The Evolution of Fascial Counterstrain

Counterstrain’s technique was originally developed in the 1950s, and today’s modern treatment stands upon decades of multidisciplinary medical research and clinical observation.

The original Strain-Counterstrain technique was developed in the 1950s by Dr. Lawrence Jones, an osteopathic physician in Spokane, Washington.

Jones' original discovery began when he found that he'd resolved a patient's chronic back pain almost by accident. After repeatedly trying—and failing—to help his patient with all the traditional joint cracking, stretching, and soft tissue manipulation he’d been trained in, Jones finally abandoned the usual treatment approach and attempted to simply position the man so his debilitating back pain would reduce enough to allow him to rest. After much moving, twisting, and propping with pillows, Dr. Jones finally succeeded in contorting the patient into a pretzel shape—but one that was completely pain free. Jones left the man to nap, and upon returning, both patient and doctor were astonished to find the chronic back pain had almost disappeared.

Over time, Jones realized that most of the muscular and joint dysfunctions he was treating had predictable, consistent tender points associated with them. These tiny tender points were usually incredibly painful, but would disappear simply by positioning the patient into a posture of complete comfort.

H&E-stained histology showing stratified squamous epithelium with prominent rete ridges overlying connective tissue and skeletal muscle.
Fluorescent microscopy image of interconnected blue-green neurons with glowing cell bodies and branching axons

He eventually mapped over 200 of these diagnostic tender points, focused predominantly on muscular and soft-tissue dysfunction. Unlike trigger points, these tender points served primarily as diagnostic landmarks that guided precise positioning rather than simply identifying painful tissue. Each tender point corresponded with a specific position of tissue relaxation and helped the practitioner determine both what and how to treat.

Jones first published his findings in 1964 under the title Spontaneous Release by Positioning. “Strain-Counterstrain” became the eventual therapy name, though it was no less confusing or cumbersome to pronounce.

Jones’ original Strain Counterstrain theory was based on the idea of a dysfunctional musculoskeletal reflex following strain or injury. He argued that by completely slackening the guarded or dysfunctional muscle and then returning it slowly to full length, the abnormal neurological response could be "reset" or "turned off."

This idea ran counter to the belief at that time that all muscular and somatic pain could be traced back to a verifiable injury or measurable lesion. Jones proposed that pain and muscular dysfunction could also be perpetuated simply by abnormal neurological reflex—and that this reflex could be influenced through gentle manual positioning.

Jones was influenced by many medical pioneers who came before him. If you're interested in the ideas that shaped his thinking, expand the sections below.

  • Founder of osteopathic medicine. A.T. Still challenged the prevailing medical model of his day, believing that the body's structure and function were inseparably linked and that the body possessed an innate ability to heal itself when mechanical restrictions were removed. His philosophy emphasized treating the whole person rather than isolated symptoms, laying the foundation for virtually every osteopathic manual therapy that followed.

  • Introduced the idea that cranial bone manipulation, and therefore the linked underlying fascial structures around the brain, could have affects over the entire body. Also proposed a detectable movement of cerebral spinal fluid along the whole spinal column. Sutherland was among the first to propose that fascia, membranes, and body fluids played an active role in health rather than simply serving as passive structural support. (John Upledger developed Craniosacral Therapy in the 1970s based heavily on Sutherland's earlier cranial osteopathy.)

  • Established indirect manual manipulation (vs direct/high-velocity joint manipulation) as a treatment solution for immediate reduction of muscle tension and joint restriction. Hoover’s method was effective but took a long time, as each joint was individually palpated and moved through every motion until “neutral” could be found. His work introduced the idea that moving tissues toward ease, rather than forcing through restrictions, could produce profound changes in muscle tone and joint motion—a philosophy that became central to Jones' later work.

  • Described gamma gain theory for the first time. Traditional Jones Strain Counterstrain continues to base its results on this idea of resetting muscle spindles, golgi tendons, and other muscle/joint mechanics. Korr's work also shifted attention toward the nervous system as an active driver of pain and dysfunction, rather than simply a messenger reporting tissue damage.

For several decades, Strain Counterstrain remained primarily a musculoskeletal technique. That began to change in the 1990s.

After beginning his training in the early 1990s, Brian Tuckey eventually became one of only four physical therapists certified by Dr. Jones to teach Strain Counterstrain. While exploring visceral manipulation, Tuckey found that positioning tissues into comfort often produced better clinical results than direct visceral techniques themselves. This observation led him to question whether Counterstrain was acting on a broader system in the body, rather than on muscles alone.

Through continued anatomical research and clinical observation, Tuckey increasingly recognized the fascial network as the common denominator connecting these seemingly unrelated structures. Over time, his work expanded from muscular and visceral treatment to include arterial, lymphatic, neural, and other systems of the body. As of 2026, Fascial Counterstrain has grown into eight systems with over 1000 diagnostic tenderpoints.

In 2021, Tuckey and colleagues published the theory of Interstitial Inflammatory Stasis, proposing that chronic fascial contraction could mechanically impair lymphatic drainage, allowing inflammatory mediators to linger and perpetuate a damaging feedback loop.

This shifted the explanation from a purely neurological “reset” toward a more integrated theory involving fascia, lymphatics, the nervous system, and inflammatory chemical signaling. Under this updated model, the original injury may heal while the surrounding tissues remain caught in a continuing cycle of inflammation, protective contraction, and impaired fluid drainage.

Since then, Tuckey has continued incorporating emerging research into Fascial Counterstrain's understanding of the body, including the autonomic nervous system, the glymphatic system, and the growing recognition of fascia as an active sensory and regulatory tissue. To read more about the science side of the story, check out the Science & Research page.