Can Lupus Cause Tinnitus? Symptoms, Causes, and Treatment

Lupus can cause tinnitus, and the connection is more common than many people realize. Tinnitus in lupus is usually tied to underlying sensorineural hearing loss, which studies consistently find at elevated rates in people with systemic lupus erythematosus (SLE). The relationship is not simple, though, because the disease itself, overlapping autoimmune conditions, and even some of the medications used to treat lupus can all independently affect the inner ear.

How Common Is Hearing Trouble in Lupus

Hearing loss shows up in lupus patients far more often than in the general population. One study found that about 27% of SLE patients had hearing loss, compared with roughly 3% in a matched control group. Most cases were mild to moderate, affected both ears, and involved the type of hearing loss that originates in the inner ear or auditory nerve rather than in the ear canal or middle ear structures.¹ Another study looking specifically at very high-frequency sounds found that about half of SLE patients had measurable hearing loss in that range, compared with fewer than one in five controls.²

Tinnitus typically accompanies that hearing loss. A literature review and meta-analysis noted that multiple research teams have reported tinnitus in SLE patients, and in every case the tinnitus appeared alongside hearing loss.³ This pattern makes sense because the inner ear structures responsible for processing sound are the same ones that, when damaged, produce the phantom ringing or buzzing of tinnitus. A separate study comparing SLE patients with healthy controls also found that self-reported tinnitus was significantly more common in the lupus group.⁴

Why Lupus Affects the Inner Ear

The inner ear is a small, delicate organ that depends heavily on a steady blood supply and precise fluid balance. Lupus threatens both. There are several overlapping ways the disease can damage hearing and produce tinnitus.

The most widely discussed mechanism is autoimmune-driven inflammation. In lupus, the immune system produces antibodies that can attack healthy tissues, including the small blood vessels and sensory cells of the cochlea, the snail-shaped structure in the inner ear that converts sound waves into nerve signals. When those structures become inflamed or swollen, hearing degrades and tinnitus often follows. Examination of the cochlea in some SLE patients has revealed inflammation of the blood vessel walls (vasculitis) and immune complex deposits, confirming that the same inflammatory process hitting the kidneys, joints, and skin can reach the ear.

Another contributing factor is that lupus tends to damage the high-frequency hearing range first. One study found that SLE patients had significantly worse hearing thresholds starting at around 2,000 Hz and above, even when standard hearing tests still looked normal.¹ Similarly, auditory brainstem response testing has shown that nerve signaling from the ear to the brain is slower in SLE patients than in controls.⁵ That kind of subtle, high-frequency nerve damage is exactly the type associated with persistent tinnitus, because the brain appears to compensate for missing input by generating its own signals, which you perceive as ringing or buzzing.

The Antiphospholipid Connection

Many people with lupus also have antiphospholipid antibodies, and a significant minority meet criteria for antiphospholipid syndrome (APS), a condition defined by abnormal blood clotting. APS adds a second, distinct route to inner ear damage: tiny clots can block the microscopic blood vessels that feed the cochlea. The inner ear’s blood supply comes from a single small artery with limited backup pathways, so even a minor clot can cut off oxygen to critical hearing structures.⁶

When this happens suddenly, the result can be sudden sensorineural hearing loss, which is a dramatic drop in hearing over hours or days. In a clinical review of patients who developed sudden hearing loss in the context of APS, tinnitus was a frequent companion symptom, along with vertigo and headache. Roughly three-quarters of those patients had hearing loss in both ears.⁷ This is worth knowing because sudden hearing loss is treated as an emergency, and the treatment for clot-related hearing loss (anticoagulation) differs from the treatment for inflammation-driven hearing loss (immunosuppression). Getting the underlying cause right can affect whether hearing recovers.

When Lupus Medications Are the Culprit

This is where things get complicated for patients trying to sort out what is causing their symptoms. Several medications commonly prescribed for lupus can themselves cause tinnitus or hearing damage, independent of the disease.

NSAIDs and aspirin: These are among the most widely used pain relievers in lupus management. At high doses, aspirin can impair the function of the outer hair cells in the cochlea and produce tinnitus in humans.⁸ Other nonsteroidal anti-inflammatory drugs share this ototoxic potential, typically causing temporary hearing loss and tinnitus that resolve when the drug is stopped or the dose is lowered.⁹
Hydroxychloroquine: A mainstay of lupus treatment, hydroxychloroquine is well known for its potential eye toxicity, but ear effects get less attention. One study found that SLE patients receiving hydroxychloroquine had more hearing impairment at very high frequencies (9,000 and 20,000 Hz) than those not on the drug, suggesting that long-term use may have an ototoxic effect.⁴
Cyclophosphamide: This powerful immunosuppressant, used in severe lupus flares, has been reported to cause hearing damage through the production of reactive oxygen species that injure the sensory cells in the inner ear. In at least one documented case, hearing improved after the drug was discontinued.¹⁰

The practical challenge is that a patient with lupus-related tinnitus may be dealing with disease-driven damage, drug-driven damage, or both at once. A medication change might help if the drug is the primary problem, but stopping a lupus medication can also allow the disease to flare and worsen hearing through inflammation. This is the kind of trade-off that really needs to be worked through with your rheumatologist and an audiologist together.

How Lupus-Related Tinnitus Is Diagnosed

Standard hearing tests do not always catch early lupus-related ear damage, which is one reason the connection between lupus and tinnitus has historically been underappreciated. A conventional audiogram tests frequencies up to about 8,000 Hz and may come back normal even when higher-frequency hearing is already deteriorating. Extended high-frequency audiometry, which tests up to 16,000 or 20,000 Hz, is more sensitive to the earliest changes. Studies have consistently found significant differences between SLE patients and controls at these very high frequencies, even when standard audiograms looked unremarkable.¹

Additional tests can help pin down the type and location of the problem. Otoacoustic emission testing measures sounds generated by the outer hair cells of the cochlea: when those cells are healthy, they produce faint echoes in response to sound stimulation, and a reduced or absent response signals cochlear damage. In SLE patients with abnormal hearing test results, these emission signals were markedly weaker than in controls.¹ Auditory brainstem response testing, which measures the speed and quality of nerve signaling from the ear to the brain, can reveal slower-than-normal transmission times in lupus patients.⁵

If you have lupus and develop new tinnitus, your doctor will also want to check for antiphospholipid antibodies if they have not been tested recently, since the clotting-related mechanism requires a different treatment approach than the inflammatory one. Blood work looking at disease activity markers and imaging of the inner ear or brain (usually MRI) may also be ordered, especially if the onset was sudden or accompanied by vertigo.

Treatment Approaches

There is no single standard protocol for treating lupus-related tinnitus, partly because the treatment depends on what is driving the ear damage. In general, the strategy follows two tracks: control the underlying disease activity and, when possible, remove or reduce any medication that might be contributing.

When tinnitus appears alongside a lupus flare, calming the inflammatory attack on the inner ear is the priority. Corticosteroids, either given systemically or sometimes injected directly into the middle ear, are the most common first-line treatment for autoimmune inner ear disease. If hearing loss is caught early and treated aggressively, there is a window for recovery. For patients who do not respond to steroids, stronger immunosuppressive drugs can be considered, though these carry their own side-effect burden.¹¹

In cases where antiphospholipid-related clotting is suspected, anticoagulation therapy may be needed to prevent further microvascular damage. There is also a small body of evidence suggesting that plasmapheresis, a procedure that filters antibodies and immune complexes out of the blood, can improve hearing in some SLE patients. In one reported case, a young woman with lupus-related hearing loss experienced dramatic improvement after two courses of plasmapheresis, supporting the idea that circulating immune complexes and antiphospholipid antibodies play a direct role in the hearing damage.¹²

For tinnitus specifically, once any reversible hearing loss has been addressed, the tinnitus itself may persist even if some hearing returns. In that case, management shifts to symptom control: sound therapy (using background noise or specially tuned devices to mask the tinnitus), cognitive behavioral approaches that help reduce the distress tinnitus causes, and hearing aids that amplify real sounds and make the tinnitus less noticeable. These are the same tools used for tinnitus from any cause, and they can make a meaningful difference in quality of life even when the underlying hearing damage is not fully reversible.

Why Early Detection Changes the Outcome

One of the frustrating aspects of lupus-related hearing damage is that it often starts silently. Because the very highest frequencies are affected first, you can lose a significant amount of cochlear function before you notice trouble understanding speech or hearing everyday sounds. By the time tinnitus becomes persistent and bothersome, the damage may already be moderate. A recent systematic review concluded that routine audiological monitoring should be considered standard care for lupus patients, specifically to reduce the risk of irreversible hearing loss.¹³

That recommendation has not yet been universally adopted. Most rheumatology guidelines focus on kidney, skin, joint, and cardiovascular monitoring, and hearing screening is not a standard part of lupus follow-up in many clinics. If you have lupus, it is worth asking your rheumatologist about baseline hearing tests and periodic extended high-frequency audiometry, particularly if you are taking hydroxychloroquine long-term, have antiphospholipid antibodies, or have noticed any change in how well you hear in noisy environments. Being older and having more active disease both independently predict worse hearing outcomes in SLE, so patients with those risk factors have even more reason to keep tabs on their ears.²

When Tinnitus in Lupus Is Not From Lupus

It is easy to attribute every symptom to lupus when you have it, but tinnitus is one of the most common audiological complaints in the general population. Noise exposure, age-related hearing decline, earwax impaction, temporomandibular joint problems, stress, and dozens of other conditions can all cause tinnitus that has nothing to do with autoimmunity. The fact that someone has lupus and tinnitus does not automatically mean the lupus caused the tinnitus.

The clues that point toward a lupus-related cause include tinnitus that shows up during or just after a disease flare, tinnitus that is accompanied by measurable hearing loss (especially the high-frequency sensorineural pattern), and tinnitus that started or worsened after beginning or increasing an ototoxic medication. Vertigo or dizziness appearing alongside the tinnitus also raises the likelihood of an inner-ear autoimmune process, since lupus can damage the vestibular (balance) organs at the same time as the cochlea.³

In contrast, tinnitus that has been present for years with no change, correlates with loud noise exposure, or is associated with jaw clicking and ear fullness is more likely to have a non-lupus explanation. A thorough audiological workup can help sort this out, and knowing the cause changes what treatment makes sense. Immunosuppressive therapy for tinnitus caused by earwax would obviously be inappropriate, and conversely, ignoring lupus-driven hearing loss while trying various tinnitus supplements would miss the actual problem.

Lupus, the Brain, and Phantom Sound

There is one more layer to the relationship between lupus and tinnitus that does not get much attention. Lupus can directly affect the central nervous system, a condition sometimes called neuropsychiatric lupus. When the brain’s auditory processing pathways are involved, tinnitus can arise not from damaged ears but from altered signaling in the brain itself. This is sometimes called central tinnitus, and it can be present even when the ears and cochlea test as normal.

The auditory brainstem response delays observed in some lupus patients hint at involvement beyond the cochlea.⁵ Whether these reflect direct autoimmune damage to nerve fibers, secondary effects of small-vessel vasculitis in the brain, or some combination is not entirely clear. From a practical standpoint, central tinnitus is harder to treat than cochlear tinnitus because the source of the signal is more diffuse and less accessible. When it occurs in the context of neuropsychiatric lupus, the treatment priorities usually center on controlling the broader neurological disease activity, with the expectation that tinnitus may improve as brain inflammation comes down.

Research on tinnitus in autoimmune conditions remains relatively thin compared with what we know about, say, lupus nephritis or lupus skin disease. Most of the studies are small, and there are no large randomized trials specifically testing tinnitus treatments in SLE patients. The evidence we do have, however, consistently points in the same direction: lupus can and does damage the hearing system through multiple pathways, tinnitus is a frequent marker of that damage, and catching it early gives the best chance of preserving hearing. Whether the ringing is coming from the cochlea, the auditory nerve, or the brain’s processing centers, it is not something to dismiss as just stress or aging when lupus is in the picture.

1
PubMed Central. Characteristics of Hearing Loss in Patients with Systemic Lupus Erythematosus
2
PubMed. Subclinical sensorineural hearing loss in systemic lupus erythematosus: a comparative cross-sectional study
3
PubMed Central. Systemic Lupus Erythematosus and hearing disorders: Literature review and meta-analysis of clinical and temporal bone findings
4
The Egyptian Rheumatologist. Audiologic evaluation in systemic lupus erythematosus patients and impact of hydroxychloroquine therapy
5
PubMed. Auditory function in patients with systemic lupus erythematosus
6
PubMed Central. Audiovestibular Dysfunction Related to Anti-Phospholipid Syndrome: A Systematic Review
7
PubMed. Sudden Sensorineural Hearing Loss in Systemic Lupus Erythematosus and Antiphospholipid Syndrome: A Clinical Review
8
PubMed Central. Effects of NSAIDs on the Inner Ear: Possible Involvement in Cochlear Protection
9
Otolaryngologic Clinics of North America. Ototoxicity of Salicylate, Nonsteroidal Antiinflammatory Drugs, and Quinine
10
PubMed Central. Ototoxicity of Immunosuppressant Drugs: A Systematic Review
11
PubMed Central. Emerging options in immune-mediated hearing loss
12
Internal medicine. Systemic lupus erythematosus with sensorineural hearing loss and improvement after plasmapheresis using the double filtration method
13
PubMed Central. Hearing Loss in Systemic Lupus Erythematosus: a Systematic Review