What is Fascial Counterstrain?
A gentle, highly specific form of hands-on physical therapy that finds which tissues may be driving your pain, stiffness, or limited movement — and then tests what actually changes.
Dr. Alex Conway, PT, DPT · Licensed physical therapist
Pain is usually more complicated than one cause
Take shoulder pain. It's natural to blame the joint — or weakness, or posture — and sometimes that's exactly it. But it's often more complicated than that. That same shoulder pain can be driven by the arteries, the lymphatic system, the bones, the organs, or the nerves in and around the area. Any of those tissues can get caught in a protective pattern and keep the shoulder hurting, stiff, or weak long after the obvious suspects check out.
The painful area matters. But it may not tell the whole story.
So how do I figure out which system is involved?
That's the hard part — and it's where Fascial Counterstrain comes in. It's built around one unusual ability: a gentle cranial scan that shows me where your body is holding inflammation, and which tissues it's in. Instead of guessing which system is behind your pain, I can find the tissues that are actually inflamed and still guarding — which is also why my exam might start somewhere surprising: your scalp.
How a session actually works
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Scan
I start with a gentle cranial scan. With light contact across the scalp, I'm feeling for the signs of inflammation — and where I find them tells me not just that something's inflamed, but which tissues it's in and which system they belong to: the nerves, the arteries, the lymphatic system, the bones, the organs, and so on.
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Locate
From there, I find the specific tender points that belong to that system. If it's the bones around the shoulder, say, that might show up as tender points on the shoulder blade or the collarbone. Those points are the actual target.
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Treat
I gently position that area into a spot of ease to quiet the tender point — the opposite of stretching or forcing it. It's comfortable; there's no cracking or deep pressure.
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Retest
We recheck something meaningful — how far your neck turns, whether your shoulder lifts, how a step feels — so you can see for yourself what changed.
The scan shows me where the inflammation is. The tender points in that tissue are what I treat.
Progress usually holds — I work in layers
Here's something I find genuinely encouraging about this work: when a tender point clears, it usually stays cleared. This isn't a temporary loosening you have to keep chasing back — once that protective, inflamed pattern settles, that particular point is generally done. What tends to happen next is that clearing one layer reveals the next one underneath. So rather than re-treating the same spot over and over, we peel the problem back a layer at a time, and each visit builds on the last. It's part of why the number of visits varies from person to person — we're working through the layers, not maintaining a fix.
When a point clears, it tends to stay cleared. We peel the problem back one layer at a time.
What it feels like
Most people are surprised by how gentle it is. You're comfortably positioned while I support one area and work with the tender point — often it feels calm, even relaxing. Some points are tender when I find them, but the treatment itself doesn't need to hurt to work.
Who it's for
Fascial Counterstrain tends to be a good fit when pain has lingered or keeps returning, when several areas seem connected, when things started after surgery or an old injury, or when treatment aimed only at the sore spot hasn't held. It's also simply a more detailed, gentler exam than most people have had. You don't need a complicated case to be welcome here — a straightforward strain, a post-op knee, or a nagging shoulder is just as at home as a stubborn, layered problem.
This is real physical therapy
Fascial Counterstrain is the lens I start with, but it's part of complete care — I still assess your movement and strength, give you exercise when it'll help, and coordinate with your other providers. It's provided by a licensed Doctor of Physical Therapy, and it doesn't replace medical diagnosis, imaging, or emergency care.
Want to go deeper?
Why the scalp? The map behind it.
Within FCS there's a detailed cranial map: particular scalp/face/upper-neck areas correspond with particular tissues throughout the body. When one is inflamed and guarding, it shows up as a change at its cranial point — so the scan tells me where the inflammation is and which tissue it's in, not that the scalp is injured. To be precise, I'm not measuring inflammation the way a lab test would — I'm reading tissue changes the method links to it, and confirming by what improves when I treat. It's never a stand-alone medical diagnosis; I always combine it with a normal PT exam (history, movement, strength, response).
The deeper science: a physiological traffic jam
Living tissue is full of fluid, nerves, and tiny vessels, with a microscopic space between them. After injury, protective tension rises, circulation and lymphatic flow change, and sensitizing chemicals can linger — a physiological traffic jam that keeps the warning system on. FCS tries to interrupt that loop by settling the inflammation and protective input in a specific tissue. The limits matter too: I'm not measuring inflammation directly the way a lab would — I'm reading tissue changes, interpreting them through this model, and confirming by what improves.
What the evidence shows. The mechanism was described in a 2021 paper in Frontiers in Pain Research, the method was formally laid out in a 2025 paper in the International Journal of Osteopathic Medicine, and early clinical research is emerging — including a 2026 randomized study in Military Medicine. It's promising and increasingly researched, but still early: the cranial maps haven't yet been independently validated point by point.
Where it comes from. Fascial Counterstrain grew out of Strain and Counterstrain, developed by Lawrence Jones, DO, and was expanded by physical therapist Brian Tuckey — one of a handful of clinicians Dr. Jones personally certified — into today's method, taught through the Jones Institute.
Why can gentle treatment change strength so fast?
A quick change doesn't mean new muscle was built — it usually means guarding or pain-related inhibition had been limiting access to strength you already had. Like resetting a circuit breaker, it restores access to power that was being held back. Progressive exercise still matters.
A few quick questions
Does a scalp point mean something's wrong with an organ? No — it points me toward a tissue system to investigate, not an organ diagnosis; anything suggesting disease needs proper medical evaluation.
Is this massage or craniosacral therapy? No to both — it uses a specific map and precise positions to treat particular tender points, not broad soft-tissue or cranial-rhythm work.
Would this help what I've got? Two common starting points have pages of their own — back pain and headaches and migraines. If yours isn't one of those, the assessment works by tissue and system rather than by diagnosis label — a discovery call is the easiest way to find out whether it fits.
Download "Understanding Fascial Counterstrain" — a one-page patient handout (PDF)
Curious whether this could help what you're dealing with?
The easiest place to start is a free 30-minute discovery call — no pressure, just a conversation about your situation. Ready to dive in? Book an evaluation whenever you like.
Fascial Counterstrain is part of physical therapy care and isn't a substitute for medical diagnosis or emergency treatment. For a possible emergency or a new, unexplained change in your health, please start with the appropriate medical channels.