The persistent rocking, swaying, or floating sensation many PPPD patients describe is one of the most characteristic features of this functional vestibular disorder. Understanding what produces this distinctive symptom clarifies both the condition itself and the comprehensive treatment approach.
Patients with Persistent Postural-Perceptual Dizziness (PPPD) frequently describe a distinctive sensation that distinguishes their condition from other vestibular disorders — a constant rocking, swaying, floating, or unsteady feeling that persists throughout most or all of their waking hours. Many describe it as feeling like they are constantly walking on a boat, on a trampoline, or on uneven ground. Others describe the sensation as continuous internal motion even when standing still, or feeling like the floor is shifting beneath them. The sensation is typically non-spinning — distinct from the rotational vertigo of BPPV or the spinning episodes of vestibular migraine — and persistent rather than episodic.
This rocking, floating, or swaying sensation is not a vague description of feeling ‘off’ — it is one of the most characteristic features explicitly identified in the diagnostic criteria for PPPD. The 2017 paper by Staab and colleagues in the Journal of Vestibular Research that established the consensus diagnostic criteria specifically describes this perceptual phenomenon as a core feature of the condition (Staab et al., 2017). Understanding what produces this distinctive sensation — and what makes it so persistent — clarifies both why patients with PPPD experience what they experience and how the condition can be addressed through comprehensive treatment.
This article walks through what the rocking/floating sensation actually feels like and how patients describe it, the diagnostic criteria that establish it as a core PPPD feature, the neuroscience explaining what produces this distinctive perceptual experience, how it differs from other types of dizziness, why the sensation persists when other symptoms have resolved, the standard evidence-based treatments that address it, and where structural cervical evaluation may have relevance for specific PPPD patient subsets.
What the Rocking or Floating Sensation Actually Feels Like
Different PPPD patients describe the sensation in different ways, but consistent features emerge across patient reports. Understanding these descriptive features helps clarify whether what you are experiencing matches the PPPD pattern.
Common patient descriptions
Patients use varied language to describe what they experience: ‘I feel like I’m constantly on a boat that’s gently rocking.’ ‘It’s like the ground is slightly moving under my feet all the time.’ ‘I feel like I’m floating, even when I know I’m standing still.’ ‘There’s a constant swaying inside me, like I just got off a long boat trip and still feel the motion.’ ‘The world feels unstable, like everything is slightly shifting.’ ‘I feel pulled or tilted to one side most of the time.’ ‘It’s like walking on a trampoline that I can’t get off of.’ These descriptions all point to the same underlying phenomenon — a sustained sensation of self-motion or environmental instability that does not match the actual physical situation.
Non-spinning quality
A defining feature of the PPPD sensation is that it is non-spinning. The dizziness is not the room-spinning vertigo of BPPV or the spinning episodes of vestibular migraine. Patients describe motion or instability without rotation. This distinction matters diagnostically and helps differentiate PPPD from other vestibular conditions where spinning is the predominant symptom. Some PPPD patients may have had earlier conditions that produced spinning sensations, but the PPPD itself produces this distinct non-spinning quality.
Persistent rather than episodic
The sensation is persistent rather than coming in discrete attacks. Unlike BPPV where positional triggers produce brief spinning episodes with pain-free intervals, or vestibular migraine where attacks last hours with relatively normal periods between, the PPPD rocking sensation is continuously present during most or all waking hours. Patients may have moments of relative reduction — particularly when lying down, when distracted by absorbing activities, or in specific calm environments — but the sensation does not have the clear-attack-versus-baseline pattern of episodic conditions.
Worsened by specific situations
While the sensation is persistent, it has characteristic patterns of worsening that match the PPPD diagnostic criteria. Upright posture worsens it — standing and walking are typically worse than sitting, which is typically worse than lying down. Active or passive motion worsens it — walking through crowds, riding in cars, being in moving environments amplifies the sensation. Complex or moving visual stimuli worsen it — grocery stores with busy shelves, fluorescent lighting, screen content with visual motion, scrolling on phones, can all worsen the rocking sensation substantially. These provocative factors are themselves part of the diagnostic framework.
Relative improvement at rest
Many PPPD patients describe substantial improvement when lying down. The rocking sensation that persists during upright activities often reduces or temporarily disappears when supine. This pattern — worse with upright posture, better when lying down — is one of the most characteristic features of PPPD and helps distinguish it from purely peripheral vestibular conditions where positional changes affect symptoms differently. The improvement at rest reflects the postural component of PPPD, with the upright postural challenge being one of the primary triggers.
Variable intensity over time
While persistent overall, the sensation has variable intensity. Some days are worse than others. Certain environments amplify symptoms while others provide relative relief. Anxiety, stress, fatigue, and illness typically worsen symptoms. Periods of physical and emotional well-being often produce relative improvement. This variability is normal in PPPD and reflects the complex interaction between the underlying central processing dysfunction and the various factors that affect how prominently it manifests.
The Rocking/Floating Sensation in PPPD Diagnostic Criteria
The Bárány Society consensus diagnostic criteria for PPPD published in 2017 specifically describe this sensation as a core feature of the condition. Understanding how the diagnostic criteria characterize this symptom helps clarify whether what you are experiencing matches the PPPD pattern.
The specific Bárány Society language
The 2017 diagnostic criteria describe PPPD as involving ‘persistent symptoms of dizziness, unsteadiness, or non-spinning vertigo’ that are present on most days for three months or longer (Staab et al., 2017). The criteria specifically include ‘a sensation of postural instability such as feeling rocky, swaying, or unsteady’ as one of the qualifying symptom descriptions. This explicit inclusion in the diagnostic criteria establishes the rocking/floating sensation as not merely an associated symptom but as one of the core features that defines the condition.
The duration requirement
The criteria specify that symptoms must be present on most days for three months or more. This duration requirement distinguishes PPPD from acute or subacute vestibular conditions that may have similar symptoms but resolve within weeks. The persistence of the rocking sensation over months is itself part of what makes the condition PPPD rather than a different vestibular disorder. Patients who experience similar sensations for shorter durations may have other conditions that have not yet resolved or that will resolve with appropriate treatment.
The exacerbating factors
The criteria explicitly include the exacerbating factors that worsen the rocking sensation in PPPD: upright posture, active or passive motion, and exposure to moving or complex visual stimuli. These three exacerbating factors are part of the diagnostic framework — patients with PPPD experience worsening of their symptoms in these specific situations. The pattern of when the rocking sensation worsens helps distinguish PPPD from other conditions that may produce similar sensations but with different provocative factors.
The precipitating event
PPPD typically develops after an acute precipitating event — vestibular neuritis or labyrinthitis, vestibular migraine attack, head injury including concussion or whiplash, anxiety event or panic attack, severe medical illness, or other significant disturbance. The diagnostic criteria include this precipitating event in the framework. Understanding that PPPD typically follows an identifiable trigger event helps patients connect their current persistent rocking sensation to the original event that may have occurred months or even years earlier.
The functional rather than structural nature
PPPD is classified as a functional vestibular disorder. This means it involves dysfunction in how the vestibular system operates rather than identifiable structural damage to vestibular components. The 2018 paper by Popkirov and colleagues in Practical Neurology characterized PPPD as ‘a common, characteristic, and treatable cause of chronic dizziness’ (Popkirov et al., 2018). The functional nature does not mean the symptoms are psychological or imagined — they reflect real dysfunction in central balance processing that can be measured and treated, but the dysfunction is in how the system operates rather than in damage to specific structures.
What Produces This Distinctive Perceptual Experience
Understanding the neuroscience underlying the rocking and floating sensation clarifies why PPPD produces this distinctive perceptual experience and why it persists. The mechanisms involve maladaptive changes in how the brain processes balance and spatial orientation information.
Normal balance processing
Under normal conditions, the brain integrates three main sensory inputs to produce accurate balance and spatial orientation: vestibular input from the inner ear apparatus detecting head motion, visual input from the eyes detecting the visual environment and self-motion through it, and proprioceptive input from throughout the body detecting position and movement of body parts. The integration happens primarily in brainstem regions including the vestibular nuclei, with extensive cortical processing creating conscious balance experience. When all three inputs are accurate and well-integrated, the brain produces seamless awareness of position and motion that operates below conscious awareness.
Acute sensory reweighting after precipitating events
When a vestibular event occurs — vestibular neuritis affecting inner ear function, a migraine attack disrupting central processing, head trauma affecting multiple systems, severe anxiety affecting nervous system regulation — the brain rapidly adapts by reweighting sensory inputs. The system becomes more reliant on inputs that remain reliable while reducing weight given to inputs that have become unreliable. During the acute event, this sensory reweighting is adaptive and helpful — it allows the system to continue functioning despite the disruption.
Failure of normal recovery in PPPD
In most patients who experience these acute events, the sensory reweighting reverses as the acute disturbance resolves. Vestibular function recovers from neuritis; the migraine attack resolves; the trauma effects stabilize; the anxiety abates. As the acute disturbance resolves, the brain restores normal sensory weighting and returns to normal balance processing. In patients who develop PPPD, this normal recovery does not occur. The maladaptive sensory reweighting that was helpful during the acute event becomes persistent, with the brain continuing to operate as if the acute disturbance is still occurring even after it has resolved.
Excessive visual dependence
One specific pattern in PPPD is excessive reliance on visual input for balance. During the acute event, visual input may have been more reliable than the disturbed vestibular or proprioceptive input, so the brain increased its visual weighting. In PPPD, this excessive visual dependence persists. The patient relies heavily on visual input for balance, which makes them sensitive to complex visual environments — busy stores, scrolling screens, moving images, fluorescent lighting — where visual input becomes confusing rather than stabilizing. This visual dependence is one of the most characteristic neurological features of PPPD.
Why this produces the rocking sensation
The maladaptive central processing produces the rocking/floating/swaying sensation through several mechanisms. The brain’s calculation of body position and motion is based on the persistently distorted sensory integration. The sensory inputs that should provide stable awareness of being still and upright are being processed in ways that suggest motion or instability. The brain produces a perception of rocking or swaying because its processing is generating that perception based on the dysregulated input integration, even when the body itself is stable. The 2015 paper by Indovina and colleagues in Frontiers in Neurology documented altered cortical processing in chronic subjective dizziness (now PPPD) consistent with this framework (Indovina et al., 2015).
The role of postural control
PPPD involves not just perceptual symptoms but also altered postural control. The brain’s adjustments to maintain upright posture become more rigid and effortful than normal. The 2017 paper by Brandt and Dieterich in The Lancet Neurology described how the postural and perceptual components interact in chronic dizziness (Brandt & Dieterich, 2017). The patient may feel rocking while also unconsciously maintaining more rigid postural strategies, which can itself produce muscle tension and fatigue that compounds the perceptual symptoms.
The cortical processing component
Beyond brainstem-level changes, PPPD involves altered cortical processing. The brain regions involved in conscious balance experience, attention, anxiety, and emotional processing are interconnected, and the maladaptive patterns in PPPD involve these higher-level networks. This explains why PPPD often coexists with anxiety, why stress worsens symptoms, why depression can develop, and why the condition responds to treatments that affect central neural processing including specific medications.
How the PPPD Sensation Differs from Other Types of Dizziness
The distinctive rocking/floating sensation of PPPD differs in specific ways from the dizziness sensations produced by other vestibular conditions. Understanding these differences helps clarify what PPPD is and is not.
Different from BPPV vertigo
BPPV produces brief episodes of severe spinning vertigo triggered by specific head positions. The PPPD sensation differs in being non-spinning, persistent rather than episodic, present in most positions rather than triggered by specific positions, and lasting indefinitely rather than seconds to minutes. A patient might have had previous BPPV that triggered the development of PPPD, but the PPPD itself produces this distinct non-spinning persistent sensation rather than the positional spinning episodes of BPPV.
Different from vestibular migraine episodes
Vestibular migraine produces episodes of dizziness or vertigo lasting 5 minutes to 72 hours, often with migrainous features like photophobia, phonophobia, visual aura. The PPPD sensation differs in being persistent rather than episodic, lacking the migrainous features unless coexisting with separate migraine, and continuing between any migraine attacks. A patient with both conditions may have vestibular migraine attacks superimposed on baseline PPPD rocking sensation.
Different from acute vestibular events
Acute vestibular events like vestibular neuritis produce severe spinning vertigo that resolves over days to weeks as central compensation develops. The PPPD sensation differs in being non-spinning, persisting indefinitely without the expected resolution timeline, and continuing long after the acute event has resolved. PPPD often develops as a complication of acute vestibular events when the normal central compensation fails to occur appropriately.
Different from cervicogenic dizziness
Cervicogenic dizziness produces unsteadiness that varies prominently with head and neck position, often with associated cervical symptoms. The PPPD sensation differs in being less directly tied to head position (though upright posture matters), having less direct relationship to cervical movements, and typically being less associated with cervical pain or stiffness. A patient may have both conditions, particularly after head and neck trauma, with each contributing to the overall picture.
Different from POTS-related dizziness
POTS produces dizziness with standing that improves with sitting or lying down, accompanied by cardiovascular features (increased heart rate, palpitations). The PPPD sensation differs in not requiring the cardiovascular signature, persisting in sitting positions rather than only with standing, and lacking the prominent heart rate changes that define POTS. Patients may have both conditions, particularly after trauma, with the post-traumatic picture often including both autonomic and PPPD components.
Why the Sensation Persists
One of the most challenging aspects of PPPD for patients is understanding why the rocking sensation persists when the original triggering event has long since resolved. Several factors maintain the condition once it has developed.
The maladaptive pattern becomes self-sustaining
Once the maladaptive sensory weighting and central processing patterns are established, they become self-sustaining. The brain operates according to the maladaptive pattern, producing the rocking sensation as a result. The persistent symptoms reinforce the abnormal sensory reweighting, with the brain treating the symptoms themselves as evidence that something is wrong and increasing its protective postural and attentional responses. This creates a self-perpetuating loop where the symptoms maintain themselves through the same mechanisms that initially produced them.
Anxiety amplifies the pattern
Most PPPD patients develop anxiety about their persistent symptoms, which is a completely understandable response to feeling persistently unsteady. The anxiety, however, amplifies the maladaptive patterns. Anxiety increases hypervigilance to bodily sensations, increases the perception of motion that is occurring, increases muscle tension and rigid postural responses, and decreases the brain’s ability to relax into normal sensory processing. The anxiety component is one of the primary reasons that PPPD treatment specifically addresses anxiety through medication and cognitive behavioral therapy.
Avoidance behaviors strengthen the pattern
Patients with PPPD often develop avoidance behaviors — avoiding busy environments that worsen symptoms, avoiding movement that triggers symptoms, avoiding visual stimulation that amplifies symptoms. While these avoidances are understandable, they actually strengthen the maladaptive pattern. The brain does not have the opportunity to recalibrate through exposure to the stimuli that initially triggered the abnormal processing. Avoidance becomes part of what maintains the condition.
Continued contributing factors
In some patients, continued contributing factors maintain the underlying conditions that originally triggered the PPPD. Patients with post-traumatic PPPD may have ongoing cervical structural problems contributing to the maladaptive pattern. Patients with PPPD following untreated migraine may have ongoing migraine activity maintaining the central sensitization. Patients with PPPD precipitated by anxiety may have ongoing anxiety disorder requiring treatment. Addressing these continuing contributing factors is part of comprehensive PPPD treatment.
Standard Evidence-Based Treatments for PPPD
PPPD has well-established evidence-based treatments that should form the foundation of care. The 2018 paper by Popkirov and colleagues emphasized that the condition is treatable, with multiple effective interventions available (Popkirov et al., 2018).
PPPD-specific vestibular rehabilitation
Vestibular rehabilitation with PPPD-specific protocols is one of the most effective treatments. Unlike standard vestibular rehabilitation that focuses on central compensation for peripheral deficits, PPPD-specific rehabilitation addresses the maladaptive central patterns. Specific techniques include graded exposure to the situations that provoke symptoms (counteracting avoidance), habituation exercises that retrain sensory processing, gaze stabilization in challenging visual environments, and postural retraining. The rehabilitation should be performed by physical therapists specifically trained in PPPD-specific approaches — generic vestibular rehabilitation is often inadequate or even counterproductive.
SSRI or SNRI medications
Selective serotonin reuptake inhibitors (SSRIs) and serotonin-norepinephrine reuptake inhibitors (SNRIs) have substantial evidence for PPPD. Specific medications including sertraline, paroxetine, citalopram, and venlafaxine have been studied for PPPD. The medications affect the central neural networks involved in the maladaptive PPPD patterns, with effects that develop over weeks to months. The medications are not primarily addressing anxiety in this context — they are addressing the central processing dysfunction directly, though they also help with any associated anxiety component. Treatment is typically continued for at least 12 months, with gradual tapering considered after sustained improvement.
Cognitive behavioral therapy
Cognitive behavioral therapy (CBT) specifically addresses the cognitive and behavioral components of PPPD. CBT helps patients understand the maladaptive patterns, reduces catastrophizing about symptoms, addresses avoidance behaviors, manages associated anxiety, and supports engagement with the rehabilitation. CBT is often combined with rehabilitation and medications for comprehensive treatment. The therapy should be delivered by therapists familiar with PPPD or with chronic functional conditions, not generic CBT for unrelated issues.
Education and reassurance
Patient education about PPPD is itself therapeutic. Understanding that the condition is real, recognized, characterized, and treatable reduces anxiety and supports engagement with treatment. Patients often feel relief simply from learning that their persistent rocking sensation has a name and an explanation, even before specific treatment begins. The diagnosis itself can be therapeutic when delivered with appropriate education.
Addressing precipitating and contributing factors
Comprehensive PPPD treatment addresses the original precipitating event and any continuing contributing factors. For PPPD precipitated by vestibular migraine, the underlying migraine receives focused treatment. For PPPD precipitated by acute vestibular events, any residual peripheral dysfunction is addressed. For PPPD precipitated by anxiety, the anxiety disorder receives specific treatment. For post-traumatic PPPD, the broader post-traumatic picture including potential cervical involvement may benefit from comprehensive evaluation. Addressing the original trigger and continuing factors supports the central treatment of the PPPD itself.
Where Upper Cervical Evaluation May Fit for Specific Subsets
For specific PPPD patient subsets, particularly those with post-traumatic onset and concurrent cervical involvement, upper cervical evaluation may be one component of comprehensive care. The relevance varies substantially by patient subtype.
Post-traumatic PPPD
When PPPD develops after head or neck trauma — concussion, whiplash, sports injury, fall — the trauma typically affected both the central nervous system structures involved in PPPD development and the upper cervical structures. The 2005 study by Kaale and colleagues documented that whiplash mechanisms produce upper cervical ligamentous injuries at forces below those required for diagnosable concussion (Kaale et al., 2005). The concurrent cervical structural problems can contribute to maintaining the maladaptive PPPD pattern by providing ongoing distorted proprioceptive input that the brain interprets as evidence of continued instability. Addressing the cervical structural component can be a meaningful part of comprehensive post-traumatic PPPD care alongside standard treatments.
PPPD with prominent cervical features
Patients whose PPPD is accompanied by prominent cervical symptoms — chronic neck pain, suboccipital tension, restricted cervical range of motion, cervicogenic headache patterns — may have substantial cervical structural involvement contributing to the broader picture. The cervical evaluation addresses one specific component of the multi-component clinical picture, with standard PPPD treatments continuing for the central processing aspects.
PPPD with treatment-resistant patterns
Patients whose PPPD has not responded adequately to standard treatments — PPPD-specific rehabilitation, SSRI/SNRI medications, CBT — may benefit from evaluation of factors that standard treatments do not specifically address. Upper cervical structural problems can be one such factor in patients with traumatic precipitating events. Cervical evaluation should be added to continued standard treatment for these treatment-resistant cases, not substituted for it.
When upper cervical evaluation is NOT particularly indicated
Many PPPD patients do not particularly need upper cervical evaluation. Patients with PPPD precipitated by anxiety events, viral illness, severe medical illness, or other non-traumatic events typically have minimal cervical involvement. Patients with PPPD responding adequately to standard treatments do not need additional interventions. Patients without associated cervical symptoms have less likely cervical contribution. For these patients, focusing fully on standard PPPD treatments is appropriate.
How the evaluation works
For appropriate PPPD patients, upper cervical chiropractic uses three-dimensional cone beam CT imaging to measure alignment with precision, objective testing (leg length analysis, paraspinal thermography) before any intervention, and specific low-force corrections rather than aggressive manipulation. The precision is particularly important for PPPD patients whose central nervous systems are sensitized — aggressive cervical manipulation could potentially aggravate the maladaptive patterns and is not appropriate. Expected response when correction provides benefit is gradual rather than immediate, with changes accruing over weeks to months as the broader system adapts.
Honest evidence framing
Patients should understand that no randomized controlled trials demonstrate upper cervical chiropractic as effective treatment for PPPD specifically. The reasoning supporting cervical evaluation for post-traumatic PPPD with cervical features is anatomically grounded in the established mechanisms by which cervical involvement can affect central balance processing, but the trial-level evidence specific to upper cervical care for this purpose is limited. Patients should approach the evaluation as a complementary consideration alongside continued standard treatment, not as an established PPPD intervention.
When to Consider Comprehensive Evaluation
If you experience a persistent rocking, floating, or swaying sensation that has lasted three months or longer, evaluation matters. Standard medical evaluation by otolaryngology or neurology specialists should establish the specific diagnosis. If PPPD is diagnosed, evidence-based treatment including PPPD-specific vestibular rehabilitation, appropriate medications when indicated, and cognitive behavioral therapy form the foundation of care.
An upper cervical evaluation may be worth considering as a complementary component if any of the following are true: Your PPPD developed after head or neck trauma — concussion, whiplash, sports injury, fall. You have persistent cervical symptoms (chronic neck pain, suboccipital tension, restricted cervical range of motion) alongside your PPPD. Your PPPD has not responded adequately to standard evidence-based treatment despite appropriate effort. You have features suggesting layered post-traumatic conditions including potential cervicogenic dizziness, post-concussion vestibular dysfunction, or post-traumatic vestibular migraine alongside your PPPD. You have prior concussions or significant neck trauma layered on top of your current presentation.
For patients with PPPD precipitated by non-traumatic events (anxiety, viral illness, severe medical illness), patients responding adequately to standard treatment, and patients without significant cervical involvement, focusing fully on standard PPPD treatments is appropriate.
To find an upper cervical chiropractor near you, visit www.neckwise.com.
Where to Go From Here
The persistent rocking, floating, or swaying sensation that many patients describe is one of the most characteristic features of PPPD, explicitly identified in the Bárány Society diagnostic criteria as a core symptom of the condition. The sensation reflects maladaptive central processing patterns that develop after an acute precipitating event and fail to resolve normally. The mechanisms include excessive visual dependence, altered sensory reweighting, anxiety amplification, and avoidance behaviors that maintain the abnormal patterns. The condition is functional rather than structural, but the dysfunction is real and produces real symptoms that substantially affect quality of life.
PPPD is treatable. Evidence-based treatments including PPPD-specific vestibular rehabilitation, SSRI or SNRI medications, cognitive behavioral therapy, and patient education form the foundation of care. For specific patient subsets — post-traumatic PPPD with concurrent cervical involvement, PPPD with prominent cervical features, or treatment-resistant patterns — upper cervical evaluation can be one component of comprehensive care alongside standard treatments. The case for upper cervical involvement varies substantially by patient subtype, with the strongest case for post-traumatic patients and the weakest case for non-traumatic precipitating events.
For patients with persistent rocking sensations, the path forward involves medical evaluation establishing accurate diagnosis, engagement with evidence-based treatment, and for appropriate patients, consideration of complementary structural evaluation. The condition is more treatable than many patients realize when they first experience it.
To find an upper cervical chiropractor near you, visit www.neckwise.com.
References
- Staab, J. P., Eckhardt-Henn, A., Horii, A., Jacob, R., Strupp, M., Brandt, T., & Bronstein, A. (2017). Diagnostic criteria for persistent postural-perceptual dizziness (PPPD): Consensus document of the Committee for the Classification of Vestibular Disorders of the Bárány Society. Journal of Vestibular Research, 27(4), 191–208.
- Popkirov, S., Staab, J. P., & Stone, J. (2018). Persistent postural-perceptual dizziness (PPPD): A common, characteristic and treatable cause of chronic dizziness. Practical Neurology, 18(1), 5–13.
- Indovina, I., Riccelli, R., Chiarella, G., Petrolo, C., Augimeri, A., Giofrè, L., Lacquaniti, F., Staab, J. P., & Passamonti, L. (2015). Role of the insula and vestibular system in patients with chronic subjective dizziness: An fMRI study using sound-evoked vestibular stimulation. Frontiers in Behavioral Neuroscience, 9, 334.
- Brandt, T., & Dieterich, M. (2017). The dizzy patient: Don’t forget disorders of the central vestibular system. Nature Reviews Neurology, 13(6), 352–362.
- Trinidade, A., Cabreira, V., Goebel, J. A., Staab, J. P., Kaski, D., & Stone, J. (2023). Predictors of persistent postural-perceptual dizziness (PPPD): A systematic review. Journal of Neurology, Neurosurgery & Psychiatry, 94(11), 904–915.
- Kaale, B. R., Krakenes, J., Albrektsen, G., & Wester, K. (2005). Head position and impact direction in whiplash injuries: Associations with MRI-verified lesions of ligaments and membranes in the upper cervical spine. Journal of Neurotrauma, 22(11), 1294–1302.
This article is educational in nature and does not constitute medical advice, diagnosis, or treatment. Individual results vary. Chiropractic care focuses on the structure and function of the spine and nervous system. Patients with persistent dizziness or rocking sensations should pursue appropriate medical evaluation — including consultation with otolaryngology or neurology specialists — to establish accurate diagnosis. Evidence-based PPPD treatments including specific vestibular rehabilitation, SSRI/SNRI medications when appropriate, and cognitive behavioral therapy should form the foundation of care. Upper cervical evaluation should be considered only for specific patient subsets as a complementary approach rather than a primary treatment. No claim is made or implied that upper cervical chiropractic cures or treats PPPD or any other specific disease.