Dry needling is one of the many techniques used by physical therapists to treat muscle and connective tissue pain. The method uses a dry, solid needle that does not contain or harbor any type of external medication. The practice of dry needle therapy involves inserting the needle into the skin into muscle regions known as trigger points. The therapy is also sometimes referred to as trigger point dry needling or intramuscular manual therapy.
Trigger points were discovered by neuroanatomists and scientific studies involving the musculoskeletal and nervous systems. A trigger point refers to a tight band or knot that forms somewhere within a muscle. These points are typically tender, may lead to muscle spasms and often cause pain that radiates to other areas.
The stainless steel needles that therapists use for the procedure are known as thin filiform needles, which appear similar to the instruments used in acupuncture. During the procedure, the licensed therapist washes their hands, wear gloves and uses disposable sterile needles in accordance with Standard Precautions, the Guide to Infection Prevention in Outpatient Settings and OSHA standards. After completing the treatment, the needles are inserted into a sharps container.
Acupuncture is a form of traditional Chinese medicine that serves to clear the energy pathways that practitioners believe flow throughout the body. The needles are inserted into specific areas known as meridians in order to open blockages and encourage the energy to flow freely. Needling physical therapy involves inserting one or more needles directly into the muscle knot, manipulating or applying a slight electrical current to each needle to stimulate relaxation of that trigger point. The needle disrupts the nerve impulses that cause a muscle to tense and transmit pain signals by causing a local response that stimulates the release of a number of protein and neurotransmitting compounds. These chemicals act to block the transmission of pain signals. This type of physical therapy has been shown to reduce muscle tension and pain while helping to restore range of motion.
Patients typically do not feel the needle during the insertion process. However, when inserted into the affected muscle area, the tissues commonly twitch in response. This action may cause a slight twinge of discomfort that feels like a momentary ache, cramp, or tingling sensation. After removing the needle, the therapist applies direct pressure to the site for up to 30 seconds.
During physical therapy, the practitioner commonly uses a number of techniques to minimize pain, promote healing and natural movement. Needle insertion is one of these methods. This type of therapy might be used for:
Therapists and patients alike report that the procedure alleviates pain and restores normal movement more quickly. The number of treatments required to gain optimal benefits depends on the type of muscular problem. Some patients need only one session to experience dramatic results. Others may require two or more sessions.
The after effects of the procedure vary from one person to the next. Common effects include mild muscle soreness and bruising around the insertion site. The soreness generally lasts for 24 to 48 hours and is caused by the build-up of lactic acid. Patients should drink plenty of fluids, apply heat and move normally the following treatment. Bleeding is minimal to non-existent.
Physical therapists learn the ability and skill to perform needling therapy during the course of their education process, during residency and clinical internships. The physical skill needed to perform the practice efficiently is learned and developed during specialized course training that can involve up to an additional year of study. Prior to allowing a physical therapist to perform the procedure, patients should ask the practitioner about their educational and experience background in dry needling physical therapy.
A myofascial trigger point (MTrP) is a nodule or lump on your muscle that you can usually feel by rubbing your hand over the muscle. You may even be able to see it on the surface of your muscle through your skin. However, sometimes an MTrP may be hidden behind bone or beneath other muscles. […]Read More (0)
Runners’ feet take a pounding, and over time the plantar fascia and its associated structures may become damaged with microtears, bone spurs or stress fractures. Correct diagnosis and treatment are key to full performance recovery. In its early stages, plantar fasciopathy usually presents as heel pain. Careful assessment will distinguish plantar fasciopathy from other causes […]Read More (0)