Overview
Myofascial release (MFR) is a hands-on manual therapy technique that applies sustained, gentle-to-firm pressure into areas of myofascial restriction — the connective tissue matrix of fascia and muscle that envelops and connects all structures of the body. Unlike massage, which primarily addresses muscle tone, MFR specifically targets the fascial network — the web-like system of connective tissue that, when restricted or adhered, can produce widespread pain, limited motion, and altered biomechanics. Dr. Migdale integrates myofascial release as a core component of her manual therapy approach, drawing on both her massage therapy background and her chiropractic training.
Understanding Fascia
Fascia is a three-dimensional web of connective tissue that surrounds and interconnects every muscle, bone, nerve, organ, and blood vessel in the body. In a healthy state, fascia is fluid and mobile. After injury, inflammation, surgery, or chronic postural stress, fascia can become restricted, thickened, and adhered — creating tension that may be felt at sites distant from the original restriction. This explains why treating a restriction in the hip, for example, can resolve pain in the knee or lower back.
The MFR Technique
MFR involves the clinician applying slow, sustained pressure into the fascial restriction — holding the pressure for 90–120 seconds or more, until a 'release' is felt as the tissue softens and elongates. This sustained engagement is distinct from the rhythmic pressure of massage and from the quick thrust of manipulation. The technique can be applied to virtually any body region and is particularly effective for post-surgical adhesions, chronic postural restrictions, and widespread myofascial pain.
Integration with Other Treatments
Dr. Migdale integrates myofascial release with Graston Technique, Active Release Technique, trigger point injections, and medical acupuncture as part of a comprehensive soft tissue treatment plan. MFR is particularly effective as a preparatory technique before other manual therapies, improving tissue mobility and reducing guarding that might otherwise limit the effectiveness of more targeted interventions.