As a vascular specialist, I often see patients who’ve been diagnosed with Ménière’s disease. They come to my office after a long journey filled with medical appointments, audiological tests, medications, and sometimes desperate attempts to make sense of their symptoms. Intense vertigo, persistent tinnitus, that annoying sense of fullness in the ear that comes and goes… Anyone who suffers from it knows just how debilitating these symptoms can be—even when test results “don’t show anything significant.”
And yet, when you really listen to these stories, a detail often emerges—one that tends to be overlooked by those who focus solely on the ear: the symptoms aren’t constant. They fluctuate with posture, worsen after standing for long periods, and often improve when lying down or with gentle cervical traction. In some cases, the episodes are triggered by physical exertion or periods of significant muscle tension in the cervical region.
These aren’t clues to be ignored.
A labyrinth disorder... or a neck reflex?
Ménière’s disease is traditionally described as a disorder of the inner ear, caused by an abnormal buildup of endolymph. This fluid, which normally plays a role in balance and hearing perception, can, under altered conditions, exert excessive pressure on the cochlear and vestibular structures—leading to vertigo, hearing loss, and tinnitus.
However, while the endolymphatic theory is widely recognized, it doesn’t account for many of the cases I encounter. Some patients show no documented damage to the cochlea. Others report significant improvement after postural therapy or muscle release treatments. Many say their symptoms can be triggered—or relieved—simply by changing position. In such cases, Ménière’s disease feels more like a “placeholder label” than a definitive diagnosis.
The venous system and the role of CCSVI
It was precisely in these atypical patients that I began exploring a possibility that’s often overlooked: the presence of an extracranial venous drainage dysfunction, particularly involving the internal jugular veins. This condition has a well-defined name—CCSVI, or Chronic Cerebrospinal Venous Insufficiency.
This condition was first described in the early 2000s by Professor Paolo Zamboni and other researchers. In CCSVI, the blood that should flow freely from the brain toward the heart encounters obstacles along its path. These may include external compressions—such as overactive muscles, elongated bony processes, or adjacent arteries—or intrinsic abnormalities within the vein itself, like malformed valves, septa, or membranes. The result is intracranial venous congestion, which can alter cerebrospinal fluid dynamics and lead to increased pressure affecting the inner ear as well.
In short, a vascular component could disrupt endolymphatic circulation, producing symptoms that are clinically indistinguishable from those typically attributed to Ménière’s disease.
Studies and clinical observations: not just theory
The hypothesis of a vascular component in Ménière’s disease is not based solely on clinical observation—it’s also supported by scientific literature.
A study conducted at the Policlinico of Palermo (Piraino, Faletra et al., 2018) investigated the effects of an intensive cervical physiotherapy program focused on relieving neck muscle tension in patients diagnosed with Ménière’s disease. The results were striking: the diameter of the internal jugular veins improved, venous flow normalized, and Ménière’s symptoms progressively diminished. At the one-year follow-up, many patients maintained the benefits they had achieved.
Another study, published in Current Neurovascular Research da Menegatti et al. (2017), compared patients with inner ear disorders to healthy controls. High-resolution analysis of the jugular valves revealed that many patients had fixed, absent, or immobile valves, resulting in altered venous flow. This anomaly can disrupt pressure within the cochleovestibular canals, potentially contributing to symptoms such as vertigo and tinnitus.
The study by studio di Filipo et al. (2015), published in European Archives of Oto-Rhino-Laryngology, further supports this hypothesis. Among a sample of 32 patients with Ménière’s disease, 65.6% showed signs of intracranial venous reflux, and 66.7% had jugular vein stenosis—significantly higher rates than those observed in the control population. These findings suggest that CCSVI may play a real pathogenic role in a subset of cases.
A 2016 publication in Acta Oto‑Laryngologica proposed that many otologic conditions traditionally labeled as idiopathic may, in fact, be associated with chronic extracranial venous congestion—particularly in individuals with connective tissue predispositions or postural dysfunctions.
Finally, a study published in theJournal of Vascular and Interventional Radiology (JVIR) documented the clinical course of patients with both Ménière’s disease and confirmed CCSVI who were treated with venous angioplasty. After 24 months, many reported sustained improvement in vestibular symptoms, including vertigo and tinnitus. While these findings do not suggest a definitive cure, they offer promising evidence for a targeted therapeutic approach in carefully selected cases.
Taken together, this body of evidence suggests that CCSVI is not merely a coincidental finding—it may represent an underrecognized pathogenic mechanism in many atypical or treatment-resistant cases of Ménière’s disease.
The body speaks, if we know how to listen
There are signals the body sends that are worth listening to. If symptoms worsen when standing and improve when lying down; if they are accompanied by positional headaches, cognitive difficulties, or a sense of pressure in the head or ear that doesn’t match audiological findings… then it’s time to look beyond the ear.
I’m not suggesting that every patient with tinnitus or vertigo has CCSVI. That would be a mistake. But it would be just as mistaken to rule out the possibility altogether when everything else fails to provide an explanation.
Diagnosis and treatment: an integrated approach
Assessing cerebral venous outflow is no simple task. It requires specific tests such as dynamic Doppler ultrasound, MR venography, or catheter-based venography—all of which must be performed by experienced professionals. Doppler ultrasound, in particular, is valuable for observing how venous caliber changes with body position or under physical strain.
When a genuine dysfunction is identified, treatment isn’t always surgical. On the contrary, many patients benefit from:
- specialized cervical physiotherapy
- postural traction
- targeted decompression treatments (e.g., resection of compressive bony structures)
- in rare, carefully selected cases, venous angioplasty or stent placement
But the key point remains this: a multidisciplinary approach is essential. A vascular surgeon doesn’t work in isolation. In these cases, I often collaborate with ENT specialists, physiatrists, neurologists, neurosurgeons, and physiotherapists experienced in treating neurovascular disorders.
Not everything that rings is Ménière. And not everything that spins is labyrinthitis. Sometimes, ear-related symptoms don’t originate inside the ear, but outside it—from the neck, the muscles, or the veins.
In the right patients—those with fluctuating, atypical symptoms that aren’t explained by standard audiological tests—there may be a real, measurable, and sometimes treatable vascular component. Recognizing it doesn’t mean denying the disease; it means offering one more key to understanding it. And perhaps, one more way to help those who suffer.
📩 If your ear-related symptoms remain unexplained and you suspect they might stem from something beyond the cochlea, feel free to contact our practice for a specialized evaluation.
Sometimes, the noise we hear doesn’t come from the ear—it comes from blood that can’t flow freely.
