Pain Is Not Always Where It Comes From
One of the most important things to understand about chronic pain is that where you feel pain is not necessarily where the problem is. This is called referred pain — and it's one of the main reasons people cycle through treatments without lasting results.
Trigger points (hyperirritable spots in muscle tissue) reliably refer pain to predictable distant locations. A trigger point in the gluteus medius refers to the low back; one in the scalene refers to the arm and hand in a pattern that mimics carpal tunnel syndrome; one in the infraspinatus refers to the front of the shoulder. If you treat only where you feel the pain, you may never address the actual cause.
Similarly, fascial restrictions transmit mechanical tension through the fascial web — a restriction in the calf can load the plantar fascia; a restriction in the pectoral region can pull the head forward and overload the neck.
Clinical implication: This is why a thorough structural assessment — looking at the whole body's pattern, not just the symptomatic area — is essential before beginning treatment. Treating the symptom without finding the cause produces temporary relief at best.
The Role of Fascia in Chronic Pain
Fascia is the connective tissue that wraps and interconnects every structure in your body — muscles, bones, organs, and nerves. It forms a continuous three-dimensional web from head to foot. When healthy, it's supple, elastic, and glides freely. When it becomes restricted — through injury, repetitive stress, poor posture, or trauma — it thickens, adheres, and pulls on everything connected to it.
How Fascial Restriction Develops
- Acute injury triggers protective thickening
- Scar tissue from surgery or trauma
- Chronic poor posture loads fascia asymmetrically
- Repetitive motion patterns create fascial thickening
- Emotional tension held in the body (somatic stress)
- Dehydration and inactivity reduce fascial mobility
What Fascial Restriction Causes
- Pain at the restriction site
- Pain at distant sites (fascial transmission)
- Limited range of motion
- Postural changes as the body compensates
- Nerve compression or irritation
- Circulation changes in restricted areas
Compensation Patterns: How Pain Spreads
When one area of the body is injured or restricted, other areas compensate — they take on extra load or adopt different movement patterns to protect the compromised area. This is adaptive and intelligent in the short term. In the long term, the compensating areas develop their own problems.
This is why people with a long history of one injury often develop pain in seemingly unrelated areas years later. The compensation has been running for so long that the secondary areas have become the primary source of pain — while the original injury may have long since healed.
Structural integration takes a long view of these patterns. It asks: where did this body's current organization come from? What is the earliest restriction that everything else is compensating for? Addressing the whole pattern — rather than just the current symptom — is what produces lasting change.
The Nervous System Component
Chronic pain is not only a structural phenomenon — it's also a nervous system phenomenon. When pain persists, the nervous system can become sensitized: nerves that have been repeatedly activated by pain signals become more sensitive, and the threshold for triggering pain lowers. This is called central sensitization.
This means that some chronic pain is partly maintained by the nervous system itself, independent of the original structural cause. Craniosacral therapy works specifically with the nervous system — calming the autonomic nervous system, reducing nervous system hypervigilance, and creating the conditions in which structural change can be integrated more effectively.
Understanding pain as both structural and neurological is why the combination of structural integration and craniosacral therapy can be so powerful for chronic pain patterns that haven't responded to purely structural treatments.
For further reading: The work of Lorimer Moseley and David Butler on pain science is accessible and highly recommended. Their book Explain Pain is an excellent introduction to the neuroscience of pain. For fascial anatomy, Tom Myers' Anatomy Trains is the foundational text for the approach used at Treatment Massage.