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What are the Benefits of Dry Needling?

What are the Benefits of Dry Needling?

May 23, 2024

By Nick Lorem

Dry needling is a therapeutic technique where thin needles are inserted into muscle trigger points to relieve tension. Unlike acupuncture, dry needling is rooted in modern Western medicine and focuses on addressing musculoskeletal and neuromuscular pain. Acupuncture originates from traditional Chinese medicine and works by balancing the body’s energy flow. While both use needles, they differ significantly in theory, purpose, and application.

The benefits of dry needling may include relieving muscle tightness, improving movement, and reducing localised discomfort in the affected areas. However, it is not a universal remedy for all types of pain or musculoskeletal conditions. Each person’s response to treatment varies, and outcomes depend on individual conditions and contributing factors. Consulting a qualified healthcare provider is essential before undergoing dry needling.

This article provides general information to help you better understand how dry needling may support muscular health. It is not a substitute for professional medical advice, diagnosis, or treatment provided by a licensed practitioner. If you experience ongoing discomfort or have specific health concerns, speak with your healthcare provider before considering dry needling. Professional guidance plays an important role in achieving safe, effective care.

Summary of the Content:

  • Dry needling uses thin needles to target muscle trigger points, helping relieve tension, improve movement, and reduce localised discomfort.
  • It comes from Western medicine, focusing on muscle treatment, unlike acupuncture, which aims to balance energy through traditional Chinese medicine.
  • Dry needling often triggers a local twitch response, which may help improve neuromuscular function.
  • Studies suggest that complementary therapies can provide benefits, including short-term pain relief, improved range of motion, and reduced muscle tension.
  • Evidence suggests dry needling may aid recovery from myofascial pain, neck and back pain, sports injuries, and tension headaches.
  • Researchers are actively studying how dry needling affects pain, muscle activity, and circulation, with some evidence supporting neuromodulation benefits.
  • As individual responses vary, professional assessment is essential to determine suitability and realistic outcomes, particularly for people with health conditions.
  • Consulting a qualified practitioner supports safe, dry-needling treatment and helps align it with your individual needs and health goals.

What is Dry Needling?

Dry needling refers to a treatment method where fine filiform needles are placed into sensitive muscle areas or tight bands. These trigger points are hypersensitive areas within muscle tissue linked to pain, tension, and limited movement. Dry needling targets these areas to stimulate a local muscle response and relieve tension. Practitioners trained in anatomy and musculoskeletal function use this technique to manage muscle-related conditions.

The development of dry needling stems from Western medical research into muscle pain and myofascial dysfunction. It differs from acupuncture, which is based on traditional Chinese medicine concepts like energy flow and meridians. Dry needling focuses on musculoskeletal structures, using anatomical and neurophysiological principles to guide needle placement. Approaches may vary, including superficial insertion near trigger points or deeper needling targeting muscle knots more directly.

The Science Behind Dry Needling

Researchers have explored several mechanisms that may explain how dry needling influences muscles, pain responses, and the nervous system. While some effects are well-documented, others remain under investigation, and ongoing research continues to refine understanding. Below are some of the current scientific concepts behind dry needling, supported by peer-reviewed studies:

  • Trigger Point Deactivation:
    Dry needling targets myofascial trigger points, which are hypersensitive areas within tight muscle bands. Studies suggest that inserting a needle into these points may help disrupt abnormal muscle contraction patterns. This mechanical stimulation may reduce muscle tension, decrease pain sensitivity, and improve overall muscle function. While research supports trigger point treatment, the precise physiological processes involved are still under investigation.
  • Local Twitch Response:
    A local twitch response refers to an involuntary muscle contraction that may occur during dry needling. This reflexive twitch is thought to indicate the mechanical stimulation of a sensitive trigger point. Some research suggests that this response may help reduce muscle hyperactivity and improve neuromuscular control. While the local twitch response is commonly observed, its exact role in therapeutic outcomes remains partially understood.
  • Neuromodulation Effects:
    Dry needling may influence sensory nerves, pain pathways, and central nervous system processing. The mechanical stimulation from the needle may alter how the nervous system perceives and responds to pain. Emerging evidence suggests that dry needling may trigger complex neuromodulatory processes affecting local and distant pain patterns. Researchers continue to study the extent and consistency of these neurological effects across different conditions.
  • Microcirculation Changes:
    Inserting a needle into muscle tissue may stimulate local blood flow and oxygen delivery. Improved circulation may enhance tissue healing, waste removal, and muscle recovery. Some studies indicate that dry needling may help normalise local biochemical environments within affected muscles. Further research is needed to determine the consistency and clinical significance of these microcirculatory changes.


Current evidence supports several potential mechanisms for dry needling, although some processes remain theoretical or under active investigation. Consulting qualified healthcare professionals can help individuals understand how dry needling may fit within their overall care plan.

Evidence-Based Benefits of Dry Needling

Dry needling has been extensively studied as a therapeutic intervention for musculoskeletal conditions. The table below presents evidence-based benefits of dry needling derived from peer-reviewed studies. Each benefit is presented to reflect the current state of research, including the strength of evidence and known limitations.

BenefitSupporting EvidenceCurrent Interpretation Based on EvidenceStrength of Evidence & Limitations
Pain Relief
  • Several randomised controlled trials and systematic reviews suggest dry needling may reduce pain in myofascial pain syndrome and musculoskeletal disorders
  • 2022 meta-analysis supports effectiveness, especially with local twitch response (Navarro-Santana et al., 2022)
  • Additional evidence supports a reduction in headache-related pain (Tricás-Moreno et al., 2024) and general myofascial pain (Wigger et al., 2019)
  • Short-term pain relief for certain individuals with musculoskeletal conditions.
  • Effectiveness may depend on the treatment approach, condition severity, and individual response
  • Evidence strength: Moderate to strong
  • RCTs and meta-analyses provide robust data, but variability in methodologies and publication bias remain concerns
  • Long-term effectiveness is unclear and may depend on treatment approach, condition severity, and individual response
Improved Range of Motion
  • Randomised controlled trial suggests dry needling could improve joint range of motion in athletes with medial tibial stress syndrome
  • Improvement might relate to reduced muscle tension and pain
  • Observed improvements in range of motion in small-scale trials, often reported as secondary outcomes
  • Plays a role in improving the range of motion for muscle-related restrictions
  • Dependent on factors including underlying condition, treatment frequency, and complementary therapies
  • Evidence strength: Moderate
  • Limited research is available on range of motion improvements compared to pain relief
  • Results vary based on muscle group and underlying condition
Muscle Tension Reduction
  • 2020 network meta-analysis compared needling techniques and found that dry needling may reduce muscle tension
  • Analysis suggested dry needling could help decrease myofascial trigger point pain
  • Specific findings related to masticatory muscles (Christidis et al., 2020
  • Contributes to short-term symptom relief, particularly when local twitch responses are triggered
  • Possible reduction in muscle tightness for a short period
  • Better results were reported when combined with other therapies
  • Evidence strength: Moderate
  • Short-term reductions in muscle tension supported by some research
  • Long-term data is still lacking across different muscle groups
  • Outcomes may vary with practitioner skill and technique
Blood Flow Improvement
  • 2017 study suggests dry needling may improve local blood flow around myofascial trigger points
  • Increased blood flow might contribute to pain relief and support tissue recovery (Shah et al., 2017)
  • Direct vascular studies in humans are limited
  • Proposed benefits are based on indirect measures, including pressure sensitivity and subjective pain scores
  • Temporarily enhances blood flow to areas where needles are applied
  • Increased circulation may only last a short period after treatment
  • Evidence strength: Low to moderate
  • Blood flow changes are inferred from indirect observations
  • Direct measurements and physiological confirmation are still required
Injury Recovery Support
  • Randomised controlled trial combined dry needling with exercise therapy for myofascial pain patients (Ceylan et al., 2022)
  • Direct impact on tissue healing remains unclear
  • Supports participation in rehabilitation programs when combined with other therapies
  • Supports recovery when included in a broader rehabilitation program
  • Determined by healthcare professionals for compatibility with other treatments
  • Evidence strength: Moderate
  • Evidence primarily comes from studies examining dry needling combined with other therapies
  • Limited evidence supports dry needling as a standalone approach
  • Long-term studies investigating sustained effects are lacking
  • Further research is needed to clarify the long-term benefits

Overall, dry needling may provide short-term benefits, especially when combined with a comprehensive rehabilitation program. However, high-quality research involving diverse populations and conditions is still needed to understand its effectiveness better.

Conditions That May Benefit from Dry Needling

Dry needling is increasingly used as part of comprehensive treatment plans for various musculoskeletal conditions. Evidence regarding the use of dry needling is still evolving in some areas. Current findings suggest that dry needling may offer targeted relief, particularly when combined with other therapies. Here are some of the conditions where research suggests dry needling may be beneficial:

  • Myofascial Pain Syndrome:
    Research indicates that dry needling can help reduce pain for individuals with myofascial pain syndrome. It may also improve function by targeting myofascial trigger points. Studies suggest the evidence supporting its effectiveness for this condition is moderate, particularly for short-term pain relief.
  • Sports Injuries:
    Studies have explored the use of dry needling for sports-related muscle injuries, particularly in addressing localised muscle tightness and pain. Evidence suggests that dry needling may contribute to faster recovery when combined with other rehabilitation strategies. Further research is needed to understand its role in sports injury management.
  • Lower Back Pain:
    Research supports dry needling as a potentially beneficial adjunct treatment for chronic lower back pain. Some studies show that it may help improve pain intensity and physical function. However, evidence remains mixed, with stronger support for combining dry needling with exercise or manual therapy.
  • Neck Pain:
    Clinical research indicates that dry needling may provide short-term relief for neck pain. This is particularly true for individuals with chronic neck discomfort or tension-related neck pain. The evidence is considered moderate for the effectiveness of dry needling in managing neck pain. Studies have shown that combining dry needling with other treatments may help improve the range of motion and reduce pain intensity.
  • Headaches (Including Tension-Type and Cervicogenic Headaches):
    Studies suggest that dry needling targeting trigger points in the neck and upper back may help alleviate headache intensity. Research indicates that it may be particularly beneficial for individuals experiencing tension-type and cervicogenic headaches. Evidence in this area is promising but still considered limited, with further research required to confirm long-term benefits.


Dry needling is rarely used in isolation as a standalone treatment. It is typically effective when integrated into a broader treatment plan that includes patient education and other physical therapy treatments. Evidence continues to develop regarding the use of dry needling for musculoskeletal conditions. Current research highlights the potential role of dry needling in helping manage pain and improve function.

Limitations and Considerations

Trigger point dry needling can be an effective technique for addressing musculoskeletal pain. Still, individuals need to be aware of its limitations, side effects, and situations where it may not be appropriate. The table below presents important considerations to help individuals understand their options:

Limitation and ConsiderationExplanation
Not Suitable for All Individuals
  • Pregnancy or taking medications like blood thinners
  • Medical conditions such as bleeding disorders or compromised immune systems
  • Comprehensive assessment by a qualified practitioner to assess suitability
Temporary Side Effects
  • Mild side effects such as bruising, localised soreness, fatigue, or light-headedness
  • Short-lived side effects
Contraindications and Medical History Review
  • Contraindicated for individuals with needle phobia, epilepsy, or skin infections at the treatment site
  • Providing a full medical history helps practitioners identify factors that may make treatment unsuitable or require adjustments
Practitioner Qualifications Matter
  • Treatment performed by a qualified health professional to support safety and effectiveness
  • Practitioner training in anatomy, needling techniques, and infection control to minimise risks and enhance outcomes
Realistic Expectations
  • More effective when combined with other therapies, such as exercise programs or manual therapy
  • Some individuals experience immediate relief, while others may need multiple sessions for noticeable benefits

Being transparent about dry needling’s limitations and appropriate applications helps individuals set realistic expectations. This openness also promotes safer and more effective care. Consulting with a qualified practitioner helps support treatment decisions tailored to individual needs.

What to Expect During a Dry Needling Session

Understanding what happens during a dry needling session can help individuals feel more prepared and comfortable about the process. Below is an outline covering the pre-treatment assessment, the procedure itself, post-treatment sensations, and recommended follow-up care:

Pre-Treatment Assessment

  • The session usually begins with a detailed discussion about the individual’s medical history, current symptoms, and treatment goals.
  • The practitioner conducts a physical assessment to identify areas contributing to discomfort, like shoulder pain, muscle tightness, or limited movement.
  • This assessment helps the practitioner determine whether dry needling is appropriate and which muscles require treatment.


Treatment Process

  • The practitioner uses a thin, sterile needle to target tight or sensitive muscle areas known as myofascial trigger points.
  • The needle is inserted directly into the muscle, often resulting in a twitch response, which is a brief muscle contraction.
  • During the procedure, individuals may feel a dull ache, muscle cramping, or mild discomfort.
  • The practitioner may adjust the needle position or depth to achieve the desired muscle response.


Post-treatment Sensations

  • After treatment, it is common to feel localised muscle soreness, similar to post-exercise discomfort, which usually subsides within 24-48 hours.
  • Mild bruising or temporary skin redness may occur at the needling sites.
  • Some individuals report feeling more relaxed or noticing improved movement shortly after the session. Others may need additional treatments before experiencing noticeable improvements.


Recommended Follow-up Care

  • The practitioner may recommend gentle movement or light stretching to support recovery and reduce muscle soreness.
  • Staying hydrated and applying heat or ice packs may also help manage post-treatment discomfort.
  • Individuals are encouraged to monitor how their body responds and report any unusual or persistent symptoms to their practitioner.
  • Follow-up sessions may be suggested based on the individual’s response and overall treatment plan.


Having realistic expectations about the dry needling process can help individuals understand how their bodies might respond after treatment. It also helps them recognise the steps they can take to support their recovery. Consulting a qualified practitioner and openly discussing any concerns can further enhance treatment safety and effectiveness.

Finding a Qualified Practitioner

Choosing a qualified practitioner for dry needling is important for safety, effective treatment, and building trust in the care provided. In Australia, practitioners must meet professional training requirements and follow regulatory standards to perform dry needling safely. Individuals are encouraged to ask direct questions to assess the provider’s qualifications and approach to care. Here are important qualifications, questions, and red flags to help individuals choose a safe and competent practitioner.

Qualifications and Training Requirements

  • Registered Health Professionals:
    In Australia, dry needling is usually performed by registered health professionals.
  • Accredited Training:
    Practitioners must complete accredited dry needling courses that cover anatomy, needling techniques, infection control, and patient safety.
  • Practical Competency:
    Comprehensive training includes hands-on practice and competency assessments to confirm that practitioners can apply techniques safely and effectively.
  • Professional Registration:
    Practitioners are expected to hold and maintain current registration with their relevant regulatory body, such as AHPRA.


Questions to Ask Potential Providers

  • What formal training have you completed in dry needling?
  • How many years of experience do you have performing dry needling?
  • How do you decide if dry needling is suitable for a particular condition?
  • What safety measures do you follow during treatment?
  • How do you manage any side effects or adverse reactions that may occur?


Indicators of Unqualified Practitioners

  • Lack of Transparency:
    Practitioners who avoid discussing their qualifications, training, or experience may not meet professional standards.
  • No Initial Assessment:
    Providers who offer dry needling without conducting a thorough medical history review or assessment may place individuals at risk.
  • Poor Hygiene Practices:
    Treatment environments that do not follow infection control protocols, including sterile needle use and proper disposal, raise safety concerns.
  • Overstated Claims:
    Practitioners who make overstated claims that dry needling provides immediate results may create unrealistic expectations.


Choosing a qualified practitioner helps individuals feel confident about the standard of care they receive. Asking clear questions and understanding the necessary qualifications help individuals assess whether the dry needling provider is qualified. These tips contribute to safer, more effective care.

Final Thoughts

Dry needling may provide relief for muscle tension and pain when applied by qualified professionals using evidence-based techniques. It is not a standalone treatment and often works more effectively when combined with other therapies addressing broader musculoskeletal issues. Individual responses vary, and some people notice improvement after one session, while others need multiple treatments. Understanding realistic outcomes helps individuals confidently evaluate whether dry needling fits within their personalised care plan.

Consulting a qualified healthcare provider allows individuals to determine whether dry needling suits their specific health needs and treatment goals. Providers assess medical history, current conditions, and overall health to determine suitability and expected outcomes. Transparent discussions about risks, limitations, and potential benefits of dry needling support informed choices and promote safe, effective care. Choosing experienced professionals supports treatment that aligns with clinical guidelines while prioritising patient safety and well-being.

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