Why Your Dizziness Workup Came Back Normal
You've done the workup. Maybe more than one. Bloodwork, an MRI, a trip to the ENT, maybe a cardiologist if your doctor was being thorough. Everything comes back normal. No stroke, no tumor, no arrhythmia, no inner ear infection. And you're still dizzy: walking into rooms and feeling like the floor tilted slightly, standing up too fast and having the world swim, or just carrying a low-grade unsteadiness that never fully goes away.
I hear a version of this story often enough that I want to write it down plainly. "Normal" doesn't mean nothing is wrong. It means the tests you were given didn't find anything in the categories they're built to check. Dizziness is one of the most common reasons conventional workups come back clean while the symptom persists, because a lot of what causes it doesn't show up on imaging or in blood work at all.
What a standard workup actually screens for
An MRI is excellent at ruling out structural problems: tumors, certain types of stroke, major inflammation. An ENT exam is good at catching inner ear pathology like BPPV (the crystals-in-the-canal kind of vertigo), Meniere's disease, or vestibular neuritis. Bloodwork can catch anemia, thyroid problems, blood sugar issues. A cardiac workup checks for arrhythmias or blood pressure problems that could explain lightheadedness.
None of that is wrong to check. It's necessary, and I'd never tell a patient to skip it. But none of it looks at soft tissue restriction around the structures that regulate balance and blood flow to the head, and that's a real, physical category of cause that conventional testing generally isn't designed to find.
The piece that gets missed: fascia at the base of the skull and neck
Your sense of balance depends on three systems working together: your inner ear (vestibular), your eyes (visual), and proprioceptive input from your neck (cervical). That third one is the one most often overlooked. The suboccipital muscles and the fascia surrounding the upper cervical spine are dense with proprioceptors that tell your brain where your head is in space. When that tissue is restricted (from an old whiplash, years of forward head posture, a fall, even significant dental or jaw work), the signal it sends can be inaccurate. Your inner ear says one thing, your neck says another, and your brain interprets the mismatch as dizziness.
There's also a vascular piece. Blood flow to the brainstem and inner ear travels through the vertebral arteries, which run through bony canals in the cervical spine before wrapping around the base of the skull. The fascia surrounding those vessels can restrict their mobility, not enough to show up as a blockage on imaging, but enough to affect the smooth, adaptable blood flow your vestibular system depends on, especially with position changes like standing up or turning your head.
This is the layer that a standard neurological or ENT workup isn't set up to evaluate, because it's not a disease process. It's a mechanical restriction in soft tissue. It won't show up as a lesion. It shows up as a symptom with no diagnosis attached to it.
What Fascial Counterstrain is, and why I use it for this
Fascial Counterstrain, developed by Brian Tuckey, is a manual therapy technique that treats fascial restriction by finding a position where the involved tissue is at its point of greatest ease, holding it there briefly, and allowing the tension to release. It's gentle: there's no forceful manipulation, no cracking, nothing aggressive. For dizziness specifically, I'm often working through what's called the Arterial system, which addresses restriction around blood vessels including the vertebral and carotid arteries, along with cervical and cranial base fascia more broadly.
This is different from a typical massage or general acupuncture session in a specific way: it's diagnostic as well as therapeutic. Part of the session is spent testing different structures to find which ones are actually restricted and contributing to your symptoms, rather than treating the whole neck and hoping something helps. I combine this with acupuncture and myofascial work depending on what I find, but for dizziness cases, Counterstrain's ability to address the vascular and proprioceptive layer is usually the piece that's been missing from other treatment.
What an evaluation actually involves
If you come in for this, the first thing I do is ask about your workup: what's been tested, what's been ruled out, and what your doctors have told you so far. I want that information before I touch anything, because it tells me whether this is a case where fascial and vascular restriction is a reasonable hypothesis or whether you need to go back to a specialist first.
From there, the evaluation is largely a series of gentle positional tests through the cervical spine, the suboccipital region, and the fascia around the major vessels feeding the brain and inner ear. I'm feeling for tissue that doesn't move the way it should, and comparing what I find on one side versus the other. This isn't guesswork. Counterstrain has a specific system of testing points that correspond to specific structures, so the goal is to identify exactly which layer is restricted rather than treating broadly and hoping something sticks.
Once I've identified a restriction, treatment itself is quiet. I'll position your head and neck in a way that brings the tissue to its point of greatest ease, hold that position for a short period (usually under a minute per structure) and let the nervous system do the actual releasing. Patients are sometimes surprised by how little it looks like is happening, because there's no stretching, no pressure, no cracking. Afterward I'll often recheck the same tissue to confirm the restriction has changed, and depending on what else I find, I may add acupuncture or myofascial work in the same visit.
What this can look like
Patients who come in for this usually describe a similar arc: dizziness that started after a specific event (a car accident, a bad fall, a period of very poor sleep and stress, sometimes no clear trigger at all), followed by a workup that ruled out anything dangerous, followed by physical therapy or vestibular rehab that helped some but left a residual unsteadiness that never fully resolved. When I evaluate the cervical and cranial fascia in these cases, restriction in the suboccipital region and around the vertebral artery pathway is common. Treating that restriction, alongside whatever vestibular or cervical work they're already doing, is often where the remaining piece of the puzzle sits.
I want to be careful here and not present that as a guarantee, because it isn't one.
An honest note on limits
Dizziness has a long list of possible causes, and Fascial Counterstrain isn't the right answer for all of them. If you haven't had BPPV, Meniere's, a cardiac cause, or a neurological cause ruled out, that needs to happen first. I'll ask about your workup before I ever put hands on your neck, and if something hasn't been checked, I'll tell you to get it checked. Results vary by patient, by how long the symptom has been present, and by how many structures are contributing. Some patients notice a change within one or two sessions; others need a longer course of treatment; some don't respond to this approach at all, because their dizziness isn't coming from a fascial or vascular source. I don't promise outcomes, and I'd be skeptical of anyone who does for a symptom this complex.
About this practice
I'm Matt Sweeney, a licensed acupuncturist (L.Ac.) at Berkley Acupuncture in Bloomfield Hills. My training combines acupuncture, myofascial therapy, and Fascial Counterstrain. I've completed the Foundations, Visceral, and MSK-C systems and have continued on into the Arterial and Lymphatic systems, which are the ones most relevant to cases like the dizziness pattern described above. Counterstrain is still uncommon in the Detroit Metro area; most practitioners haven't trained in it, and it's the piece I lean on most for cases that haven't responded to other approaches.
If you've had a workup that came back normal and you're still dealing with dizziness that hasn't resolved, I'm happy to take a look and tell you honestly whether I think this is something Counterstrain can help with. You can find related background on acupuncture and what a session involves, on Fascial Counterstrain specifically, and on neck pain treatment, since cervicogenic dizziness and neck pain often travel together. If migraines or headaches are also part of your picture, that's covered on the migraines and headaches page as well.
Berkley Acupuncture is located at 36700 Woodward Ave, Suite 30, Bloomfield Hills, MI 48304. You can reach the office at (248) 210-1895, or schedule online directly.