What is Dry needling?

Dry needling is a skilled intervention that involves insertion of thin, sterile, disposable filiform needles into myofascial trigger points, taut bands, or tight bands of muscles and connective tissues.

A trigger point is a sensitive spot in a taut band of skeletal muscle that becomes painful on compression, stretch, overload or contraction of the tissue which usually responds with a pain that felt in a location away from the actual trigger point.

Unlike acupuncture, which is rooted in traditional Chinese medicine which focuses on balancing the flow of energy or “Qi” along meridian pathways throughout the body, dry needling is based on Western medical principles and focused on the neuromuscular system to manage musculoskeletal pain, which can lead to movement impairments and difficulties with muscle contraction.

In certain situations, such as acute strains, chronic myofascial pain, and challenging stiff joints, dry needling can often yield quicker results compared to many conventional treatment methods

Benefits of Dry needling

Offers Rapid Pain Relief

One of the main advantages of dry needling is its ability to deliver quick pain relief, often achieved in a single session for both chronic and acute conditions

Improves Range of Motion

By releasing tension in tight muscles, dry needling has also been shown to improve joint flexibility and overall movement

Faster Recovery in Athletes
Dry needling is an effective technique for reducing symptoms of delayed onset muscle soreness (DOMS), deactivate trigger points, restore muscle imbalances, and facilitating tissue repair. This approach allows athletes to recover more quickly and resume their physical activities.

Reduces Inflammation

Dry needling can decrease inflammation in the affected areas, alleviating chronic pain conditions

Good outcomes in Chronic Pain Conditions

Dry needling may have a significant impact on central pain processing in patients with chronic pain. Research indicates that this technique can decrease cortical excitability and mitigate overactive pain pathways. The effectiveness of dry needling is attributed to its ability to lower levels of substance P and calcitonin gene-related peptide (CGRP), enhance descending pain inhibition, and reduce markers of both peripheral and central sensitization