When Your Pain Keeps Moving — and No One Can Find the Source
This week it’s your hip. Last month it was your shoulder. The scans are normal, the diagnoses keep changing, and you’re starting to wonder if it’s all in your head. It isn’t — and a full-body fascial map can show you why.
Some pain is easy to explain: you twist an ankle, it hurts, it heals. But a lot of people live with a very different kind of pain — the kind that moves. It settles in the low back for a few weeks, fades, then reappears as a “bad shoulder.” It jumps from one side of the body to the other. It flares, disappears, and comes back somewhere new. Each time, a different specialist looks at a different body part, orders a different scan, and finds nothing definitive.
If that’s you, the problem may not be a dozen separate injuries. It may be one connected system — your fascia, the body-wide web of connective tissue that links every muscle, joint, and organ — that no single-region scan is designed to see. At The Fascia Institute and Treatment Center of LA, we take a different approach: instead of chasing the pain from region to region, we map the whole body at once.
Two patterns we see almost every week
Your pain doesn’t stay in one place. It moves from hip to shoulder to jaw, or crosses from one side to the other. Every visit finds a “new” problem, but nothing that ties it together.
You treat one area, it settles down — and weeks later the same kind of pain surfaces somewhere else. You’re stuck in a loop of temporary fixes that never reach the cause.
If either sounds familiar, keep reading — there’s a physical reason pain behaves this way, and a way to find it.
Your body isn’t a set of separate parts. It’s one connected web.
Medicine has traditionally treated muscles as if each one pulls only on the bones at its two ends. But anatomy tells a richer story. Muscles are wrapped and linked by fascia into continuous lines — and force applied at one point can be transmitted along that line to a distant one. Peter Huijing’s foundational work described this epimuscular myofascial force transmission: muscle forces travel to the skeleton through connective-tissue pathways well beyond the classic tendon attachments.1
These lines are real enough to have been traced by hand. A systematic review of human dissection studies found strong evidence for at least three continuous myofascial chains — the superficial back line running from the sole of the foot up through the hamstrings and back to the skull, plus two functional lines that wrap diagonally across the trunk.2 A second review confirmed that mechanical tension can, in fact, be transferred between adjacent structures along these chains.3
That is the mechanical reason pain can appear to move. When one link in a chain becomes restricted, thickened, or stuck — losing the ability to glide against its neighbors — the strain doesn’t stay put. It gets redistributed up and down the line, so the place that hurts is often not the place that’s driving it. Fascia is also densely supplied with sensory nerves, which is why irritated connective tissue can produce genuine, hard-to-localize pain rather than a clean, one-spot ache.4 Researchers have even used ultrasound to document thicker, less mobile connective tissue in people with chronic pain compared with those without.5
Why your imaging keeps coming back “normal”
There are two reasons standard imaging so often misses this. First, an X-ray or MRI images one region at a time, at rest — it is not built to show how connective tissue slides and loads as you actually move. Second, “findings” on a scan are surprisingly common in people with no pain at all: a large review found that signs of spinal disc degeneration appear in roughly a third of pain-free 20-year-olds and the vast majority of pain-free 80-year-olds.6 So a scan can look abnormal in a spot that doesn’t hurt — and look perfectly normal in the fascial layer that does.
This is exactly the gap a fascial map is built to close. If you want the deeper case for it, we wrote a companion piece on why a normal scan doesn’t mean nothing is wrong.
A full-body fascial map: follow the whole chain, not the chase
Instead of examining one painful region and stopping there, our Fascial Mapping® exam surveys the connective tissue head to toe — up to 488 points — using high-resolution, dynamic ultrasound. We watch the fascia glide (or fail to glide) in real time, on both sides, along the whole chain. That’s what lets us separate the spot that hurts from the restriction that’s driving it — the distinction migrating pain hinges on.
The result is a single, whole-body picture instead of a stack of unconnected reports. For a real example of the map matching the mileage, read our hypermobile-athlete case report, or the calf-pain case in which a four-year problem — misread as restless legs — turned out to be a single fascial adhesion. Curious how we got here? Our Fascia Medicine hub explains the philosophy.
Once we can see it, we can treat it
The map guides the plan. Depending on what it shows, treatment may draw on any of these — matched to the driver, not just the symptom.
If your pain is more “stuck in one spot and won’t heal” than migrating, our page on muscle pain that won’t heal is a better starting point.
Not all migrating pain is fascial — and that matters
Pain that moves can also point to inflammatory or rheumatologic conditions, nerve involvement, or a nervous system that has become over-sensitized to pain signals. A thorough evaluation is partly about confirming a fascial driver — and partly about ruling out the things that need a different specialist. If your history or exam suggests one of those, we’ll tell you and help you get to the right care. Seeing the fascia clearly is valuable precisely because it lets us be honest about what is, and isn’t, the cause.
Frequently asked questions
Can pain really move from one part of the body to another?
Yes. Muscles are linked by fascia into continuous chains, and mechanical strain can be transmitted along a chain from one region to another. That’s why the spot that hurts is often not the spot driving the problem — and why treating only the painful area can lead to the pain reappearing somewhere new.
My MRI and X-rays were normal. Why do I still hurt?
Standard imaging looks at one region at rest and isn’t designed to show strained or adhered fascia. Meanwhile, incidental “findings” are common even in pain-free people. Our Fascial Mapping® ultrasound exam watches the connective tissue move, which is where the answer usually is.
Does a full-body fascial map hurt, and how long does it take?
The exam itself is non-invasive — it uses ultrasound, not needles — and most patients find it comfortable. It is more thorough than a single-region scan because it surveys the whole body, so plan for a focused visit rather than a five-minute check.
Is this the same as fibromyalgia?
Not necessarily. Widespread, shifting pain can have several causes, including fibromyalgia and other conditions. Part of a proper evaluation is distinguishing a treatable fascial driver from causes that need different care — and being straight with you about which one we’re seeing.
Where are you, and do you see out-of-town patients?
We’re in Beverly Hills at 415 North Crescent Drive, Suite 130, serving Los Angeles, with a flagship clinic in New Orleans. Patients fly in from around the world. California residents can start with a telehealth consult; the hands-on Fascial Mapping® exam is done in-clinic.
Stop chasing the pain. Map it.
If your pain keeps moving — and your scans keep coming back normal — a full-body fascial map can finally connect the dots. Book an evaluation at our Beverly Hills clinic.
Book a Fascial Map
Call (424) 378-3488
The Fascia Institute and Treatment Center® of LA · 415 North Crescent Drive, Suite 130, Beverly Hills, CA 90210 · See pricing · Meet Dr. Jacques Courseault
One team, coast to coast, all focused on fascia and connective tissue.
New Orleans (flagship): The Fascia Institute · Fascial Mapping · Dr. Jacques Courseault: research & media
Dedicated EDS clinic: Hypermobility & Ehlers-Danlos Clinic · EDS Blog
References
- Huijing PA. Epimuscular myofascial force transmission: a historical review and implications for new research. J Biomech. 2009;42(1):9-21. PMID: 19041975.
- Wilke J, Krause F, Vogt L, Banzer W. What is evidence-based about myofascial chains: a systematic review. Arch Phys Med Rehabil. 2016;97(3):454-461. PMID: 26281953.
- Krause F, Wilke J, Vogt L, Banzer W. Intermuscular force transmission along myofascial chains: a systematic review. J Anat. 2016;228(6):910-918. PMID: 27001027.
- Schleip R, et al. Fascia as a sensory organ: implications for musculoskeletal pain. Clin Anat / Front Physiol. 2019. PMID: 31001134.
- Langevin HM, Stevens-Tuttle D, Fox JR, et al. Ultrasound evidence of altered lumbar connective tissue structure in human subjects with chronic low back pain. BMC Musculoskelet Disord. 2009;10:151. PMID: 19958536.
- Brinjikji W, Luetmer PH, Comstock B, et al. Systematic literature review of imaging features of spinal degeneration in asymptomatic populations. AJNR Am J Neuroradiol. 2015;36(4):811-816. PMID: 25430861.
- Courseault J, et al. Fascial hydrodissection for chronic hamstring injury. Curr Sports Med Rep. 2019;18(11):416-420. PMID: 31702723.
This article is for general education and is not medical advice. It does not establish a doctor-patient relationship and is not a promise of any particular result. Pain has many causes and varies from person to person — please consult a qualified clinician about your individual situation. If you have new weakness, numbness, unexplained weight loss, fever with pain, chest pain, or other urgent symptoms, seek prompt medical care.
