No medication is currently approved by the FDA specifically for tinnitus. Despite affecting millions of people and driving significant research investment, no drug has cleared the bar for regulatory approval as a tinnitus treatment. That said, several medications prescribed off-label can reduce tinnitus severity or make it more manageable, and treating an underlying condition sometimes resolves tinnitus entirely.
Why No Drug Has Been Approved Yet
Tinnitus isn’t a single disease. It’s a symptom with dozens of possible causes, from noise damage and age-related hearing loss to blood vessel abnormalities and medication side effects. The phantom sound you hear likely originates not in your ear but in your brain, where auditory circuits have become hyperactive or reorganized after losing normal input. This complexity makes it extremely difficult to design a single drug that works for most patients, which is what the FDA requires for approval.
The placebo effect in tinnitus trials is also remarkably strong. In one clinical trial testing anticonvulsant drugs, 38 to 50 percent of people taking a sugar pill reported meaningful improvement. That high placebo response makes it hard for any real drug to demonstrate a clear statistical advantage, even when patients genuinely feel better on the medication.
Anti-Anxiety Medications
Benzodiazepines are among the most commonly prescribed drugs for tinnitus, even without formal approval. Options include alprazolam, clonazepam, diazepam, and lorazepam. These drugs work by boosting the activity of a brain chemical called GABA, which dampens neural firing. If your tinnitus is driven by overactive auditory circuits in the brain, increasing GABA-related inhibition can turn down that excess activity and reduce the perceived loudness or intrusiveness of the sound.
The trade-off is that benzodiazepines carry a risk of dependence, sedation, and cognitive dulling, especially with long-term use. They tend to be most helpful for people whose tinnitus is tightly linked to anxiety or sleep disruption, where the calming effect addresses both problems at once. Doctors typically prescribe them at low doses and for limited periods.
Antidepressants
Older tricyclic antidepressants, particularly nortriptyline and amitriptyline, have shown slight improvements in tinnitus severity in clinical trials. Nortriptyline reduced depression, functional disability, and tinnitus loudness in one study of people with severe chronic tinnitus, though the results were modest. Amitriptyline improved the overall negative impact of tinnitus in some patients without actually changing measurable loudness levels, suggesting it helps more with how tinnitus affects daily life than with the sound itself.
Newer antidepressants in the SSRI class have been less promising. Paroxetine showed no overall improvement compared to placebo in validated tinnitus measures. The working theory is that these drugs may help in two ways: by treating the depression and anxiety that often accompany tinnitus, or by directly affecting receptors in the brain’s auditory pathways. For many people, the emotional distress caused by tinnitus is the real problem, and reducing that distress can make the sound far less intrusive even if it doesn’t get quieter.
Anticonvulsants
Drugs originally developed for seizures, like carbamazepine and gabapentin, have been tested based on the same logic as benzodiazepines: if tinnitus reflects abnormal neural excitability, drugs that calm overactive neurons might help. In a randomized trial, carbamazepine reduced tinnitus severity in about 57 percent of patients compared to 39 percent on placebo, a noticeable difference on paper. But when researchers applied strict statistical tests, carbamazepine and its cousin oxcarbazepine were not significantly more effective than placebo overall.
Gabapentin results have been similarly mixed. One trial found no significant difference from placebo, while another reported strong results specifically in patients whose tinnitus followed acoustic trauma. This pattern, where a drug helps a specific subgroup but not tinnitus patients as a whole, is common across tinnitus research and underscores why a one-size-fits-all pill remains elusive.
Steroid Injections Into the Ear
For certain types of tinnitus, particularly cases linked to sudden hearing loss, Meniere’s disease, or noise injury, doctors can inject a steroid solution directly through the eardrum into the middle ear. This delivers a high concentration of anti-inflammatory medication right next to the inner ear structures, bypassing the rest of the body. The procedure, first reported for tinnitus in 1982, has shown good results in roughly 77 percent of patients at one month in early studies.
A typical course involves small injections once or twice a week for two to four weeks. The procedure is done in an office setting with local numbing. It’s most commonly tried for acute tinnitus (within the first three months of onset) or for tinnitus that hasn’t responded to other approaches. Results vary considerably depending on the underlying cause, and this is not a standard first-line treatment for the average person with long-standing ringing in their ears.
When the Fix Is Treating Something Else
Sometimes the most effective “tinnitus medication” is a drug that treats the condition causing the tinnitus. High blood pressure, for example, can produce pulsatile tinnitus, a rhythmic whooshing sound that matches your heartbeat. In these cases, blood pressure medications or beta-blockers that reduce heart rate and arterial flow can make the tinnitus more tolerable or eliminate it. One documented approach used propranolol (a beta-blocker) combined with clonazepam to successfully reduce pulsatile tinnitus caused by an unusual blood vessel anatomy.
Thyroid disorders, ear infections, TMJ problems, and earwax impaction can all produce tinnitus that resolves when the root cause is addressed. This is why a thorough medical evaluation matters before focusing solely on tinnitus-specific treatments.
Medications That Can Make Tinnitus Worse
If you already have tinnitus, it’s worth knowing that certain common medications can trigger or worsen it. The list includes:
- Pain relievers: aspirin, ibuprofen, and some prescription anti-inflammatory drugs
- Antibiotics: clarithromycin, ciprofloxacin, tetracycline
- Heart and blood pressure drugs: certain diuretics, beta-blockers, and ACE inhibitors
- Anticonvulsants: ironically, carbamazepine, which is sometimes used to treat tinnitus, appears on ototoxic drug lists as well
- Antidepressants: amitriptyline, which is also used off-label for tinnitus, can worsen it in some people
The dose usually matters. Aspirin-related tinnitus, for instance, tends to occur at higher doses and is often reversible when the dose is reduced. If you notice your tinnitus worsening after starting a new medication, that connection is worth raising with your prescriber.
What About Supplements?
Ginkgo biloba is the most widely marketed supplement for tinnitus, but a Cochrane review, considered the gold standard for evaluating medical evidence, found it likely has little to no effect on tinnitus severity, loudness, or quality of life compared to placebo. The certainty of the evidence was rated very low to low across all outcomes measured. Zinc supplements have also been studied, but without convincing results for the general tinnitus population. Some evidence suggests zinc may help the small subset of people who are genuinely zinc-deficient, but routine supplementation doesn’t appear to be beneficial.
The supplement market for tinnitus is large and aggressively marketed, which can make these products seem more evidence-based than they are. Most combine ingredients like ginkgo, B vitamins, and zinc in proprietary blends with no clinical testing of the specific combination.