Why This Question Matters

"Dizziness is a symptom with many masks, and the neck is only one of them."

Dizziness is slippery. Two people can use the same word for very different feelings. One means the room is spinning. Another means a light-headed, about-to-faint sensation. A third means a vague fog and a sense of walking on a boat. Those different experiences point to different causes, which is exactly why dizziness is one of the harder complaints in medicine to sort out. The National Institute on Deafness and Other Communication Disorders, part of the National Institutes of Health, notes that balance problems can come from medications, an ear infection, a head injury, or anything else that affects the inner ear or the brain (NIDCD, National Institutes of Health).

Cervicogenic dizziness sits inside that crowded field. The term simply means dizziness that originates from the neck. It usually shows up alongside neck pain and stiffness, it often gets worse with head movement, and it tends to ease when the neck settles down. But there is no blood test for it and no scan that lights it up, so it cannot be confirmed directly. It is identified by ruling other things out, and that single fact shapes everything that follows in this commentary.

The Study: A 2025 Meta-Analysis of Manual Therapy

"A nineteen-point drop sounds impressive until you read the words next to it: low certainty."

Carrasco-Uribarren and colleagues gathered the randomized controlled trials that tested manual therapy for cervical dizziness and combined them (Carrasco-Uribarren and colleagues, 2025). Across the review, six primary trials covered 272 participants. The treatments were hands-on techniques aimed at the upper neck: suboccipital soft-tissue work, a traction-style manipulation, and a mobilization technique called a sustained natural apophyseal glide, or SNAG. The comparison groups received sham, placebo, or standard control conditions.

For dizziness intensity, the pooled result favored manual therapy. The mean difference was -19.34 on the scales used, with a 95 percent confidence interval running from -26.81 to -11.87. In plain terms, the people who got hands-on upper-neck treatment reported meaningfully less intense dizziness than the people who did not. That is a real signal, and it is why this topic is worth a full commentary.

Now the honest part, because it matters more than the headline number. The authors graded the certainty of this evidence as low. The pooled dizziness-intensity estimate came from a small subset of the trials, roughly two studies and 126 patients, not the full pool. The individual trials were small, the treatments were not identical, and the risk of bias was not negligible. Low certainty is a formal rating, and it carries a specific meaning: further research is quite likely to change the estimate. So the correct read is measured. Upper-neck manual therapy looks helpful for dizziness that truly comes from the neck, and the size of the reported benefit is encouraging, but the evidence is not strong enough to promise anyone a result.

How the Neck Can Make You Dizzy: The Mechanism

"Your neck is a sensor, and a stiff, painful neck sends the brain a noisy signal."

The mechanism here is not mysterious, and it is worth understanding because it explains why treating the neck can help. Your sense of balance runs on three streams of information. The inner ear reports motion and gravity. The eyes report the visual horizon. And the body reports its own position through proprioceptors, the tiny sensors embedded in muscles and joints. The neck is one of the richest proprioceptive zones in the entire body. The deep muscles at the top of the neck, right below the skull, are especially dense with these position sensors because your brain needs precise, constant data about where your head is sitting on your spine.

Those cervical signals do not travel alone. They converge with inner-ear and visual input at shared processing centers in the brainstem and higher up, and the whole system is calibrated to agree (Treleaven, 2017). When a segment in the upper neck becomes restricted and the surrounding muscles guard and tighten, the proprioceptive signal coming off that neck gets distorted. Now the brain is receiving a neck report that disagrees with the inner ear and the eyes. The nervous system reads that conflict as instability, and you feel it as dizziness, wooziness, unsteadiness, or a sense that your head and your body are not quite in sync. This is why cervicogenic dizziness so often tracks with neck pain and gets provoked by head movement. It is a signal-quality problem, not a spinning-room problem.

That mechanism also predicts why hands-on care might help. If the dizziness stems from a distorted neck signal, then restoring normal motion and calming the guarded muscles should clean up the signal. That is the logic the manual-therapy trials were testing, and it is consistent with the mechanical neck pain I treat every week and describe on the neck pain resource. The same principle of one region influencing another shows up in a separate Forward Review commentary on thoracic manipulation for neck pain, where treating the upper back changes what happens in the neck.

The Catch: This Is a Diagnosis of Exclusion

"You do not diagnose a neck cause of dizziness by finding it. You diagnose it by ruling everything else out first."

This is the part that responsible content cannot skip, and a lot of it does. Reiley and colleagues laid out the standard diagnostic approach and stated it plainly: cervicogenic dizziness is a diagnosis of exclusion, and the pathologies that masquerade as it must be identified and excluded before the label is applied (Reiley and colleagues, 2017). Their framework walks through the competing diagnoses a clinician has to clear, and the list is long on purpose.

The conditions that have to be ruled out include central vestibular disorders that arise in the brain, peripheral vestibular disorders in the inner ear, benign paroxysmal positional vertigo, vestibular migraine, labyrinthine concussion, Meniere's disease, acute vestibular loss such as vestibular neuritis, whiplash-associated disorder, and, most importantly for safety, cervical arterial dysfunction, meaning a problem with the arteries that supply the brain. Some of these are benign and treatable. One of them, a vascular problem, can be a warning sign of a stroke. That is the reason the workup order is not optional. You clear the dangerous and the treatable-elsewhere causes first, and only what remains points to the neck.

Here is how that plays out in practice. A careful history and examination screen for the emergency causes and the classic inner-ear patterns. When the picture does not fit a stroke, an inner-ear disorder, or a migraine, and it does fit a stiff, painful, movement-provoked neck, then cervicogenic dizziness becomes the working explanation and a trial of neck-focused care becomes reasonable. Skip that order, treat the neck first, and you risk putting hands on a problem that needed an emergency room. I am not willing to do that, and no honest clinician should be.

What This Means Clinically

"My first job with a dizzy patient is not to adjust the neck. It is to make sure the dizziness is safe to treat."

In my practice in Tulsa, patients come in fairly often reporting that their neck feels tight and they also feel off balance or woozy. The first thing I do is slow down and screen. I take a careful history, I ask what the dizziness actually feels like, I check for the neurological and vascular warning signs in the red-flag box above, and I look at whether the symptom tracks with neck movement and neck pain. If anything points toward a stroke, an artery problem, or a primary inner-ear disorder, that person does not get an adjustment. They get referred to the right doctor or the emergency room, and that referral is the treatment.

When the screen is clean and the pattern fits the neck, hands-on care is a fair thing to try. The plan targets the mechanical restriction and the muscle guarding in the upper neck, the same tissues the 2025 trials treated. I am direct with patients about what to expect. The evidence for this is low certainty, so I frame it as a trial: we treat the neck, we give it a defined window, and we watch whether the dizziness actually improves. If it does, good, we keep going only as long as it helps. If it does not, we stop and rethink, because chasing a treatment that is not working is not honest care. That whole approach is the same $40 walk-in, no contract, stop any time model I use for everything else. Nothing about dizziness changes the pricing or the freedom to walk away.

I want to be clear about what I am not claiming. I am not claiming an adjustment cures dizziness, and I am not claiming the neck is the usual cause of dizziness, because it is not. Cervicogenic dizziness is one specific pattern that shows up after the more common and more dangerous causes are excluded. My job is to find the patients who genuinely fit that pattern, treat them honestly, and send everyone else to the right place.

Patient Translation: What to Do With This

"If your dizziness comes with slurred speech, double vision, or a sudden severe headache, skip the clinic and call 911."

Start with safety, every time. Read the red-flag box above and take it seriously. Sudden, severe, or neurological dizziness is an emergency, and no amount of neck stiffness changes that. When in doubt, get evaluated first. Dizziness is not a symptom to tough out or to self-diagnose off the internet, including off this article.

If your dizziness is mild, if it comes and goes with a stiff and painful neck, if it flares when you turn or tip your head, and if a physician has already looked at you and cleared the dangerous causes, then the neck is a reasonable suspect. In that situation the 2025 evidence supports trying hands-on upper-neck care, with clear eyes about the low certainty. Give it a defined window, track whether the dizziness genuinely eases, and do not sign up for an open-ended plan. Improvement should be something you can feel, not something you take on faith.

And keep the two questions separate. The first question is whether your dizziness is safe, which is a medical screening question that comes first. The second question is what is driving it, which is where the neck may or may not enter. Answer them in that order and you will make good decisions. Reverse them and you can miss something serious.

Why Text Neck Is Worth Taking Seriously

"The phone did not invent neck pain. It just gave a very old mechanical problem a brand new all-day trigger."

Start with the scale. The Global Burden of Disease 2021 analysis, published in The Lancet Rheumatology, counted 203 million people living with neck pain worldwide in 2020 and projects that number to climb to 269 million by 2050, a rise of roughly a third (GBD 2021 Neck Pain Collaborators, 2024). Neck pain sits among the leading causes of disability worldwide, and a landmark clinical review put its annual prevalence above 30 percent of adults, with nearly half of people who get it continuing to have some pain or recurrence (Cohen, 2015).

Now layer the phone on top. Screen time is not a fringe behavior anymore. It is most of a modern day for a large share of the population, and much of that time is spent with the head tilted forward and held still. "Text neck" is the shorthand for what that sustained posture does to the cervical spine. The term sounds casual. The mechanical stress underneath it is not.

The Study Behind the Headline

The 2025 paper in the Postgraduate Medical Journal is a systematic review and meta-analysis, which sits near the top of the evidence pyramid because it combines multiple studies into one pooled estimate rather than resting on a single sample. The authors screened the literature, kept 7 studies that met their criteria, and pooled data from 10,715 participants whose mean ages ranged from about 20 to 43 (Chen and colleagues, 2025).

"A pooled odds ratio of 2.34 is not a rounding error. It is a signal strong enough to survive combining seven separate studies."

The headline number is a pooled adjusted odds ratio of 2.34 for neck pain in people with smartphone overuse, compared to people without it. The 95% confidence interval ran from 1.44 to 3.82. Two things matter about that interval. First, it sits entirely above 1.0, which is what makes the association statistically significant rather than a coin flip. Second, it is wide, which tells you the exact size of the effect is uncertain even though its direction is not. The honest way to say it is the way I say it to patients: heavy phone use is tied to roughly double the odds of neck pain, give or take.

One caveat belongs right here, not buried at the end. Every study in the pool was cross-sectional or retrospective, meaning it photographs phone use and neck pain at the same moment rather than following people forward in time. That design can show a strong association, and this one did, but it cannot prove the phone caused the pain. I come back to that limit below, because it changes how hard you are allowed to lean on the number.

The Mechanism: Why Looking Down Hurts

Here is the part most explainers skip. Text neck is not vague "bad posture." It is a specific, nameable mechanical load problem, and it has three moving parts.

Part one: cervical flexion load

An adult head weighs about 10 to 12 pounds sitting balanced over the shoulders. The moment you tilt it forward to look down, that weight moves out in front of the spine, and the neck muscles have to generate more force to hold it against gravity. A widely cited biomechanical model estimated that the effective load on the cervical spine climbs steeply as the head tilts, from the neutral head weight up to something on the order of 60 pounds at a deep 60 degree tilt (Hansraj, 2014). I cite that figure carefully, because it comes from a static mathematical model rather than live measurement and the exact numbers have been fairly criticized. Treat it as an order-of-magnitude illustration, not gospel. The direction is the honest point: the further you drop your head, the harder your neck works.

"It is not the weight of the head that gets you. It is the leverage, multiplied by the hours."

Part two: the sustained static hold

Load alone is not the whole story. Muscles tolerate high force in short bursts. What they do not tolerate well is moderate force held without a break. Reading on a phone is a static posture. The neck is not moving, the joints are not cycling through their range, and the same muscle fibers stay switched on for the entire scroll. Static loading starves tissue of the movement it uses to clear waste products and stay supple. That is why the ache creeps in after twenty minutes, not after twenty seconds.

Part three: deep neck flexor fatigue

Deep in the front of your neck sit small stabilizing muscles, the longus colli and longus capitis, known together as the deep neck flexors. Their job is to hold the cervical spine steady so the bigger surface muscles can do gross movement. In people with chronic neck pain, these deep stabilizers are commonly weak and quick to fatigue, which shifts the holding work onto muscles that are not built for it and leaves the neck under-supported. This is exactly why deep neck flexor training shows up in the rehab literature for neck pain (Sikka and colleagues, 2020). The nervous system connection to the upper back matters too, which is why unloading a stiff mid-back can quiet a cranky neck, the mechanism I covered in the Forward Review write-up on thoracic manipulation for neck pain.

What This Means Clinically

I treat people every week whose main complaint traces back to hours of looking down, at a phone, a laptop in their lap, or a tablet propped too low. They describe the same things: a deep ache at the base of the skull, tightness across the tops of the shoulders, a neck that cracks and grinds when they finally look up, sometimes a headache that builds through the afternoon. On exam, the pattern is usually mechanical. Certain neck and upper-back segments have stopped moving well, the muscles around them are guarding, and the deep stabilizers have gone quiet.

"My job is not to fix your posture in one visit. It is to make the neck movable enough that fixing it becomes possible."

That is where hands-on care earns its place. When a mid-cervical or upper-thoracic segment restricts, the surrounding muscles guard, movement gets guarded too, and the neck settles into the exact stiff posture that hurts. An adjustment plus targeted soft-tissue work can restore that motion so looking up stops being a painful event. I am not claiming the adjustment cures text neck, and I would not trust anyone who did. I am saying it lowers the cost of moving again, and moving again is the whole treatment. For the deeper walk-through of how I approach a stiff, phone-loaded neck, the clinical resource on the neck pain chiropractor approach at Vanguard lays out the exam, the adjustment, and the soft-tissue work in order.

Honesty about the ceiling matters. The best available trial of deep neck flexor training in regular computer users found that four weeks of it did not significantly straighten out forward head posture on its own, even though pain improved (Sikka and colleagues, 2020). The takeaway is not that the exercise fails. It is that posture is multidimensional, and no single muscle drill flips it back overnight. The fix is a package: unload, move, strengthen, and change the daily setup, run consistently over weeks.

Patient Translation: How to Unload Text Neck

The practical fixes are boring, which is exactly why they work. You do not need a gadget. You need to change the load and break the hold.

Bring the phone up, not your head down. The single highest-value change is lifting the device toward eye level so your head stays balanced over your shoulders instead of hanging forward. Same for laptops and tablets: raise the screen, or tuck your chin gently rather than craning. You are not aiming for military stiffness. You are aiming to stop living at the bottom of your neck's range.

Break the static hold. A neck held still for an hour suffers more than a neck that moves. Every twenty to thirty minutes, look up, roll the shoulders, and take the neck slowly through its range a few times. The movement itself is the medicine. It reloads the joints, wakes the muscles, and clears the stagnation that static posture creates.

Train the deep neck flexors. The simplest starter is a gentle chin nod. Lying on your back or sitting tall, make a small "yes" nod as if lengthening the back of your neck, hold a few seconds, and release. Done lightly and often, it re-recruits the deep stabilizers that hours of scrolling put to sleep. Progress slowly. This is endurance work, not a max effort.

"Scaling is everything. The neck that hurts today gets better on small, repeatable doses, not one heroic stretch session."

Two rules of thumb on pain. Pain that is stiff and achy and eases as you warm up and move is almost always mechanical and safe to work with gently. Pain that is sharp, that shoots or spreads down an arm, that comes with numbness, weakness, or clumsiness in the hands, or that pairs with any of the warning signs below, is a different animal and needs a proper evaluation before you push on it. When everything is stiff and every attempt to move hurts, that is the moment a hands-on reset helps most, because it gets you past the wall so the daily habits can start doing their job.