to sport

Minor only (5 studies)

Adverse events

6 different modalities

Types of acupuncture

Percentage highlights

98 cases (46.4%)
Musculoskeletal cases

📊 Outcome Comparison

Most-injured regions

Knees
28
Elbows
7
Shoulders
6
💬 What does this mean for you?

This study compiled cases of athletes who used acupuncture to treat sports injuries. The results suggest that acupuncture can be a safe and useful option for various types of injuries, especially knee, elbow, and shoulder problems, helping with pain relief and return to athletic activity.

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Article summary

Plain-language narrative summary

This systematic review analyzed 22 case reports published between 1980 and 2019, involving 211 athletes from various sports disciplines who used acupuncture to treat sports-related injuries. The study was conducted by researchers from South Korea and represents the first comprehensive analysis of clinical cases of acupuncture in sports medicine. The methodology included searches of databases such as Embase and MEDLINE, with rigorous inclusion criteria focused on case reports that used acupuncture as the primary or adjuvant intervention. Participants ranged from 8 to 77 years of age, with 56.4% male, practicing disciplines such as basketball, running, skiing, volleyball, soccer, and others.

Musculoskeletal injuries represented 46.4% of cases, predominantly involving knee problems (medial collateral ligament injury, jumper's knee, lateral meniscus injury), elbows (lateral and medial epicondylitis), and shoulders (pain and rotator cuff injuries). Other treated conditions included chronic muscle pain syndrome, compartment syndrome, exertional rhabdomyolysis, synovial cysts, sports hernia, post-concussion symptoms, yips in golfers, and amenorrhea in runners. The types of acupuncture used varied widely: manual acupuncture (12 studies), electroacupuncture (4 studies), TENS at acupoints, laser acupuncture, catgut implantation, and dry needling. Most studies used acupuncture as adjuvant therapy, combined with physical therapy, medications, massage, or other conservative modalities.

Treatment duration ranged from a few days to 13 months, with a typical frequency of 1-2 sessions per week. Results showed that acupuncture was effective for short-term pain relief and functional recovery in various conditions. Twelve studies reported successful return to athletic activity, while only seven studies followed recurrences, with low rates reported. Adverse events were rare and minor, limited to local bleeding, pain, or numbness at the application site.

The case authors considered acupuncture a conservative, non-invasive, and useful modality for the management of sports injuries, especially when other conventional approaches showed limited results. Clinical implications suggest that acupuncture may be considered as part of a multimodal return-to-sport strategy, offering benefits beyond simple pain control. The technique appeared particularly promising for difficult-to-treat conditions such as yips in golfers, delayed-onset muscle soreness, and overuse injuries. However, the limitations are significant: the nature of case reports does not allow establishment of definitive causal relationships; many studies used acupuncture as a co-intervention, making specific attribution of effects difficult; the definition of "sports injury" and "athlete" varies across studies; and the heterogeneity of cases precludes quantitative meta-analysis.

Interestingly, most studies were conducted in the Americas and Europe, not in Asian countries where acupuncture is traditionally more widely used, suggesting growing Western acceptance of this therapeutic modality in sports medicine.

Strengths

  • 1First comprehensive systematic review of acupuncture in sports injuries
  • 2Analysis of 39 years of literature
  • 3Diversity of sports disciplines and injury types
  • 4Safety assessment with low adverse-event rates
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Limitations

  • 1Based solely on case reports, limiting causal evidence
  • 2Heterogeneity precludes quantitative analysis
  • 3Many studies used acupuncture as a co-intervention
  • 4Variable definitions of sports injury and athlete
Dr. Marcus Yu Bin Pai

Expert Commentary

Dr. Marcus Yu Bin Pai

MD, PhD · Pain Medicine · Physical Medicine and Rehabilitation · Medical Acupuncture

Clinical Relevance

Modern sports medicine demands therapeutic tools that accelerate return to sport without compromising tissue integrity or generating pharmacological dependence. This review, by mapping 39 years of documented clinical experience across 211 athletes, positions acupuncture as a legitimate adjuvant resource in the sports rehabilitation arsenal. Scenarios where the findings apply immediately include lateral epicondylitis refractory to conventional treatment, patellar tendinopathy, and rotator cuff injuries in athletes who need to compete within narrow time windows. The age range of the cases — from 8 to 77 years — broadens the applicability from young athletes in development through masters who tolerate prolonged anti-inflammatories poorly. The combination with physical therapy, which appears as standard in most reports, reflects exactly the multimodal model we practice in high-complexity sports rehabilitation services.

Notable Findings

Two aspects deserve special attention. First, the diversity of conditions treated with favorable outcomes goes well beyond the usual musculoskeletal pain complaints: yips in golfers — a motor control disorder with a strong neuropsychological component — compartment syndrome, and amenorrhea in runners are among the documented cases, considerably expanding the horizon of indications. Second, the safety profile is relevant for clinical decision-making: adverse events reported in only five studies, all minor and local, with no serious systemic events in 211 athletes treated over four decades. The fact that twelve studies documented successful return to athletic activity — an outcome requiring true functional recovery, not just subjective analgesia — adds additional clinical weight to these reports, even acknowledging the observational design.

From My Experience

In my practice at the Pain and Rehabilitation Center, athletes with overuse injuries represent a growing portion of referrals, and I have observed that manual acupuncture combined with dry needling of regional trigger points frequently produces noticeable analgesic response between the third and fifth sessions — consistent with what the reports in this review describe as short-term improvement. For lateral epicondylitis in tennis players or runners with iliotibial band syndrome, I usually conduct cycles of eight to ten sessions as an adjunct to eccentric physical therapy, with functional reassessment at the end. Young athletes with patellar tendinopathy in an acute irritative phase respond well to electroacupuncture with low-frequency parameters, which I combine with load restriction and local cryotherapy. I avoid prescribing acupuncture alone when there is confirmed structural injury requiring surgical decision — the risk is delaying a precise indication. The profile that responds best, in my experience, is the athlete with chronic overload pain, no major anatomical alteration, and high adherence to the complementary rehabilitation program.

PhD in Health Sciences, University of São Paulo. Board-certified in Pain Medicine, Physical Medicine and Rehabilitation, and Medical Acupuncture.

Full original article

Read the full scientific study

International Journal of Environmental Research and Public Health · 2020

DOI: 10.3390/ijerph17218226

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Scientific Review

Marcus Yu Bin Pai, MD, PhD

Marcus Yu Bin Pai, MD, PhD

CRM-SP: 158074 | RQE: 65523 · 65524 · 655241

PhD in Health Sciences, University of São Paulo. Board-certified in Pain Medicine, Physical Medicine and Rehabilitation, and Medical Acupuncture. Scientific review and curation of every entry in this library.

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Medical disclaimer: This content is for educational purposes only and does not replace consultation, diagnosis, or treatment by a qualified professional. Some information may be assisted by artificial intelligence and is subject to inaccuracies. Always consult a physician.

Content reviewed by the medical team at CEIMEC — Integrated Centre for Chinese Medicine Studies, a reference in Medical Acupuncture for over 30 years.