Acceptance and Commitment Therapy (ACT) for tinnitus reduces distress by teaching psychological flexibility, not by silencing the sound. Rather than targeting the noise itself, ACT targets the struggle against the noise: the checking, the catastrophising, the avoidance that builds up around it. A 2023 meta-analysis of three RCTs found that ACT produced a clinically meaningful 17.67-point reduction in Tinnitus Handicap Inventory (THI) scores compared to no treatment (Ungar et al. (2023)). If you have ever found yourself cancelling plans because of tinnitus, or lying awake feeding the thought that something must be seriously wrong, ACT was designed precisely for that kind of suffering.
The name can be misleading. “Acceptance” in ACT does not mean resigning yourself to misery or pretending the sound does not bother you. It means choosing to stop waging a war you cannot win against a sensation, so that your attention and energy can go toward the life you actually want.
How ACT Differs from CBT and TRT
All three major psychological approaches to tinnitus share the same core insight: the sound itself is rarely the whole problem. The distress is. Where they differ is in how they address that distress.
Cognitive Behavioural Therapy (CBT) works by identifying and restructuring unhelpful thoughts about tinnitus. If you believe “this sound means something is seriously wrong with me,” CBT helps you examine that belief, test it against evidence, and replace it with a more accurate thought.
Tinnitus Retraining Therapy (TRT) combines directive counselling with prolonged low-level sound enrichment. The goal is habituation: over time, your brain learns to reclassify tinnitus as a neutral, non-threatening signal and filter it out.
ACT takes a different route. Rather than restructuring thoughts or habituating to sound, it teaches you to observe thoughts without being controlled by them (a process called defusion) and to redirect your energy toward what genuinely matters to you. The target is psychological flexibility: the ability to be present with difficult experiences without letting them dictate your choices.
In a head-to-head trial, ACT outperformed TRT at every follow-up point over 18 months, with a Cohen’s d of 0.75 in favour of ACT (Westin et al. (2011)). TRT is not ineffective, but 10% of TRT patients in that trial showed clinically meaningful deterioration, compared to none in the ACT group.
Approach
Core mechanism
Goal
CBT
Restructure unhelpful thoughts
Change what you think about tinnitus
TRT
Habituation via sound enrichment
Reclassify tinnitus as neutral
ACT
Defusion and values-based action
Live fully alongside tinnitus
The Six ACT Processes Applied to Tinnitus
ACT is built around six interconnected psychological processes, sometimes called the hexaflex. In tinnitus treatment, each one addresses a specific way that tinnitus can take over a person’s life.
1. Acceptance
Definition: opening up to difficult sensations and emotions without trying to suppress or escape them.
Tinnitus example: Instead of bracing against the ringing every morning, you practise allowing it to be present — not welcoming it, but not fighting it either. The energy you would have spent on avoidance becomes available for other things.
2. Cognitive defusion
Definition: learning to observe your thoughts as thoughts, rather than treating them as facts.
Tinnitus example: The thought “this sound is destroying my life” can feel like a statement of fact at 3 a.m. Defusion means noticing that thought — “I’m having the thought that this is destroying my life” — without fully fusing with it. You can have the thought without being run by it.
3. Present-moment awareness
Definition: deliberately directing attention to what is happening right now, rather than being pulled into worry about the future or rumination about the past.
Tinnitus example: Tinnitus often becomes louder (subjectively) during periods of mental time travel — lying in bed imagining what life will be like in five years if this never goes away. Present-moment practice anchors attention to what is actually happening: the feel of the bedsheets, the rhythm of breathing, what you can see in the room.
4. Self-as-context
Definition: developing a sense of yourself as the observer of your experience, rather than being defined by it.
Tinnitus example: “I am a person who has tinnitus” rather than “I am a tinnitus sufferer.” When tinnitus is something you observe rather than something you are, it loses some of its power to organise your entire identity.
5. Values
Definition: identifying what genuinely matters to you, independent of your symptoms.
Tinnitus example: A patient who values being present for his children may have been withdrawing from family events because of tinnitus. Clarifying that value creates a reason to re-engage, even with the sound still there.
6. Committed action
Definition: taking concrete steps toward your values, even in the presence of difficult symptoms.
Tinnitus example: Returning to a music class you loved, or accepting a dinner invitation, while the ringing continues. The action is not contingent on the tinnitus being resolved first.
All six processes were confirmed as active components in a recent clinical programme designed for tinnitus patients (Takabatake et al. (2025)).
Steven Hayes, the psychologist who developed ACT, has tinnitus himself. He describes moving from severe distress about constant ringing to a state in which it is present but no longer bothers him. He still hears it. His experience is one person’s story, not clinical evidence — but many patients find it meaningful that the therapy’s founder has lived precisely this problem.
What Does the Evidence Say?
The evidence base for ACT in tinnitus is genuinely encouraging, and it is modest in size. Both things are true.
The most comprehensive quantitative picture comes from a meta-analysis pooling three RCTs of ACT for tinnitus. ACT produced a mean THI reduction of 17.67 points (95% CI: -23.50 to -11.84) compared to no-treatment controls (Ungar et al. (2023)). The THI’s accepted minimum clinically important difference is approximately 7 points, so this reduction is clinically meaningful. The caveat: three trials with around 100 participants total is a thin evidence base. The authors explicitly call for larger trials.
The most clinically informative single trial pitted ACT against TRT directly. In 64 normal-hearing adults, ACT produced a Cohen’s d of 0.75 advantage over TRT across all time points. At 6 months, 54.5% of ACT patients showed reliable clinical improvement, compared to 20% in the TRT group (Westin et al. (2011)). An important limitation: this trial enrolled participants without significant hearing loss, so how well these results generalise to the broader tinnitus population (many of whom have comorbid hearing loss) is uncertain.
Set against these findings, a rigorous independent systematic review of 15 studies examining third-wave psychological therapies for hearing-related distress concluded that the overall evidence is currently insufficient to make a firm recommendation (Wang et al. (2022)). Methodological weaknesses and small samples were the primary concerns.
ACT for tinnitus shows clinically meaningful effects in the trials that exist. The honest picture is that those trials are few and small. Guideline bodies have reached different conclusions: NICE (UK) includes ACT in its stepped-care pathway for tinnitus, while the US VA/DoD 2024 guidelines give it a neutral rating, acknowledging it as a legitimate option but stopping short of a formal recommendation.
The field is not at a point where anyone should promise you ACT will work. The field is at a point where the results are meaningful enough to take seriously.
Who Is ACT Best Suited For?
ACT is not the right first step for everyone with tinnitus, and it is worth thinking about whether it fits your situation.
The clearest candidate is someone who has already engaged with TRT or CBT without adequate relief. A small case series of five patients who had not responded to TRT found that three achieved clinically meaningful THI reductions after ACT. Patients without comorbid hearing loss showed greater improvements in cognitive fusion and anxiety scores (Takabatake et al. (2025)). The sample is too small to draw firm conclusions, but the pattern fits the broader clinical picture: ACT may be particularly useful when habituation-based approaches have stalled.
ACT may also resonate particularly with people who feel trapped in a cycle of monitoring: checking whether the sound is louder today, avoiding quiet rooms, planning life around tinnitus. Those behaviours are exactly what ACT targets. If your main struggle is not the sound itself but everything you do to manage the sound, ACT addresses that directly.
One honest note: ACT’s acceptance philosophy does not land the same way for everyone. For someone in the acute phase of new tinnitus, being asked to accept uncertainty may feel premature. For someone years into chronic tinnitus who has tried everything else, it may be exactly what they need.
ACT is a psychological intervention that requires a trained therapist or structured programme. It is not the same as informal “just accept it” advice. If you have significant hearing loss alongside tinnitus, a hearing assessment and audiologist consultation should be part of your care pathway regardless of which psychological approach you pursue.
What Does an ACT Programme for Tinnitus Look Like?
In the primary head-to-head trial, ACT was delivered as 10 weekly individual sessions of 60 minutes each (Westin et al. (2011)). Sessions worked through the hexaflex processes in sequence, with exercises and between-session practices tailored to tinnitus.
Internet-delivered formats are an active area of development. The SoundMind trial, currently underway, is testing a guided self-help ACT programme combined with sound therapy for adults with tinnitus and comorbid insomnia (Huang et al. (2024)). No results are available yet, but the trial reflects where the field is heading: accessible, scalable delivery without requiring weekly face-to-face appointments.
What this means practically: if you cannot access a specialist tinnitus therapist locally, internet-delivered ACT may become a realistic option. For now, the clearest route is through a clinical psychologist or CBT therapist with training in ACT and ideally experience with tinnitus or chronic health conditions.
Key Takeaways
ACT for tinnitus is a structured, evidence-supported psychological approach with a distinctive goal: not making the sound quieter, but making the sound matter less. Here is where the evidence stands:
A meta-analysis of three RCTs found ACT reduced THI scores by a mean of 17.67 points versus no treatment (Ungar et al. (2023)), exceeding the threshold for clinical significance.
A head-to-head trial against TRT found ACT superior at all follow-up points over 18 months, with 54.5% of ACT patients achieving reliable improvement versus 20% in TRT (Westin et al. (2011)).
An independent review of 15 studies rated the overall evidence as currently insufficient to make a firm recommendation (Wang et al. (2022)): the trial base remains small.
NICE (UK) includes ACT in its tinnitus stepped-care guidelines. The US VA/DoD guidelines give a neutral rating.
ACT may be particularly relevant if you have already tried TRT or CBT without adequate relief.
To find an ACT-trained therapist, the Association for Contextual Behavioral Science (ACBS) maintains a therapist directory. In the UK, your GP or audiologist can refer you through NHS psychological therapies pathways. Ask specifically for a therapist with experience in chronic health conditions or auditory distress.
The tinnitus is likely not going away. That is not the end of the story — it is the starting point. ACT is built around that reality, and the evidence suggests it is worth pursuing.
Acute tinnitus (lasting under three months) resolves spontaneously in approximately 70% of cases, but once tinnitus becomes chronic, the most realistic and evidence-supported outcome is habituation: the brain learns to deprioritise the sound until it no longer disrupts daily life, even if it remains technically audible.
If you have typed “does tinnitus go away” into a search engine at midnight, you already know the fear behind that question. The ringing (or buzzing, or hissing) that seemed like it would pass is still there. And now you want an honest answer, not the vague reassurance that fills most health websites. That is exactly what this guide delivers.
The honest answer is genuinely two-sided, and that complexity is worth sitting with for a moment. For tinnitus that started recently, the odds are meaningfully in your favour. For tinnitus that has been present for months or years, the research points in a different direction, but “different” does not mean hopeless. There are two distinct ways tinnitus gets better: true physiological resolution, where the sound stops, and habituation, where the brain reclassifies the sound as unimportant so it stops intruding on your life. Both are real outcomes, and this guide will explain exactly what the evidence says about each.
Does Tinnitus Go Away? The Short Answer
Acute tinnitus, lasting less than three months, resolves on its own in approximately 70% of cases according to clinical consensus reflected in AWMF S3 guideline guidance and Deutsche Tinnitus-Liga expert synthesis. The earlier the underlying cause is addressed, the better the odds.
For chronic tinnitus, persisting beyond three months, full spontaneous resolution is uncommon. A large UK Biobank study following 168,348 adults found that only 18.3% of people who originally reported tinnitus no longer had it at a four-year follow-up (Dawes et al. 2020). The most common trajectory was stability, not resolution. In a tertiary clinic sample of chronic tinnitus patients followed over years, full remission occurred in just 0.8% of cases (Simoes et al. 2021, Scientific Reports).
The more clinically realistic goal for chronic tinnitus is habituation: a measurable, neurologically meaningful state in which the tinnitus sound remains audible but no longer dominates attention or causes significant distress. Research shows that distress levels do decrease over time in chronic tinnitus, even when the acoustic characteristics of the sound itself stay stable (Simoes et al. 2021). Habituation is not a consolation prize. It is an achievable outcome that can restore quality of life.
Acute vs Chronic Tinnitus: Why the Distinction Matters for Prognosis
Clinicians define acute tinnitus as lasting less than three months and chronic tinnitus as persisting beyond three months. These are not arbitrary administrative categories. They reflect meaningfully different biological states with different recovery trajectories.
One of the most common questions patients ask is how long does tinnitus last, and the answer depends on whether it is acute or chronic. Acute tinnitus typically arises from a recent, often reversible trigger: a loud noise event, an ear infection, earwax blocking the ear canal, or a medication that can damage the inner ear (ototoxic side effects). In many of these cases, the peripheral auditory system is temporarily disrupted rather than permanently damaged, and the tinnitus resolves as that disruption clears. Post-noise-exposure tinnitus after a single concert or sporting event, for example, often fades within 16 to 48 hours, provided the sound was not intense enough to cause permanent cochlear hair cell damage.
Chronic tinnitus involves more established changes at the level of the central auditory system. When the ear delivers reduced or distorted signals to the brain over weeks and months, the brain compensates by turning up its own internal sensitivity. Researchers call this central gain enhancement, a process in which the brain amplifies its own internal signals to compensate for reduced input from the ear. Over time, these compensatory neural changes can become self-sustaining, meaning the tinnitus persists even if the original peripheral trigger is resolved. This is why tinnitus that starts after noise exposure does not always stop when you leave the noisy environment.
Understanding temporary vs chronic tinnitus is the single most important frame for interpreting your prognosis. The six-month mark is a clinically meaningful threshold in this process. A community-based longitudinal study (Umashankar et al. 2025, Hearing Research; 51 acute-onset participants enrolled, 26 followed to six months) found that both tinnitus distress and the perceived loudness of the tinnitus sound peak at onset and reduce significantly over the first six months. Peripheral auditory sensitivity, measured by audiograms and otoacoustic emissions (a test that measures sounds produced by the inner ear in response to stimulation), did not change during the same period. This finding points to spontaneous central habituation as the mechanism of early improvement, not cochlear repair. After the six-month point, these early spontaneous changes become less likely, and neuroplastic changes become more firmly established.
The six-month window is not a deadline to panic about. It is useful information: if your tinnitus started recently, acting promptly to address treatable underlying causes and access support significantly improves your odds of recovery.
Tinnitus that begins after a sudden sensorineural hearing loss (ISSNHL, or sudden hearing loss) is a specific and well-studied subtype. Because ISSNHL is treated medically as an emergency, there is more controlled data on its natural history than for other acute tinnitus causes. This population is discussed in detail in the statistics section below.
What the Evidence Says: Recovery Statistics You Can Actually Use
What does the tinnitus natural history research actually show? The recovery statistics for tinnitus vary considerably depending on what caused it, how severe the associated hearing loss is, and how long it has been present. Here is what the research shows for each major scenario.
After brief noise exposure
Mild, temporary tinnitus after a loud event — a concert, a sporting fixture, a brief industrial noise exposure — typically resolves within hours to two days, provided the sound exposure was not severe enough to permanently damage cochlear hair cells. This kind of transient tinnitus is extremely common and not clinically concerning if it clears fully. If it does not clear within 48 to 72 hours, a hearing assessment is advisable.
After sudden sensorineural hearing loss (ISSNHL)
The most specific recovery data comes from Mühlmeier et al. (2016), a retrospective analysis of placebo arms from two randomised controlled trials with 113 adult patients experiencing acute ISSNHL. Two-thirds of patients with mild-to-moderate hearing loss achieved complete tinnitus remission within three months. For patients with severe-to-profound hearing loss, full remission was approximately three times less frequent. An important note: hearing recovery typically preceded tinnitus resolution in these patients, which suggests that peripheral cochlear repair is the main driver of early tinnitus remission in this subgroup.
This two-thirds figure applies specifically to ISSNHL. It should not be generalised to all acute tinnitus.
General acute tinnitus
For acute tinnitus across all causes, clinical consensus from the AWMF S3 guideline and Deutsche Tinnitus-Liga expert synthesis estimates that approximately 70% of cases resolve spontaneously. This figure is drawn from synthesised clinical experience rather than a single large primary study, and it should be understood as a guideline-level estimate rather than a precise epidemiological finding.
Chronic tinnitus
Once tinnitus passes the three-month threshold, the probability of complete spontaneous resolution drops substantially. The best population-level evidence comes from Dawes et al. (2020), a UK Biobank prospective cohort tracking 168,348 adults, with 4,746 followed longitudinally over approximately four years. At the four-year follow-up, 18.3% of those who had originally reported tinnitus now reported none. Around 9% reported improvement without full resolution. The majority, over 60%, reported no change. Around 9% reported worsening.
Trajectory at 4-year follow-up
Approximate proportion
No tinnitus (resolution)
18.3%
Improved
~9%
Unchanged
>60%
Worsened
~9%
Source: Dawes et al. (2020), UK Biobank, n=4,746 longitudinal subsample.
In a tertiary clinic sample of 388 patients with established chronic tinnitus followed over years, full remission occurred in only 0.8% of cases (Simoes et al. 2021, Scientific Reports). This population was drawn from a specialist clinic and likely over-represents severe, treatment-resistant cases, so real-world community rates may be somewhat higher, consistent with the broader Dawes 2020 figure. Observational data from the Deutsche Tinnitus-Liga and Apotheken Umschau suggest that up to one-third of chronic patients may achieve late remission over years, though this figure comes from expert-level observational evidence rather than controlled research.
The honest summary: for chronic tinnitus, stability is the most common trajectory. Spontaneous resolution happens for some people over long timescales, but it cannot be predicted reliably for any individual. The most evidence-backed path to meaningful improvement is through supporting the brain’s habituation process.
Two Ways Tinnitus Gets Better: Resolution vs Habituation
One of the most important distinctions in understanding tinnitus recovery is between two genuinely different processes that can both feel like “getting better.”
True physiological resolution happens when the underlying cause of the tinnitus is reversed. The earwax is removed and the blockage clears. The ear infection resolves and the auditory pathway settles. A medication known to cause tinnitus is stopped and the sound fades. After ISSNHL, cochlear hair cells partially repair themselves and hearing returns, taking the tinnitus with it. In these cases, the peripheral or central signal that was generating the phantom sound is simply switched off. The sound stops.
This pathway is most available with reversible, acute causes. It is what most people hope for when they search “does tinnitus go away.”
Habituation is a different process entirely. The tinnitus signal is still present in the auditory system, but the brain’s limbic and attentional circuits have learned to reclassify it as unimportant, non-threatening background noise. It is analogous to living near a busy road: initially the traffic noise is intrusive and hard to ignore, but over months your brain filters it out until you genuinely do not notice it for hours at a time. The noise has not changed. Your relationship with it has.
The neurological basis of this is real, not metaphorical. The limbic system, which governs emotional responses, and the brain’s attention-regulating circuits (centred in the prefrontal cortex) both play roles in amplifying or dampening the subjective experience of tinnitus. When these systems learn that the tinnitus signal does not predict threat or require response, the distress circuitry is progressively decoupled from the auditory signal.
The clinical evidence confirms that habituation produces measurable changes in tinnitus burden even when the acoustic properties of the sound are unchanged. Simoes et al. (2021, Scientific Reports) followed 388 chronic tinnitus patients and found that their distress scores on validated questionnaires (THI, Tinnitus Questionnaire [TQ]) decreased significantly over time, while objective measurements of tinnitus loudness and pitch (psychoacoustic testing, meaning standardised measurements of how loud and high-pitched the tinnitus sounds to the patient) remained stable. The sound was still there. The suffering was not.
Some people find the habituation framing frustrating: “So it will never actually stop?” That is a fair response, and the frustration is understandable. What the research shows is that habituation can reduce the intrusion of tinnitus to the point where it no longer interferes with sleep, work, or emotional wellbeing, the measures that actually determine quality of life. Many people who have habituated describe their tinnitus as something they simply do not think about, even though they can still hear it if they focus on it. That is a genuine and meaningful outcome.
One of the most counterintuitive findings in tinnitus research is that tinnitus loudness and tinnitus suffering are poorly correlated. A person with objectively quiet tinnitus can be severely distressed by it; a person with objectively loud tinnitus can be barely bothered. The Hobeika et al. (2025, Nature Communications) analysis of nearly 193,000 adults confirmed that mood, neuroticism, and sleep quality predict tinnitus severity independently of hearing health, more so than hearing health itself. The signal matters less than the brain’s response to it.
This is not just an interesting fact. It has direct implications for recovery: the factors most strongly associated with tinnitus severity are psychological and behavioural, and many of them are amenable to change.
7 Signs Your Tinnitus Is Going Away (or Habituating)
Tracking tinnitus improvement is genuinely difficult because the sound fluctuates from day to day and week to week. A bad day after a few good ones does not mean recovery has stalled. What matters is the trend over weeks, not the variation between mornings.
With that context, here are seven signs tinnitus is going away or moving into habituation, covering both true resolution and the early stages of that process:
Reduced perceived intensity during quiet moments. The tinnitus sounds quieter in a silent room than it did weeks ago.
Shorter intrusive episodes. Tinnitus may still appear, but each episode of active awareness is briefer.
Fewer spike days. The frequency of days when the tinnitus feels loud or overwhelming is decreasing over the past month compared to the month before.
Improved sleep quality. You are falling asleep more easily despite the tinnitus, or waking less frequently because of it. Sleep is one of the most sensitive indicators of tinnitus burden.
Improved mood and reduced anxiety. The background dread associated with the sound is lifting. You feel less alarmed when you notice the tinnitus.
Reduced sensation of ear pressure or fullness. If your tinnitus was accompanied by a feeling of blockage or pressure, reduction in this sensation can indicate improvement in the underlying peripheral condition.
Decreased attentional capture. This is the most clinically meaningful marker. The tinnitus is present, but it is no longer the first thing your brain fixes on when you enter a quiet room. You notice it when you look for it, rather than it announcing itself.
Sign 7, reduced attentional capture, reflects the early stages of limbic decoupling that characterises successful habituation. It may arrive even when the sound has not noticeably quieted.
If you are not yet experiencing these signs, that does not mean improvement is not happening or will not happen. Tinnitus recovery, like many neurological processes, is gradual and non-linear.
What Determines Whether Your Tinnitus Goes Away?
Several factors influence your individual prognosis. Knowing which factors matter most is genuinely useful, because some of them are things you can act on.
Cause of the tinnitus. Tinnitus from reversible causes carries the best prognosis. Earwax impaction, middle ear infection, and medication side effects are among the most treatable causes, and resolution of the cause frequently resolves the tinnitus. Tinnitus linked to permanent sensorineural hearing loss is more likely to persist, because the peripheral signal deficit driving the central gain enhancement does not fully reverse.
Duration. The earlier tinnitus is assessed and treated, the better the odds of recovery. The six-month window described earlier reflects real changes in neural plasticity. This is not cause for panic if you have had tinnitus longer, but it does mean that waiting and hoping is a less effective strategy than seeking assessment early.
Severity of associated hearing loss. Mühlmeier et al. (2016) found a three-fold difference in remission rates between patients with mild-to-moderate hearing loss versus severe-to-profound hearing loss in the ISSNHL population. More severe underlying cochlear damage means the peripheral signal deficit is harder to reverse.
Psychological profile and sleep. The Hobeika et al. (2025) analysis of 192,993 adults in the UK Biobank found that mood, neuroticism, and sleep quality predicted whether tinnitus would become severe and debilitating, with a large effect size (Cohen’s d=1.3, where values above 0.8 are considered large; area under the ROC curve=0.78, a diagnostic accuracy metric where 1.0 is perfect prediction). Critically, these predictors were independent of hearing health. The factors that determine whether you develop tinnitus are different from the factors that determine how severely it affects you.
Hearing loss is the main predictor of whether tinnitus starts. Mood, neuroticism, and sleep are the main predictors of how severe it becomes. This distinction matters because mood and sleep are modifiable. Addressing them is not just symptomatic management. It targets the primary drivers of tinnitus burden.
Central sensitisation. Once the central auditory system has been in a heightened gain state for a sustained period, spontaneous reversal becomes less common. This is the neurological basis of the six-month prognostic threshold. It does not mean that improvement is impossible after six months. It means that intervention, rather than watchful waiting, becomes the more productive strategy.
Tinnitus loudness, in isolation, is a poor predictor of outcome. A quiet tinnitus can cause profound suffering. A loud tinnitus can be habituated to the point of barely causing inconvenience. The brain’s response to the signal matters more than the signal’s volume.
Understanding which factors are modifiable points directly toward the treatments most likely to help, and there are several with strong evidence behind them.
The Road to Habituation: What Treatment Can Achieve
For people whose tinnitus has moved into chronic territory, the evidence-based pathway to improvement runs through supporting and accelerating the habituation process. Several treatment approaches have meaningful research behind them.
Cognitive behavioural therapy (CBT)
CBT has the strongest evidence base of any psychological treatment for tinnitus. It works by addressing the cognitive and emotional loops that sustain distress: the catastrophic thoughts about the tinnitus, the hypervigilance that keeps it front of mind, and the anxiety that amplifies its perceived volume. By changing the brain’s appraisal of the tinnitus signal, CBT supports the limbic decoupling that underlies habituation.
The Cochrane systematic review by Fuller et al. (2020), covering 28 randomised controlled trials with 2,733 participants, found that CBT reduced tinnitus distress with a standardised mean difference of -0.56 (95% CI -0.83 to -0.30), equivalent to approximately a 10.9-point reduction on the Tinnitus Handicap Inventory. The minimum clinically important difference on that scale is 7 points. Compared with audiological care alone, CBT produced an additional 5.65-point reduction in THI scores (moderate certainty evidence).
A network meta-analysis by Lu et al. (2024), synthesising 22 RCTs with 2,354 participants, ranked CBT highest for distress reduction on both the Tinnitus Questionnaire and Visual Analogue Scale (VAS) distress measure, and recommended the combination of sound-based therapy with CBT as the most comprehensive approach for chronic tinnitus.
No serious adverse effects from CBT were reported across any comparison in the Cochrane review.
Tinnitus Retraining Therapy (TRT)
TRT combines structured directive counselling with low-level sound enrichment (typically delivered via ear-level sound generators). Its goal is to recondition the brain’s response to the tinnitus signal through a combination of education, counselling, and habituation training.
Bauer et al. (2017) compared TRT against standard care in a controlled trial for chronic bothersome tinnitus with hearing loss, following participants for 18 months. Both TRT and standard care groups showed statistically significant improvement in THI and Tinnitus Functional Index (TFI) scores at 6, 12, and 18 months, with the TRT group showing a larger effect at all time points. The 18-month follow-up confirms that benefits are durable.
An important clinical point: the AWMF S3 guideline notes that the sound generator component of TRT adds no measurable benefit over the counselling component alone. This finding is relevant for patients weighing the cost and commitment of the full TRT protocol.
For a direct CBT versus TRT comparison: a single RCT with 42 participants (within the Fuller 2020 Cochrane review) found CBT produced a 15.79-point greater reduction in THI than TRT. This comparison is low-certainty due to the very small sample, and no strong conclusions about superiority should be drawn from it.
Sound therapy and hearing aids
For tinnitus linked to hearing loss, hearing aids serve a mechanistically logical purpose: they reduce the auditory contrast that makes tinnitus more salient. By amplifying ambient sound, they reduce the relative prominence of the tinnitus signal. The Lu et al. (2024) network meta-analysis ranked sound therapy highest for THI score improvement across all modalities. Hearing aids often form part of a combined approach with counselling.
Bimodal neuromodulation (Lenire)
A more recent addition to the treatment options is bimodal neuromodulation. The Lenire device pairs sound delivered through headphones with simultaneous mild electrical stimulation of the tongue, exploiting multimodal neural pathways to reduce tinnitus perception.
Conlon et al. (2020) conducted a randomised, double-blinded trial with 326 adults with chronic tinnitus of at least one year’s duration. All active treatment arms showed statistically significant reductions in tinnitus symptom severity on both the THI and TFI after a 12-week treatment period. Effects were sustained and in some measures continued to improve at 12-month post-treatment follow-up. A subsequent trial (Conlon et al. 2022) reported effect sizes in the moderate-to-large range (Cohen’s d -0.7 to -1.4), with 70.3% of participants reporting subjective benefit and a compliance rate of 83.8%. The Lenire device received FDA De Novo marketing authorisation in March 2023.
Long-term evidence beyond 12 months does not yet exist for bimodal neuromodulation, and NICE has not updated its guidance to reflect the post-2020 trial data. The FDA approval is based on the available evidence but the treatment should be understood as an emerging option rather than an established standard of care on the level of CBT.
None of the treatments described above eliminates tinnitus in most patients. The realistic goal is a meaningful reduction in how much tinnitus intrudes on daily life. Be cautious of any product or clinic that claims otherwise.
Key Takeaways
If you take nothing else from this guide, these are the core evidence-based messages:
Acute tinnitus (under three months) resolves spontaneously in approximately 70% of cases according to clinical consensus. Acting early on treatable underlying causes improves these odds.
Chronic tinnitus rarely resolves completely. The UK Biobank data (Dawes et al. 2020) shows that stability is the most common four-year trajectory, with full resolution in 18.3% of cases in a general population sample.
Habituation is a real and achievable outcome. Research demonstrates that tinnitus distress decreases over time even when the sound itself remains unchanged. Habituation is not acceptance of suffering. It is the brain learning to categorise a signal as unimportant.
The six-month window matters. If your tinnitus started recently, early assessment and treatment significantly improves your prognosis.
Mood, sleep, and neuroticism predict severity more than loudness. These are modifiable factors. Addressing them is not peripheral to tinnitus treatment. It is central to it.
CBT has the strongest evidence for reducing tinnitus distress. TRT and sound therapy provide additional support, particularly for hearing-loss-linked tinnitus. Bimodal neuromodulation is a newer, FDA-approved option with 12-month post-treatment follow-up data showing sustained benefit.
If your tinnitus has been present for more than a few weeks and is affecting your sleep or daily life, the single most useful step you can take is to see an audiologist or ENT specialist now, rather than waiting. Early assessment opens the most treatment options and catches any treatable underlying causes before they become established. The research is clear that the window for the best possible outcomes is wider earlier.
You may not get the answer you were hoping for tonight. But you now have an honest, evidence-grounded picture of what is realistic, what matters, and what you can do. That is a better starting point than most people searching this question ever find.
What Does a Tinnitus Treatment Plan Actually Look Like?
A tinnitus treatment plan typically follows a stepped-care sequence: rule out underlying causes first, then start with sound enrichment and sleep support, add CBT (the only treatment with moderate-to-high quality evidence) within weeks, and escalate to TRT or multidisciplinary care only if distress persists after 3–6 months. The goal is not silence. It is burden reduction and habituation: reaching a point where tinnitus no longer controls your attention, sleep, or mood.
Why Most Tinnitus Advice Feels Overwhelming
With dozens of tinnitus treatments available, knowing which ones have evidence behind them helps you make informed choices and advocate for yourself in clinical settings.
If you have left a GP or ENT appointment holding a list that includes hearing aids, CBT, TRT, supplements, and sound therapy — with no explanation of what to try first or how long to give each one — you are not alone. Most consumer-facing tinnitus resources cover the same territory: they describe every option but give no sequence, no evidence grades, and no realistic timelines. That leaves you to guess.
This article is the roadmap you probably did not get in the consulting room. It maps tinnitus interventions onto a clinically validated stepped-care model, tells you which treatments have genuine evidence behind them, and names the ones guidelines recommend skipping entirely. The framework draws on three major guidelines (AAO-HNS, VA/DoD, NICE) and the most comprehensive evidence synthesis available (Xian et al., 2025).
Step 1: Rule Out Causes and Red Flags (Weeks 1–4)
A good tinnitus treatment plan does not start with treatment. It starts with making sure nothing serious is being missed.
Some tinnitus has a treatable underlying cause: earwax blockage, otosclerosis, medication side effects, hypertension, or, rarely, a vestibular schwannoma. Before any management begins, a clinician should screen for what specialists call red flags — features that suggest the tinnitus is secondary to something that needs urgent attention rather than primary (idiopathic) tinnitus.
Red flags that warrant prompt ENT referral include:
Pulsatile tinnitus (a rhythmic sound that pulses with your heartbeat)
Tinnitus in one ear only, especially with asymmetric hearing loss
Sudden onset accompanied by significant hearing loss or dizziness
Any neurological symptoms alongside the tinnitus
NICE guidelines specify tiered referral timelines: some presentations require same-day or next-day assessment; others allow a two-week referral pathway. The VA/DoD Clinical Practice Guideline (2024) lists seven red flags that trigger immediate care. If any of these apply to you, push for a referral rather than waiting.
For most people, triage involves a standard audiological assessment: pure-tone audiometry to map your hearing threshold, and a clinical history covering onset, duration, and associated symptoms. Audiometry matters because hearing loss and tinnitus frequently co-occur, and identifying hearing loss shapes which interventions are appropriate.
If your tinnitus is mild and non-bothersome, the AAO-HNS guideline is explicit: education and reassurance alone may be all that is needed. Not everyone requires active treatment.
Triage is not a formality. It rules out the small percentage of cases where tinnitus signals something treatable, and for everyone else, it gives you a baseline to track progress against.
While you are awaiting audiological assessment or specialist review, two low-risk strategies can begin straight away: sound enrichment and sleep support.
Sound enrichment works by reducing the contrast between tinnitus and silence. In a quiet room, tinnitus sounds louder because there is nothing competing with it. Adding background sound — a fan, a white noise machine, a nature-sound app, or low-level music — reduces that contrast and lowers tinnitus salience. It does not treat the underlying condition, but it makes the days (and nights) more manageable while other interventions take hold.
For people with confirmed hearing loss alongside tinnitus, hearing aids are often the first practical tool. Amplifying environmental sound achieves the same contrast-reduction effect while simultaneously addressing the hearing impairment. Clinically, many patients report that hearing aids reduce tinnitus intrusiveness within weeks of fitting. The evidence base for this specific effect is still developing — no large randomised trial has established a precise timeline, and the most relevant feasibility trial was not powered to detect superiority — but the clinical observation is consistent enough that the combination of hearing aids and tinnitus management is widely recommended.
Sleep is where tinnitus does its worst damage for many people. Lying in a quiet room with no distraction is the condition under which tinnitus sounds loudest. Specific strategies that help include keeping a consistent sleep schedule, using a bedside sound device set slightly below tinnitus level (not louder), and avoiding screens in the hour before bed. If you wake in the night and tinnitus is the reason you cannot get back to sleep, having a pre-planned sound source to switch on removes one decision from an already stressed mind.
A network meta-analysis of 22 RCTs found that sound therapy ranked highest for reducing tinnitus impact on daily functioning, with an 86.9% probability of being the most effective intervention on that outcome (Lu et al., 2024). Be aware, though: sound therapy alone, without any counselling component, has only low-quality evidence overall (Cochrane review, 2018, 8 RCTs). It is a foundation, not a complete plan.
You do not need expensive equipment to start sound enrichment. A free app, a quiet radio, or an electric fan is enough to test whether background sound reduces your tinnitus awareness before investing in specialist devices.
Step 3: The Evidence Leader — CBT for Tinnitus (Weeks 4–16)
If there is a single treatment the evidence most clearly supports for tinnitus, it is cognitive behavioural therapy.
CBT is the only tinnitus intervention rated as having moderate-to-high quality evidence in the AAFP primary care guideline (Not, 2021). A 2020 Cochrane meta-analysis covering 28 randomised controlled trials and 2,733 participants found that CBT reduced tinnitus distress with a standardised mean difference of -0.56 compared to a waitlist control — equivalent to an approximately 11-point reduction on the Tinnitus Handicap Inventory, which exceeds the 7-point threshold for a clinically meaningful change (Fuller et al., 2020). When compared directly with audiological care alone, CBT produced moderate-certainty improvements.
What does tinnitus-focused CBT actually involve? A typical course runs 6 to 12 weekly sessions. The work targets three things: the catastrophising thoughts that make tinnitus feel threatening, the attention patterns that keep pulling focus toward the sound, and the sleep and avoidance behaviours that sustain distress. It does not make the tinnitus quieter. What it changes is the degree to which the sound bothers you, and that distress reduction is the clinically meaningful outcome.
This distinction matters. Many people arrive at CBT hoping for silence and feel disappointed when the sound is still there at week 12. The measure of success is not volume; it is how much of your life the tinnitus is still running.
Access to face-to-face CBT can be difficult. Waiting lists are long, and not all therapists are trained in tinnitus-specific protocols. Internet-delivered CBT is a genuine alternative: a 2024 meta-analysis of 14 RCTs (n=1,574) found that digital CBT produced a THI reduction of nearly 18 points with a large effect size (Cohen’s d=0.85) (McKenna et al., 2020). Several validated programmes are available via app or web platform without a specialist referral.
The network meta-analysis by Lu et al. (2024) found that combining sound therapy with CBT is likely more effective than either alone. CBT ranked highest for reducing tinnitus-specific distress (89.5% probability of being best on that outcome). If you are already using sound enrichment from Step 2, adding CBT is the logical next move.
CBT does not reduce tinnitus loudness. It reduces how much the tinnitus disrupts your life, and the evidence shows it does this better than any other available treatment.
Step 4: When to Escalate — TRT and Multidisciplinary Care (Months 3–18+)
Most people who engage consistently with CBT and sound enrichment will see meaningful improvement within 3 to 6 months. For those who do not, or for whom CBT is genuinely inaccessible, there are escalation options.
Tinnitus Retraining Therapy (TRT) is the most widely known second-line approach. It combines directive counselling (explaining the neurophysiological model of tinnitus to reduce its threat value) with prolonged exposure to low-level broadband sound generators. TRT is designed to run for 12 to 18 months, which makes it a substantially longer commitment than a CBT course.
Be clear-eyed about the evidence. TRT is rated as very low quality evidence by the AAFP primary-care guideline (Not, 2021). A well-designed RCT published in JAMA found that TRT, partial TRT, and standard care all produced similar rates of clinically meaningful improvement at 18 months (around 50% of participants in each group). A 2025 systematic review of 15 RCTs found TRT was not superior to simpler interventions overall. The German S3 guideline (AWMF 2022) recommends TRT only for cases lasting at least 12 months and notes, with 100% expert consensus, that the counselling component appears to be the active ingredient — the sound generator alone adds little.
This does not mean TRT is useless. Some patients respond to it when CBT alone has not been sufficient, and the directive counselling component overlaps substantially with what CBT does. It is worth considering when simpler approaches have not worked, not as a first call.
For people with severe, refractory tinnitus — where distress is significantly impairing function despite CBT and sound therapy — intensive rehabilitation or interdisciplinary care is the appropriate next step. The VA’s Progressive Tinnitus Management (PTM) framework, validated in two RCTs with improvements sustained at 12 months, describes this as Level 4: a coordinated evaluation by audiology and mental health working together (Henry, 2018). Level 5, individualised support, is reserved for the most complex presentations and may include specialist CBT, intensive group programmes, or hearing device optimisation.
Escalation to TRT or intensive programmes should happen in consultation with a specialist audiologist or ENT, not as a self-directed decision. Some high-cost private TRT programmes are marketed directly to patients. The evidence does not support paying a premium for TRT over simpler, shorter, evidence-based approaches.
What to Skip: Treatments the Evidence Recommends Against
When you are desperate for relief, it is natural to try anything that might help. Here is what the guidelines actually say.
The AAFP primary-care guideline (Not, 2021) explicitly recommends against the following for tinnitus:
Benzodiazepines (e.g. diazepam, clonazepam): inconsistent effects on tinnitus, high adverse-effect profile, and significant abuse potential
Anticonvulsants (gabapentin, carbamazepine, lamotrigine, acamprosate): shown to be ineffective, with an 18% adverse effect rate in trials
If a doctor has prescribed gabapentin or benzodiazepines for your tinnitus specifically (rather than for anxiety or another condition), it is worth asking which guideline supports that prescription. The honest answer, per the current evidence, is: none of the major ones do.
Your Roadmap at a Glance
Most people with bothersome tinnitus who engage consistently with CBT and sound therapy see meaningful distress reduction within 3 to 6 months. That is not a guarantee, and it is not silence. It is habituation: the point where tinnitus loses its grip on your attention and daily life.
Here is the sequence:
Step
What to do
When
Evidence level
1
Triage: rule out red flags, get audiometry
Weeks 1–4
Clinical standard
2
Sound enrichment + sleep strategies
Weeks 1–8
Low quality (sufficient to start)
3
CBT (face-to-face or digital)
Weeks 4–16
Moderate-to-high
4
TRT or interdisciplinary care if needed
Months 3–18+
Very low (option if CBT fails)
Your concrete first action: ask your GP for an audiology referral. Bring this article if it helps you frame the conversation. Tinnitus management is not about finding the one thing that works. It is about working through a sequence — with realistic expectations at each stage — until the sound stops running your life.
Tinnitus sound therapy uses external sound to reduce how much your tinnitus bothers you. There are two distinct goals: masking (temporary relief while the sound is playing) and habituation-based enrichment (training your brain, over months, to reclassify tinnitus as a non-threatening background signal). For long-term benefit, sound should be set just below your tinnitus level, not loud enough to cover it completely, because full masking prevents the habituation process. Research consistently shows that sound therapy works best as part of a combined programme that includes counselling, not as a standalone treatment.
Why People Turn to Sound Therapy for Tinnitus
If you are reading this, the ringing, buzzing, or hissing in your ears is probably getting in the way of your day. Maybe it disrupts your sleep, makes concentration harder, or just sits in the background making everything slightly more exhausting. You’ve heard that sound therapy might help, and you want to know whether it actually does — and how to use it properly.
This is an independent guide. We are not affiliated with any app, device maker, or clinic. What follows covers the two mechanisms behind sound therapy, the evidence on noise types (including an honest answer to whether white noise is better than brown noise), and a practical protocol you can start using today. We also tell you clearly what sound therapy cannot do — because knowing its limits is just as useful as knowing its strengths.
How Sound Therapy Works: Masking vs. Habituation
Understanding why sound therapy helps, and when it does not, depends on one distinction that most articles skip over.
Masking is straightforward. You play a sound that competes with or covers the tinnitus signal, and while that sound is playing, the tinnitus becomes less noticeable. The relief is real, but it is entirely temporary. Turn the sound off, and the tinnitus returns at its usual level. Think of it as covering a stain rather than removing it. Masking is useful for managing difficult moments, such as falling asleep or concentrating at work, but it does not change how your brain processes tinnitus over time.
Habituation-based sound enrichment works differently and is the basis for Tinnitus Retraining Therapy (TRT). The goal is not to cover the tinnitus but to coexist with it. When your brain is regularly exposed to low-level background sound, it gradually classifies the tinnitus signal as low-priority, the same way you stop noticing the hum of a refrigerator. Over months, this reduces the emotional and attentional response to tinnitus, even if its objective loudness stays the same.
The key to making this work is what clinicians call the mixing point. Sound level should be set just below your tinnitus loudness, so you can still hear both the background sound and the tinnitus simultaneously. Full masking, where the external sound completely covers the tinnitus, removes the signal from conscious perception entirely. That sounds appealing, but it actually prevents habituation: if your brain never hears the tinnitus alongside neutral, non-threatening context, it cannot learn to deprioritise it. This is a protocol specification from the TRT clinical model; no RCT has directly tested sub-mixing-point delivery against full masking head-to-head, but it is the accepted theoretical basis for habituation-based treatment.
There is a third consideration worth understanding: silence makes things worse. In a very quiet environment, your auditory system compensates for reduced input by increasing its own sensitivity, a process called auditory gain upregulation. This is why tinnitus often seems loudest late at night. Consistent background sound throughout the day keeps auditory gain stable, which is one reason sound enrichment is recommended even during hours when the tinnitus is not actively distressing you.
For temporary relief: mask. For long-term change: set the sound just below your tinnitus level and keep it there consistently. The goal is coexistence, not coverage.
The Noise Colour Question: White, Pink, and Brown Noise Compared
White noise contains equal energy at all audible frequencies, which gives it that familiar hissy, static quality. Pink noise is weighted toward lower frequencies, producing a softer, more even texture. Brown noise is weighted even further toward the bass end, creating a deeper rumble, closer to a waterfall or heavy rain. Nature sounds (rain, ocean, forest) vary across the spectrum depending on the recording.
Many people spend time trying to choose the “right” noise colour, assuming one will be more effective. The evidence does not support that assumption. A 2025 feasibility RCT comparing enriched acoustic environment against white noise in 125 participants over four months found no clinically significant difference between the two conditions: 80.4% of participants reported measurable benefit regardless of which sound type they were assigned (Fernández-Ledesma et al., 2025). Comparative data from the American Tinnitus Association similarly finds no clinically meaningful advantage for one spectral type over another.
The practical implication is straightforward: the right noise colour for you is the one you can comfortably listen to for hours each day. If white noise sounds too harsh or abrasive, switch to brown noise or nature sounds. A sound you find pleasant enough to keep running in the background will always outperform a “clinically optimal” sound you turn off after twenty minutes.
Many people find white noise too sharp, especially for sleep. Brown noise and rain recordings are the most commonly preferred alternatives in patient communities, and the research confirms they work just as well.
Beyond Noise: TRT, Notched Music, and Other Sound Approaches
Simple background noise is the most accessible form of sound therapy, but it is not the only one. Three structured approaches have clinical evidence behind them.
Tinnitus Retraining Therapy (TRT) is a structured programme combining broadband noise delivered at the mixing point with directive counselling. The counselling component explains the neurophysiological model of tinnitus to the patient, reducing fear and catastrophising, and forms the basis for a longer habituation process. An 18-month RCT by Bauer et al. (2017) found TRT produced a larger treatment effect than standard audiological care on both the Tinnitus Handicap Inventory (THI) and Tinnitus Functional Index (TFI). Both groups received hearing aids, which means the advantage likely came from TRT’s structured counselling rather than from the sound component alone. TRT is typically delivered by a trained audiologist and takes 12 to 18 months; it is not a self-directed programme.
Notched Music Therapy (TMNMT) works differently from broadband noise. Music is filtered to remove a narrow band around your specific tinnitus frequency. The theory is that this drives lateral inhibition in the auditory cortex, reducing activity at the tinnitus frequency. The evidence is mixed. A 2023 RCT comparing TMNMT to TRT (n=120) found both reduced tinnitus severity after three months, with TMNMT showing a statistically significant advantage on one secondary VAS measure, though the primary THI difference did not consistently reach clinical significance (Tong et al., 2023). The approach is theoretically coherent but not yet proven superior to standard sound enrichment. Several apps offer notched music features at modest cost.
Combination therapy (sound plus counselling or CBT) has the strongest evidence base. A network meta-analysis of 22 RCTs involving 2,354 patients found that CBT ranked highest for tinnitus distress outcomes (89.5% probability of being the most effective intervention), while sound therapy ranked highest for symptom severity measures. The conclusion: combining sound enrichment with CBT or structured counselling outperforms either approach alone (Lu et al., 2024).
If you are working with an audiologist or tinnitus specialist, ask whether a combined programme (sound enrichment plus CBT or directive counselling) is available. The evidence consistently favours multimodal treatment over sound alone.
How to Use Sound Therapy Day-to-Day: Practical Protocol
Once you understand the mechanism, the practical guidance follows logically.
Volume calibration is the single most important variable. Set background sound at a level where you can hear both the sound and the tinnitus simultaneously. If the sound covers your tinnitus completely, turn it down. If you cannot hear it over your tinnitus, turn it up slightly. This mixing-point level is what supports habituation; consistent full masking does not.
Duration matters more than intensity. Aim for background sound during your entire waking day, not just during acute difficult moments. Running sound only when tinnitus is bothersome reinforces the association between tinnitus and distress. Consistent enrichment throughout the day keeps auditory gain stable and gradually shifts how your brain categorises the tinnitus signal. Nighttime use is equally valid: evidence from TRT clinical practice confirms that sleep-time sound enrichment contributes to the overall programme.
Delivery options are flexible. Smartphone apps (many are free), white noise machines, fans, open windows, and environmental audio all work. If you have hearing loss alongside tinnitus, combination hearing aids with built-in sound generators are an option worth discussing with an audiologist, but they are not necessary for sound therapy to be effective. No device category has been shown superior to another, so cost is not a reliable guide to quality.
Timeline expectations: Based on the TRT literature, many patients notice initial change within one to two months of consistent use. More substantial improvement typically takes six months. A full course of structured therapy runs to twelve months or longer. These timelines apply to combined programmes; sound alone will likely produce slower and less complete results.
Keep volume at a comfortable, conversation-level background. Tinnitus is often associated with noise-induced hearing damage, and high-volume sound therapy, particularly through earbuds, can worsen the underlying hearing loss.
What Sound Therapy Cannot Do — and When to Seek More Help
Sound therapy does not cure tinnitus. It does not reduce the objective loudness of tinnitus in the clinical sense. When you turn the sound off, the tinnitus is still there.
Two Cochrane reviews provide the clearest evidence on this. The Hobson 2012 review found that masking provides short-term symptomatic relief but no durable improvement in tinnitus loudness or severity once the sound is switched off. The 2018 Cochrane review (8 RCTs, 590 participants) found no evidence that sound therapy is superior to waiting-list control, placebo, or education-only conditions (Sereda et al., 2018). The GRADE quality rating for this evidence was LOW, meaning uncertainty remains, but the direction of evidence is consistent across multiple trials.
Guideline positions reflect this. NICE and the German S3 guideline both recommend against using sound generators in isolation. The American Academy of Otolaryngology classifies sound therapy as an option, not a first-line standalone treatment.
There are situations where self-managed sound therapy is not the right first step. Seek clinical evaluation if:
Your tinnitus started suddenly, or followed sudden hearing loss
The tinnitus is in one ear only (unilateral)
The tinnitus pulses in time with your heartbeat (pulsatile tinnitus)
You are experiencing significant anxiety, depression, or distress related to your tinnitus
For tinnitus-related distress, Cognitive Behavioural Therapy (CBT) has the strongest evidence of any psychological intervention and is recommended in multiple national guidelines. If the ringing is affecting your mental health, a referral to a psychologist or tinnitus specialist is more appropriate than a noise machine.
Conclusion: Using Sound Therapy Effectively
Sound therapy is a legitimate and well-supported component of tinnitus management, but two things determine whether it actually helps you.
First, it works best as part of a combined programme. Sound alone, without any counselling or structured psychological support, consistently underperforms compared to multimodal treatment in the clinical evidence. If you can access CBT alongside sound enrichment, that combination gives you the strongest evidence base.
Second, volume calibration matters. Set sound just below your tinnitus level. Full masking may feel more relieving in the short term, but it prevents the habituation your brain needs to deprioritise the tinnitus signal over time.
On noise colour: choose whatever you can comfortably listen to for hours each day. The research does not favour white noise over brown noise, or nature sounds over broadband noise. Your personal preference is the right guide.
Sound therapy is not a quick fix, and it is not a cure. Used consistently and correctly, as part of a broader management plan, it is one of the better-supported tools available to people living with tinnitus.
Repetitive TMS (rTMS) consistently reduces tinnitus-related distress more than sham treatment in the short term, but its effect on tinnitus loudness is weak, benefits beyond six months are not well established, and no major clinical guideline currently recommends it for routine use. Two large meta-analyses (He et al. (2025); Liang 2020) confirm small-to-moderate short-term effect sizes on distress scores. A third meta-analysis found no benefit at any time point. The German S3 guideline formally recommends against routine rTMS for tinnitus, though a dissenting expert group considers it an option when other treatments have failed.
Why Patients Are Searching TMS as a Tinnitus Treatment
If you are researching TMS for tinnitus, you have probably already tried, or seriously considered, sound therapy, cognitive behavioural therapy (CBT), or tinnitus retraining therapy (TRT). Those approaches help many people. But if you are still searching, you may be looking for something that targets the neurological source of the sound rather than just helping you manage it. TMS, or transcranial magnetic stimulation, is often described as a “brain stimulation” treatment, and commercial clinic websites sometimes cite response rates of 35–50%. That framing is understandable, but it leaves out a lot.
This article is an independent evidence review. We are not selling TMS, and we are not dismissing it either. The goal is to give you what the clinic websites and the academic reviews typically don’t: an honest picture of what the research actually shows, what remains uncertain, and what practical steps make sense if you are weighing this option.
What TMS Is and How It’s Supposed to Work for Tinnitus
Transcranial magnetic stimulation uses a coil placed near the scalp to deliver focused magnetic pulses. Those pulses briefly alter the activity of neurons in the targeted area of the brain. The “repetitive” in rTMS refers to delivering pulses in sequences rather than single shots, which produces more lasting changes in how readily neurons in the targeted region fire.
For tinnitus, researchers have focused on two brain targets, each addressing a different part of the problem.
The first is the left auditory or temporoparietal cortex. The leading theory of tinnitus is that when hearing is damaged, the brain compensates by increasing its own internal signal gain, generating a phantom sound. Low-frequency stimulation (typically 1 Hz) is thought to suppress this hyperactivity by reducing the firing readiness of those auditory neurons.
A typical treatment course involves 10 to 20 sessions, each lasting approximately 30 minutes, delivered over two to four weeks. Patients sit in a chair while the coil is held against their head. The sensation is often described as a tapping or clicking on the scalp. Side effects reported across trials are mild: headache and scalp discomfort are the most common, and both are transient.
The two-target rationale has an intuitive appeal. Tinnitus causes both a perception (the sound) and a response (the distress). TMS, in theory, addresses both. Whether that theory holds up in clinical trials is a separate question.
What the Evidence Actually Shows: A Plain-Language Review
What most meta-analyses agree on
Looking at the best available evidence in aggregate, rTMS does outperform sham treatment on measures of tinnitus-related distress in the short term. The two most comprehensive recent meta-analyses both support this.
He et al. (2025), which pooled data from 16 RCTs involving 1,105 chronic tinnitus patients, found that rTMS produced a mean reduction in Tinnitus Handicap Inventory (THI) scores of 11.54 points immediately after treatment, and 10.98 points at one month, compared to sham. The THI minimum clinically important difference is around 7 points, so these are real-world meaningful improvements in distress, at least in the short term.
An earlier and larger pooling by Liang et al. (2020), covering 29 RCTs with 1,228 patients, found standardised mean differences (SMDs) of 0.36 to 0.38 on distress scores at one week and one month. Effect sizes in that range are described as small-to-moderate in statistical terms, meaning the benefit is real but not large.
There is also a consistent finding across studies that rTMS does not significantly reduce tinnitus loudness. He et al. (2025) explicitly found no significant effect on Loudness Match scores (a standardised audiological test that measures how loud a patient perceives their tinnitus to be) at any time point. If you are hoping TMS will make the sound quieter, the evidence does not support that expectation. What the evidence does support, more modestly, is that the distress and interference caused by the sound may decrease for a period.
The contradictory signals
Not all meta-analyses reach the same conclusion. Dong et al. (2020), which pooled 10 RCTs involving 567 patients, found no significant improvement over sham at any time point, with a short-term SMD of just -0.04, which is essentially zero. The German S3 guideline cites this meta-analysis as one of its primary justifications for recommending against routine use (AWMF S3-Leitlinie Chronischer Tinnitus, 2022).
The largest single RCT is also a null result. Landgrebe et al. (2017), a multicentre, sham-controlled trial with 163 patients enrolled (153 completing the trial), tested 10 sessions of 1 Hz rTMS to the left temporal cortex. The adjusted mean difference in Tinnitus Questionnaire scores between real and sham stimulation was -1.0 (95% CI: -3.2 to 1.2; p=0.36), which is not statistically significant. The authors concluded that real 1-Hz rTMS over the left temporal cortex was not superior to sham, and that these findings “put efficacy of this rTMS protocol into question” (Landgrebe et al., 2017).
What comparing rTMS to other brain stimulation approaches adds
A 2024 meta-analysis by Heiland et al. (2024) compared rTMS against other neuromodulation approaches including transcutaneous electrical nerve stimulation (TENS, which uses low-level electrical current applied via skin electrodes) and transcranial direct current stimulation (tDCS, which passes a weak electrical current through the scalp) across 19 RCTs involving 1,186 patients. The finding is one of the more informative in this area: TENS and tDCS produced larger short-term reductions in THI scores (TENS: -16.2; tDCS: -19), but rTMS was the only modality to show a significant benefit in the long term, with a mean THI reduction of -8.6 (95% CI: -11.5 to -5.7) at longer follow-up.
This temporal split is worth understanding. If short-term relief is the goal, TENS or tDCS may outperform rTMS. If any sustained effect matters, rTMS has the better evidence of the approaches compared, even if that sustained effect is moderate and does not extend reliably beyond six months.
The guideline position
The German S3 clinical guideline (AWMF S3-Leitlinie Chronischer Tinnitus, 2022) reviewed all available evidence and concluded, at 92% expert consensus, that rTMS should not be used for chronic tinnitus as a routine treatment. The guideline cites both the Landgrebe null-result RCT and the Dong et al. meta-analysis showing no benefit.
A dissenting vote was filed by the German Society for Psychiatry and Psychotherapy (DGPPN), which stated that TMS “can be considered for the treatment of chronic tinnitus” in cases where other options have been exhausted, with a recommendation grade of 0 (open consideration, not a positive endorsement).
In the UK, NICE’s tinnitus guideline (NG155) does not mention TMS at all (NICE, 2020). It recommends audiological assessment, hearing aids, CBT, and sound therapy. The absence of TMS from NG155 reflects the state of UK-recognised evidence at the time it was written.
The Protocol Problem: Why There Is No Standard TMS Treatment
One reason TMS results look so inconsistent across studies is that there is no agreed treatment protocol. Published trials use stimulation frequencies ranging from 1 Hz to 20 Hz. They target the left auditory cortex, the right auditory cortex, the DLPFC, or some combination. Treatment courses range from 10 to 30 or more sessions. Some use neuronavigation (MRI-guided coil placement); most do not.
This variation means that comparing a “TMS session” at one clinic to a “TMS session” at another is not straightforward. When you read a commercial clinic’s response-rate figure, you don’t know what protocol produced it, whether it included a sham control, or whether the outcome measure had any clinical validity.
Research has not resolved this by adding complexity. A review published in 2025 found that adding DLPFC stimulation to temporal cortex stimulation has not shown superiority over temporal-only protocols, and that neuronavigation has not consistently outperformed standard coil positioning (Frontiers in Audiology and Otology, 2025). An RCT by Lehner et al. comparing single-site and triple-site stimulation found no significant difference between the two approaches.
Several trials currently recruiting are testing frequency-specific and MRI-guided neuronavigation protocols. Their results may narrow the protocol question, but that data is not yet available. Until it is, the honest answer to “which TMS protocol is best” is that nobody knows.
Who Responds Best — and Who May Not
It would be useful to predict in advance who will benefit from rTMS. The evidence here is less clear than patients or clinicians might hope.
Shorter tinnitus duration is generally associated with better outcomes, with acute tinnitus cases showing higher response rates than chronic cases. This finding is biologically plausible: the neural changes that maintain chronic tinnitus are likely more entrenched and harder to shift.
A study by Poeppl et al. (2018) examined structural brain connectivity in rTMS responders versus non-responders and found that connectivity patterns in a brain network connecting the prefrontal cortex (involved in attention and emotion), the insula, and the temporal cortex (involved in sound processing) distinguished the two groups. The clinically relevant point is that standard variables including hearing loss, tinnitus duration, and tinnitus severity did not reliably predict response. The predictor that did show some signal (brain connectivity on MRI) is not something that can be measured in a routine clinical appointment.
Comorbid hearing loss and depression are associated with poorer responses to rTMS. Patients whose tinnitus changes with jaw or neck movement (somatosensory tinnitus) may be better candidates for TENS-based approaches than for rTMS, based on mechanistic reasoning and the comparative data from Heiland et al. (2024), though a direct head-to-head trial in this specific group has not been published.
The Bottom Line: Is TMS Worth Pursuing for Tinnitus?
Here is where the evidence actually leaves you.
rTMS has a biologically plausible mechanism and a solid safety record. In most meta-analyses it reduces tinnitus-related distress more than sham treatment in the weeks after treatment ends. The short-term distress benefit appears in enough independent meta-analyses to be credible.
The limitations are real too. The effect on tinnitus loudness is not significant. Long-term benefit beyond six months is not reliably demonstrated. One major meta-analysis found no benefit at any time point. The largest single RCT found no benefit. No major clinical guideline endorses routine use: the German S3 guideline recommends against it at 92% consensus, and NICE’s tinnitus guideline does not mention it at all.
Cost is a practical barrier. TMS for tinnitus is not FDA-approved and is not typically covered by health insurance. Out-of-pocket costs range from approximately $6,000 to $15,000 for a full course.
If you have not yet fully worked through evidence-based options including CBT, sound therapy, and TRT, those are the stronger starting points: they are better supported by guidelines, more accessible, and substantially less expensive.
If you have tried those options and TMS is still on the table, the most responsible route is through a clinical trial. Trials offer protocol-controlled treatment, proper sham comparison, and often lower cost than commercial providers. Searching ClinicalTrials.gov for “rTMS tinnitus” will show currently recruiting studies.
The research is active. The protocol questions currently being studied may sharpen the picture considerably. That is not a reason to wait indefinitely, but it is a reason not to base a major financial decision on data that has yet to settle.
Can a Tinnitus Therapy Combination Outperform a Single Treatment?
Combining tinnitus therapies generally produces better outcomes than any single treatment alone, but the benefit is compensatory rather than synergistic. A 2025 international RCT of 461 patients found that tinnitus therapy combination reduced Tinnitus Handicap Inventory (THI, a validated questionnaire measuring how much tinnitus affects daily life) scores by 14.9 points versus 11.7 points for single treatment (Schoisswohl et al. (2025)). CBT has a large standalone effect that sound therapy cannot meaningfully boost. If you are already doing CBT, adding sound therapy produces no statistically significant extra gain; but adding CBT to sound therapy alone produces a large improvement.
Why ‘Try Everything’ Is Bad Advice
With dozens of tinnitus treatments available, it is common to hear advice along the lines of: “try a white noise machine, consider CBT, look into hearing aids, maybe TRT (Tinnitus Retraining Therapy, a structured habituation programme combining sound therapy with directive counselling).” That list is not wrong, exactly. But being handed a menu of options with no guidance on how they interact, which pairings actually have evidence behind them, or which single treatment to prioritise first leaves most people no better off than when they started.
If you have been told to “combine treatments” without any explanation of why, you are not alone. The question of which tinnitus therapy combination actually produces meaningful gains, and which amounts to doing more without getting more, deserves a clear answer. This article is that answer. It draws on the best available evidence, including a 2025 multicentre RCT and two Cochrane systematic reviews, to give you a practical map of how these therapies interact, so you can have a more informed conversation with your audiologist or therapist.
What Each Therapy Actually Does (And What It Doesn’t)
Understanding why combinations do or do not work starts with understanding what each therapy is actually targeting.
This top-down mechanism is why CBT has the strongest evidence base of any tinnitus treatment. A Cochrane meta-analysis of 28 randomised controlled trials (2,733 participants) found that CBT reduces tinnitus-related distress by an average of 10.91 THI points compared to waitlists, and by 5.65 points compared to audiological care alone (Fuller et al. (2020)). The AAO-HNS (American Academy of Otolaryngology, Head and Neck Surgery) clinical practice guideline gives CBT a strong recommendation for patients with persistent, bothersome tinnitus (Tunkel et al. (2014)).
Sound therapy: Reducing auditory contrast
Sound therapy (including white noise generators, notched music, and app-based soundscapes) works bottom-up. By enriching your acoustic environment, it reduces the contrast between tinnitus and the surrounding soundscape, making the tinnitus signal less salient. It does not cure anything; it makes the sound less “loud” relative to everything else.
The catch is that sound therapy alone does not reliably outperform controls. A Cochrane review of eight RCTs (590 participants) found no evidence that sound therapy is superior to waiting list or placebo for any device type (Sereda et al. (2018)). The AAO-HNS guideline lists it only as an “option” rather than a strong recommendation, reflecting this weaker standalone evidence.
Hearing aids: Restoring what is missing
For people with hearing loss, which includes a large proportion of those with tinnitus, hearing aids address the root problem: auditory input deprivation. When the ear stops receiving normal sound input, the brain compensates by turning up its own internal sensitivity, which can worsen tinnitus perception. Hearing aids restore that input all day, passively enriching the auditory environment without requiring any active effort.
The AAO-HNS guideline strongly recommends hearing aid evaluation for patients with hearing loss and persistent, bothersome tinnitus (Tunkel et al. (2014)). These mechanisms are complementary but they operate on separate parts of the tinnitus problem: CBT targets distress, sound therapy targets auditory salience, hearing aids target input deprivation. That is why combinations can help, but it is also why combining two treatments that target the same pathway adds little.
What the Evidence Says About Combining Tinnitus Treatments
The most direct evidence on tinnitus therapy combination comes from a 2025 multicentre RCT published in Nature Communications, which compared single-treatment and combination-treatment arms across 461 patients over 12 weeks. Combination therapy outperformed single treatment overall, reducing THI scores by 14.9 points versus 11.7 points for single treatment (Schoisswohl et al. (2025)).
The finding that matters most for your decision, though, is what happens inside that combination result. When researchers looked at specific pairings, CBT and sound therapy for tinnitus, when combined, was not significantly better than CBT alone. Sound therapy combined with CBT, however, was significantly better than sound therapy alone. The conclusion from the authors: the effect of combining is compensatory, not synergistic. The stronger treatment (CBT) carries the weaker one, not the other way around. Adding something to CBT does not amplify CBT. But adding CBT to a weaker starting point produces a large improvement.
This finding is consistent with the broader evidence. The Cochrane CBT review confirms that CBT outperforms audiological care (which typically includes sound-based approaches) by a meaningful margin (Fuller et al. (2020)). The Cochrane sound therapy review confirms that sound therapy alone does not outperform controls (Sereda et al. (2018)).
For combining acoustic and psychological approaches more broadly, a 2020 RCT at the University Hospital of Antwerp compared two bimodal treatments (each using both a sound-based and a psychological component): TRT combined with CBT versus TRT combined with EMDR (Eye Movement Desensitization and Reprocessing, a psychological therapy originally developed for trauma). Both arms produced improvement that was clinically significant (gains large enough to matter in daily life, not just statistically detectable), with more than 80% of patients in each arm showing meaningful gains and TFI (Tinnitus Functional Index, a validated outcome measure for tinnitus severity) scores falling by an average of 15.1 points in the TRT and CBT arm (Luyten et al. (2020)). The specific psychological modality mattered less than the fact of pairing acoustic and psychological work.
For hearing aids specifically, evidence from a small RCT (N=55) shows that all hearing aid types produce meaningful TFI improvements, with average reductions of 21, 31, and 33 points across the three device types tested, but there was no statistically significant difference between standard hearing aids and hearing aids fitted with a sound generator (Henry et al. (2017)). Adding the sound generator to the hearing aid confers no extra benefit.
CBT is the load-bearing modality in any combination. If you are already using CBT, adding sound therapy is unlikely to produce a significant additional gain. If you are using sound therapy alone and not seeing results, adding CBT is the evidence-backed upgrade.
Which Combination Is Right for You?
The evidence points to a practical decision framework based on your situation. It is not a rigid protocol, but a starting point for the conversation you should have with your audiologist or ENT.
If you have hearing loss: Start with hearing aids. They address the underlying auditory input deficit that is likely feeding the tinnitus loop, and they work passively throughout the day without any active effort from you. All major clinical guidelines place this as a strong recommendation. From there, if tinnitus distress persists, adding CBT gives you the most evidence-backed upgrade.
If tinnitus is causing significant distress, anxiety, or sleep disruption: CBT is your priority treatment, whether or not you also use sound therapy. The evidence is clear that CBT targets these dimensions most effectively. Sound therapy alongside CBT is not harmful and may help you relax in quiet environments, but do not expect it to boost CBT’s impact significantly.
If you have tried sound therapy or masking alone and seen limited results: This is the combination where the evidence shows the largest marginal gain. Adding CBT to a sound therapy programme is the most evidence-supported upgrade available to you.
If you are not sure which single treatment will help: A combination approach is a reasonable starting point. The 2025 RCT shows that combining tinnitus treatments reduces the risk of getting no benefit from a single modality that happens not to be the right fit for you (Schoisswohl et al. (2025)).
Access to face-to-face CBT remains a real barrier for many patients. Anecdotal reports and service audits suggest that sound generators are more widely available through tinnitus clinics than CBT referrals, though access is improving. If face-to-face CBT is not accessible, app-based alternatives are a reasonable option: a 2025 RCT of 92 patients found that eight weeks of smartphone-delivered CBT and sound therapy for tinnitus produced significant improvements in tinnitus severity, anxiety, depression, stress, and sleep quality compared to a waitlist group (Goshtasbi et al. (2025)).
If your tinnitus clinic has offered you a white noise generator but not CBT, you are in the majority. Ask your audiologist or GP specifically about CBT referral or about app-based CBT programmes. The evidence strongly supports prioritising psychological treatment alongside any acoustic approach.
No tinnitus treatment, whether single or combined, has been shown to eliminate tinnitus entirely. The goal of combination therapy is meaningful distress reduction and improved quality of life, not a cure. If any product or clinic promises otherwise, treat that claim with caution.
The Bottom Line on Combining Tinnitus Therapies
You came here because someone told you to “try multiple therapies” without explaining which ones to try, in what order, or why. Here is the clearest answer the current evidence supports.
Combinations generally outperform single treatments, but they work through compensation rather than amplification. The stronger treatment does the heavy lifting. CBT is that stronger treatment: it has the largest and most consistent evidence base of any tinnitus intervention, and it is the modality most worth prioritising if you have significant tinnitus distress. Hearing aids are the logical starting point if you have any degree of hearing loss. Sound therapy, used alongside either of those, provides a complementary bottom-up effect on auditory salience and can make quiet environments more manageable, but it should not be your only treatment.
Most patients who engage consistently with a CBT-anchored approach see meaningful distress reduction within the 12-week timeframe studied in the 2025 RCT. The next step is straightforward: ask your audiologist or ENT to discuss a tinnitus therapy combination tailored to your hearing profile and the specific ways tinnitus is affecting your daily life.
A tinnitus masker is a device or app that generates external sound to reduce the perceived contrast between silence and the ringing, buzzing, or hissing you hear. The term is actually an umbrella covering two distinct therapeutic approaches: complete masking, which raises the external sound until the tinnitus disappears from awareness, and sound enrichment, which keeps the external sound just audible alongside the tinnitus to encourage the brain to habituate over time. Knowing which approach you are using (and why) changes how you set your device and what results you can realistically expect.
A tinnitus masker generates external sound to reduce the contrast between silence and the tinnitus signal. For long-term habituation, the sound should be set at the “blending point”: just loud enough to be heard alongside the tinnitus, not loud enough to cover it completely.
Why Sound Can Quiet the Tinnitus Signal — The Science in Plain Language
Wanting relief from tinnitus is completely understandable, and the fact that sound can help is not a placebo trick. There is a genuine neurological reason it works.
Tinnitus tends to feel loudest in quiet environments. When the brain receives less external sound input, it compensates by turning up its own internal sensitivity, a process called central gain. The phantom sound you hear becomes more salient not necessarily because it has gotten louder, but because the contrast between it and the surrounding environment has increased. Introducing a background sound reduces that contrast, making the tinnitus less noticeable without doing anything to the tinnitus signal itself.
There is also a phenomenon called residual inhibition: after you stop using a masking sound, tinnitus perception is sometimes temporarily reduced or absent. This effect can last from seconds to a few minutes and varies widely between people. Researchers do not fully understand the mechanism, but it suggests that external sound can temporarily reorganise how the auditory system processes internal signals.
The American Tinnitus Association notes that the brain cannot concentrate equally on two competing stimuli at once (American Tinnitus Association). When a background sound is present, the tinnitus signal receives less attentional weight. This is why even a modest background sound (running water, a fan, a nature recording) can shift your perception significantly in a noisy day-to-day environment but seem to have little effect at night when everything else is silent.
Complete Masking vs. Sound Enrichment: Two Goals, Two Settings
Here is the distinction that most device guides skip, and it is the one most likely to affect whether sound therapy actually helps you.
Complete masking (associated with the work of Jack Vernon in the 1970s) means raising the external sound volume until the tinnitus is no longer audible. The goal is immediate relief: the sound covers your tinnitus the way a conversation covers background noise in a restaurant. This works well in the moment. For a difficult evening, a stressful meeting, or a night when sleep feels impossible, turning the volume up is a legitimate short-term strategy.
The problem is that complete masking does not encourage the brain to learn to ignore the tinnitus signal. Because you are never hearing the two sounds together, the brain has no opportunity to reclassify tinnitus as unimportant background noise.
Sound enrichment at the blending point (the approach used in Tinnitus Retraining Therapy, developed by Pawel Jastreboff) works differently. The aim is to set the background sound just low enough that both the external sound and your tinnitus remain audible at the same time. Clinically, this is called the mixing point or blending point. Patients in TRT protocols are explicitly “encouraged not to mask or cover the tinnitus” (Henry, 2021). At this setting, the brain gradually learns to treat the tinnitus signal as a neutral background sound, and over months, it becomes less attention-grabbing.
A useful analogy: imagine learning to ignore a clock ticking in your office. If someone plays loud music every time you sit down, you never learn to tune it out. But if you add just enough background sound that the tick is softer in context, your brain can start deprioritising it.
The practical implication: if you want short-term relief right now, a higher volume is appropriate. If your goal is long-term habituation, keep the volume lower than your instinct says. This is one of the main reasons audiologist guidance on device settings matters. Most people naturally reach for a higher volume, which feels better immediately but may slow the habituation process.
TRT guidelines specify that sound generators should be “set below the mixing point” and that “in theory, sound therapy alone cannot affect the goal of habituation” (Henry, 2021). Habituation requires sound enrichment combined with counselling, not sound alone.
Types of Tinnitus Maskers: Which Format Fits Your Life?
There are four main categories of sound therapy device. Each has a different use case, cost tier, and level of clinical involvement.
Bedside and tabletop white noise machines
These are standalone speakers that play white noise, pink noise, or nature sounds at low volume throughout the night. They are the lowest-cost, lowest-commitment option: no fitting required, no audiologist visit. For people whose tinnitus mainly disrupts sleep, a bedside machine is often the first thing worth trying. Cost typically runs from £20 to £100. The main limitation is that they only help when you are stationary at home.
Smartphone apps
Apps offer the widest variety of sounds and the most flexibility. You can test dozens of sound types, adjust frequency balance, and set timers, all at no cost or very low cost. Apps are an excellent starting point before investing in hardware, because they let you find out whether sound therapy is likely to help you and which sounds you personally find least attention-grabbing. The drawback is that wearing earphones all day is uncomfortable, and screen dependency can itself become disruptive at night.
Wearable in-ear and behind-the-ear (BTE) sound generators
These look similar to hearing aids and are worn during waking hours. Sometimes called tinnitus noise generators, they deliver a continuous low-level sound directly into the ear canal and are the device type most commonly used in TRT protocols. Because they require professional fitting and calibration, they offer the most precise blending-point settings. Cost ranges from several hundred to over £1,000 for privately purchased devices. An audiologist sets the sound level relative to your specific tinnitus pitch and loudness. These are the best choice for people who need consistent relief across all daily environments.
Combination hearing aids with built-in masking features
Around 90% of people with chronic tinnitus also have some degree of hearing loss (American Tinnitus Association). For these individuals, a combination device that both amplifies environmental sound and delivers a masking or enrichment signal is often the most practical option. Hearing aids address tinnitus through several mechanisms: masking, increased auditory stimulation from the environment, and improved communication (American Tinnitus Association). Many patients find that simply correcting their hearing loss reduces tinnitus prominence on its own, with the masking feature as an additional tool. Combination devices require an audiological assessment and hearing test.
Which Sounds Work Best? White Noise, Pink Noise, Nature Sounds, and Beyond
Most people starting sound therapy immediately ask: which sound is best? The honest answer is that research does not clearly favour any single sound type.
A 2025 feasibility study found no clinically meaningful difference in tinnitus distress outcomes between white noise and enriched acoustic environment (a broader mixture of natural sounds) over four months of use (Fernández-Ledesma et al., 2025). White noise showed slightly higher average score improvements on validated questionnaires, but the authors attributed this to higher baseline severity in the white noise group, not inherent superiority of the sound. Adherence was actually higher in the enriched acoustic environment group (particularly the personalised therapy arm).
A separate study found that amplitude-modulated tones (called S-Tones, sounds that vary in volume at a set rate) calibrated to a patient’s specific tinnitus pitch reduced short-term loudness by approximately 28% among those who responded to masking, compared with around 15% for broadband white noise (Tyler et al., 2014). This suggests some modest advantage for personalised sounds, though the study measured only immediate (120-second) effects, not long-term outcomes. Around a third of participants showed no significant response to any masker type.
Notched music therapy, in which the frequency band corresponding to a patient’s tinnitus pitch is filtered out of music, is another approach with early evidence of benefit through proposed changes in how the brain’s hearing centre (auditory cortex) processes sound. This is a more specialised intervention typically provided in a clinical setting.
The practical takeaway: experiment with sounds you find genuinely unobtrusive. A sound that captures your attention competes with concentration rather than fading into the background. Patient preference and consistent use appear to be stronger predictors of benefit than sound type.
Who Is — and Isn’t — a Good Candidate for Tinnitus Masking?
Sound therapy does not suit everyone equally. Being clear-eyed about candidacy saves both money and frustration.
Good candidates include:
People whose tinnitus can be covered or blended at a comfortable, non-straining volume
People who need short-term relief for specific situations (sleep, focused work, stressful environments)
People who are willing to use sound therapy consistently over months rather than expecting quick results
Candidates who may not benefit as much:
People with very loud tinnitus that cannot be matched or blended without pushing the masking volume to an uncomfortable or potentially unsafe level
People who want to use masking as a long-term avoidance strategy without any accompanying counselling (the research evidence here is cautionary: the Cochrane review of six RCTs found no significant change in tinnitus loudness or overall severity from sound therapy compared with other active interventions, and no lasting benefit beyond the period of active sound exposure was confirmed (Hobson et al., 2012))
The AAO-HNS guideline classifies sound therapy as an “option” rather than a standard recommendation, reflecting this limited evidence base (Tunkel et al., 2014). If you are considering a wearable sound generator, an audiological assessment before purchasing is strongly advisable.
If you are not sure whether your tinnitus can be masked at a comfortable volume, a trained audiologist can measure this during a standard tinnitus assessment. This is called a minimum masking level test and takes only a few minutes.
Getting Started: Practical Next Steps
If you are considering a tinnitus masker, a few principles apply regardless of which device you choose.
Start low-cost. A free or inexpensive smartphone app lets you test whether sound therapy reduces your tinnitus salience and which sounds you find easiest to ignore. Spending several hundred pounds on a wearable device before you know your sound preference is unnecessary.
Set the volume with intention. For day-to-day use aimed at long-term relief, keep the sound at the blending point: audible alongside your tinnitus, not covering it. For moments when you simply need to get through a difficult few hours, a higher volume is a reasonable short-term choice.
Pair sound with support. The evidence that sound therapy alone produces durable benefit is weak (Hobson et al., 2012). The research consistently shows better outcomes when sound enrichment is combined with counselling, whether through a formal programme like TRT, cognitive behavioural therapy (CBT), or audiologist-guided self-management.
Get an assessment if tinnitus is persistent. If tinnitus has been bothersome for more than a few weeks, is accompanied by hearing loss, or is significantly affecting sleep or concentration, see your GP or request a referral to an audiologist. They can rule out underlying causes and advise on the most appropriate combination of interventions for your situation.
Maskers offer real, practical relief. Used well, with realistic expectations about what they can and cannot achieve on their own, they are a genuinely useful part of tinnitus management.
What Is Tinnitus Retraining Therapy and Does It Work?
Tinnitus retraining therapy (TRT) combines directive counselling and low-level sound enrichment to train the brain to classify tinnitus as a neutral, ignorable signal. Clinical studies consistently show it reduces distress, and all major trials report significant within-group improvement. The honest picture is more complex than the headline 80% success figures suggest: rigorous phase 3 RCT evidence shows that full TRT does not outperform structured counselling alone or standard care, which means the benefits appear to come from the generic components rather than the specific Jastreboff protocol (Scherer & Formby (2019)).
Why TRT Searches Come Loaded With Hope and Scepticism
With dozens of tinnitus treatments available, knowing which ones have real evidence behind them helps you make informed choices. If you are searching for tinnitus retraining therapy, you have probably already been told it is the gold-standard approach. You may also have looked at the cost (up to $7,000 in the US), the time commitment (12 to 24 months of daily sound therapy and multiple specialist appointments), and wondered whether that investment is genuinely justified.
The confusion is understandable. TRT has a strong clinical reputation and a large body of supporting literature. At the same time, some of the most rigorous recent studies paint a different picture from the one found on most clinic websites. Patients deserve a straight answer, not just reassurance.
This article walks through what TRT actually involves, what the evidence shows when examined carefully, and what that means for your decision. The goal is not to dismiss TRT. It is to give you the full picture so you can choose wisely.
How Tinnitus Retraining Therapy Works: The Neurophysiological Model Explained
TRT was developed by neuroscientist Pawel Jastreboff, whose neurophysiological model offers a useful way to understand why tinnitus becomes distressing for some people and not others.
The model identifies three systems involved in tinnitus distress. First, there is the subconscious auditory filter: the brain’s automatic mechanism for deciding which sounds matter and which to ignore. Normally, this filter screens out background noise. In tinnitus, the filter has been trained to flag the internal sound as significant, so the brain keeps bringing it to conscious attention.
Second is the limbic system, which processes emotional responses. When the auditory filter flags tinnitus as significant, the limbic system generates a fear or annoyance reaction. This emotional label is what makes the sound feel threatening rather than neutral.
Third is the autonomic nervous system (ANS), which governs the body’s physical stress response. Emotional activation from the limbic system triggers the ANS, producing tension, alertness, and hypervigilance. These physical sensations then reinforce the brain’s belief that the sound is dangerous, completing a self-reinforcing loop: the alarm response draws attention to the sound, the increased attention makes it seem louder, and the perceived loudness intensifies the alarm.
An important implication of this model is that silence is counterproductive. When the auditory environment is quiet, the brain compensates by turning up its own internal sensitivity, a process called auditory gain amplification. This makes the tinnitus signal more prominent, not less. It is one reason why many people find their tinnitus worse at night in a silent bedroom.
The model explains why addressing only the sound, rather than the conditioned reactions to it, is unlikely to be enough.
The Two Pillars of TRT: Counselling and Sound Enrichment
TRT is built on two practical components, and understanding each one separately matters more than it might initially seem.
Directive counselling involves structured sessions with a trained audiologist or ENT specialist. The clinician explains the neurophysiological model, helps you understand that tinnitus is not a sign of danger or neurological damage, and begins to dismantle the conditioned threat response. This is not generic reassurance. It is a specific educational process aimed at changing how the subconscious auditory filter evaluates the sound. Most TRT programmes involve several hours of counselling spread over weeks or months.
Sound enrichment involves wearing a device that generates low-level broadband noise throughout the day, typically for six to eight hours. The key concept here is the mixing point: the sound is set at a level where it is audible but does not mask the tinnitus completely. At this level, the brain begins to process the tinnitus and the background sound together, gradually reducing the salience of the tinnitus signal.
One practical point worth knowing: the device itself is not what produces the therapeutic effect. A smartphone app playing broadband noise or a nature soundscape achieves the same acoustic function as a purpose-built sound generator that can cost £3,000 or more. The type of sound matters; the brand of device does not.
The standard recommended duration is 12 months of daily use, sometimes extending to 18 or 24 months for people with more severe or persistent tinnitus.
The sound enrichment component of TRT does not require expensive specialist hardware. A free app delivering broadband noise at the right level can serve the same purpose as a clinical sound generator.
What the Evidence Actually Shows
Start with what is well-established: virtually every study of TRT, including its critics, finds significant improvement in how distressing tinnitus feels over time. Participants across trials report lower scores on standardised measures like the Tinnitus Handicap Inventory (THI) and Tinnitus Questionnaire (TQ). This improvement is real.
The question the evidence has become less clear on is whether the specific TRT protocol is responsible for that improvement, or whether the same results come from less structured interventions.
The most direct evidence comes from a 2019 phase 3 randomised controlled trial published in JAMA Otolaryngology (Scherer & Formby (2019)). The trial enrolled 151 participants across six US military hospitals and assigned them to one of three groups: full TRT (counselling plus active sound generators), partial TRT (counselling plus placebo sound generators that produced no therapeutic sound), or standard of care. After 18 months, there was no statistically significant difference between the three groups on the primary outcome or any secondary measure. All three groups showed large within-group improvements: TRT produced an effect size of -1.32, partial TRT -1.16, and standard care -1.01. The therapy worked. The specific protocol did not appear to be the reason why.
A 2025 systematic review of 15 randomised controlled trials involving 2,069 patients reached the same conclusion: TRT was not superior to any active comparator, including tinnitus masking, educational counselling, partial TRT, or standard care (Alashram (2025)). The review found TRT to be a valid treatment option, but its effects were not unique to the protocol.
A multisite RCT comparing TRT, tinnitus masking, and educational counselling alone found all three significantly better than a wait-list control, but not significantly different from each other over 18 months (Henry et al. (2016)). This points to structured engagement with the problem, rather than the specific components of TRT, as the likely active ingredient.
The picture is not entirely one-sided. A meta-analysis of 13 RCTs found that TRT combined with medication outperformed medication alone (Han et al. (2021)), which suggests TRT adds genuine value over no intervention or pharmacotherapy alone. One RCT found that adults with chronic tinnitus and hearing loss showed a larger treatment effect with TRT than with standard audiological care (Bauer et al. (2017)), suggesting the hearing loss subgroup may benefit more specifically from TRT’s combined approach.
The meta-analysis authors themselves flagged the evidence as low quality with high risk of bias, so these positive findings should be read with appropriate caution.
Guidelines reflect this uncertainty. NICE explicitly declined to make a recommendation for TRT, citing variation in how the protocol is delivered and limited evidence that the specific structure produces distinct benefits (NICE (2020)). The US AAO-HNS guideline rates sound therapy as an “Option” (clinicians may offer it) while giving CBT the stronger “Recommendation” (clinicians should offer it) (Tunkel et al. (2014)).
The widely-cited 80 to 90% success figures for TRT come from early observational studies without control groups. They reflect self-reported improvement among people who completed the programme, not the results from controlled trials. Treat them with caution when weighing your options.
The synthesis is this: TRT works through counselling-mediated habituation and sound enrichment. Both components have genuine therapeutic value. What the best available evidence does not support is the claim that the specific Jastreboff protocol outperforms simpler, less expensive alternatives that deliver the same underlying mechanisms.
Is TRT Right for You? A Practical Framework
Given the evidence, who is most likely to benefit from committing to full TRT rather than a simpler alternative? Here is a profile-based guide, though bear in mind that no published RCTs have specifically validated these predictors (Alashram (2025)).
If your tinnitus is causing severe distress: Higher-distress patients tend to show the largest absolute gains in TRT studies. At this level of impact, structured intervention is clearly warranted. TRT is one appropriate option. CBT-based approaches also have strong evidence for reducing psychological distress specifically, and NICE and the AAO-HNS both give CBT a stronger guideline endorsement than TRT. If access to a TRT-trained clinician is easier than access to a tinnitus-specialist CBT therapist, TRT is a reasonable choice.
If you have associated hearing loss: The Bauer et al. (2017) RCT found that patients with hearing loss who received TRT showed a larger effect than those receiving standard audiological care alone. Hearing aids that address the underlying input deficit are a logical first step regardless. TRT’s sound enrichment component can then work alongside amplification.
If time or cost is a significant barrier: The Scherer & Formby (2019) trial showed that counselling without active sound generators achieved similar outcomes to full TRT. This suggests that structured psychoeducational counselling combined with self-managed sound enrichment (via app or a basic wearable) may achieve equivalent results without the full protocol cost or the need for a TRT-specialist audiologist. Access to TRT-trained clinicians is genuinely limited in many areas.
If you have already tried sound enrichment alone with limited results: Adding structured counselling is the evidence-supported next step. The counselling component appears to be the stronger of the two ingredients.
The ATA estimates TRT costs between $2,500 and $7,000 in the US, with 12 to 24 months of commitment. NHS access in the UK varies significantly by region and does not consistently include TRT-trained audiologists. It is reasonable to ask any specialist you see whether structured counselling and self-managed sound therapy is available as an alternative.
The Bottom Line on TRT
TRT reliably reduces tinnitus distress. That finding is consistent across studies, including ones that challenge other aspects of the protocol. The mechanism is real: structured counselling helps break the conditioned threat response that keeps tinnitus salient, and daily sound enrichment reduces the contrast that makes tinnitus prominent in quiet environments.
What the strongest available evidence does not support is the claim that the specific Jastreboff protocol produces results that simpler, less costly approaches cannot match. A phase 3 RCT found no significant difference between full TRT, counselling without active sound generators, and standard care (Scherer & Formby (2019)). A systematic review of 15 RCTs reached the same conclusion (Alashram (2025)).
The practical implication: seek out a trained audiologist or ENT for structured tinnitus counselling, whether delivered under the TRT label or not, and combine it with daily sound enrichment using whatever device or app you can access. If psychological distress is your primary concern, ask specifically about CBT-based tinnitus interventions, which carry a stronger guideline endorsement for that outcome.
Tinnitus habituation is achievable. The evidence supports that clearly. You do not necessarily need to commit to the most expensive or time-intensive route to get there.
Finding an App That Actually Helps: What You Need to Know First
It’s 2am. The ringing won’t stop, you can’t sleep, and you’re scrolling through the app store hoping something (anything) will give you enough quiet to get through the night. That impulse makes complete sense, and apps can genuinely help. But here’s what most app store listings won’t tell you: the majority of tinnitus apps have never been tested in a clinical trial, and using the wrong type of app for your specific problem can leave you more frustrated than before. This article breaks down the three main app categories, what the evidence actually shows for each, and how to match the right tool to your situation.
What Is a Tinnitus App and Can It Really Help?
A tinnitus app does not treat the underlying condition. What it does is modify the perceptual and psychological experience of tinnitus: either by adding sound to reduce the contrast between silence and the ringing, or by training how your brain responds to and interprets that sound. The two core mechanisms are sound enrichment (making background sound less threatening to your auditory system) and cognitive-behavioural retraining (changing the thoughts and attention patterns that amplify distress). Sleep-focused apps address a third dimension: the hyperarousal and acute silence problem that makes bedtime particularly difficult. One striking statistic captures how underused these tools are: 75% of tinnitus patients have never used a dedicated app, primarily because they were simply unaware that such tools existed (Sereda et al., 2019).
The Three Types of Tinnitus App and What Each One Does
Sound generators and sound enrichment apps
The mechanism: adding environmental or broadband sound to reduce the perceptual contrast between your tinnitus and the surrounding quiet, giving your auditory system less reason to focus on the ringing.
These apps typically offer libraries of white noise, nature sounds, or tuned frequency bands that you play in the background during the day or at bedtime. The key principle in sound enrichment is volume: the sound should sit at or just below the level where it blends with your tinnitus rather than drowning it out completely. This is sometimes called the “mixing point” in tinnitus retraining therapy (TRT) models, and it matters because the goal is habituation over time, not moment-to-moment suppression. Blocking the tinnitus signal entirely with loud masking may feel more immediately satisfying but does not support the long-term adaptation process. The evidence for any one sound delivery approach over another is not conclusive: a 2012 RCT found no statistically significant differences between mixing-point masking, total masking, and counselling alone (Tyler et al., 2012, cited in the Cochrane sound therapy review), and the most recent Cochrane review confirms no method has been shown to be clearly superior.
Apps commonly used in this category include myNoise, ReSound Relief (by hearing-aid manufacturer GN Audio), and Oticon Tinnitus Sound. ReSound Relief and Widex Zen are also among the most frequently cited by patients in self-reported surveys, likely reflecting the audiological credibility of their developers.
Sleep-focused apps
The mechanism: reducing the hyperarousal and bedtime silence that make tinnitus most intrusive at night, using sound, guided relaxation, or sleep-hygiene programmes.
Tinnitus significantly disrupts sleep quality, and insomnia is explicitly recognised as a common tinnitus comorbidity in the NICE 2020 tinnitus management guideline (National, 2020). Sleep-focused apps typically combine ambient sound with guided relaxation or sleep-restriction techniques. Apps like BetterSleep and Calm were not designed specifically for tinnitus but serve the bedtime silence problem effectively for many people. ReSound Relief also works well in a sleep context given its sound-mixing flexibility. These apps are generally most useful for short-term relief and building a sleep routine rather than for long-term habituation.
“CBT in an app” is not simply guided meditation or breathing exercises. Structured CBT for tinnitus involves identifying and challenging the automatic thoughts that escalate distress (“this will never stop,” “I can’t function like this”), training selective attention, and building tolerance to the sound over time. This is categorically different from generic mindfulness content. Apps built on this model include MindEar, Oto (currently under formal investigation in the DEFINE RCT; Smith et al., 2024), and Kalmeda, which is the most rigorously studied tinnitus app currently available. Meaningful change from CBT apps typically requires consistent engagement over at least three months rather than days or weeks.
Which Apps Have Clinical Evidence Behind Them?
This is the question that most app store reviews never answer, and the answer is sobering. A 2020 PRISMA-guided systematic review of 37 commercially available tinnitus apps found only 7 peer-reviewed validation studies across all of them, and of the 23 sound therapy apps reviewed, only 3 had any scientific backing at all (Mehdi et al., 2020). A separate quality assessment of 34 apps using the Mobile App Rating Scale (MARS) found that nearly all lacked scientific evidence despite reasonable usability scores (Mehdi et al., 2020). A 2024 systematic review screening over 1,000 apps found that only one had been evaluated in any trial (Rinn et al., 2024). App store ratings and download counts tell you about popularity, not clinical validity.
The app with the strongest published evidence is Kalmeda, a CBT-based digital health application approved in Germany. A 2025 RCT of 187 patients found that Kalmeda reduced Tinnitus Questionnaire (TQ) scores by 12.49 points at three months and 18.48 points at nine months, with a large effect size (Cohen’s d = 1.38). At nine months, 80% of participants had improved by at least one severity grade (Walter et al., 2025). The waiting-list control group showed no change until they began using the app, confirming that the improvements were attributable to the intervention. Kalmeda is currently approved as a DiGA in Germany and may not be available in all markets.
At the systematic-review level, a review of validated internet and smartphone-based tinnitus programmes found that all five qualifying studies reported improvements in tinnitus distress and quality of life comparable to traditional face-to-face TRT, CBT, and ACT (Nagaraj & Prabhu, 2020). This is not the same as formal non-inferiority testing, but the directional finding is consistent.
The NICE 2020 guideline for tinnitus assessment and management places digital CBT as the recommended first step in psychological management, ahead of group or individual face-to-face therapy, and describes it as showing evidence of clinical effectiveness (National, 2020). This does not constitute an endorsement of any specific app but validates the delivery model.
A useful distinction for evaluating any app:
Tier
What it means
Examples
Clinically validated
Published RCT or equivalent trial data
Kalmeda (Walter et al., 2025)
Plausible, under investigation
Built on validated mechanisms; trial ongoing or pending
Oto (DEFINE trial, Smith et al., 2024)
Plausible, unvalidated
Sound enrichment or CBT principles, no independent trial data
myNoise, ReSound Relief, MindEar
No clear mechanism
Not built on validated approaches; no trial data
Most app store listings
Of 37 commercially available tinnitus apps reviewed in a 2020 systematic review, only 7 had any peer-reviewed validation. Prioritise apps with published trial evidence, or those built explicitly on CBT or sound enrichment protocols.
Matching the Right App to Your Situation
Your primary problem should determine which category of app you try first.
“The ringing is overwhelming right now and I need some relief”
A sound generator app is the right starting point. Try myNoise or ReSound Relief and set the volume to a level where the sound blends with your tinnitus rather than covering it completely. This is not a long-term solution on its own, but it reduces the acute distress cycle and gives your nervous system something to attend to other than the ringing.
“I cannot sleep”
Start with a sleep-focused app that combines ambient sound with relaxation guidance (BetterSleep, Calm, or the sleep mode in ReSound Relief). Pair this with consistent sleep hygiene practices rather than relying on the app alone. Expect several weeks of adjustment before sleep quality stabilises.
“I want to reduce how much tinnitus bothers me over the long term”
A CBT-based retraining app is the most appropriate tool. MindEar, Oto, or Kalmeda (if you are in Germany or can access it) are the options best supported by mechanism and, in Kalmeda’s case, by trial evidence. Plan for a minimum of three months of consistent use: the Walter 2025 RCT found meaningful TQ score reductions at three months, with continued improvement at nine months (Walter et al., 2025).
“I have both tinnitus and hearing loss“
Apps integrated with hearing aids, such as ReSound Relief or the Oticon Tinnitus Sound app, may offer dual benefit by addressing both the auditory gain problem that contributes to tinnitus and the sound enrichment need simultaneously. Discuss this combination with your audiologist.
Patient reports from tinnitus communities consistently show that sound customisation matters more than sound library size. An app with five sounds you can mix and adjust will serve you better than one with 200 pre-set options you cannot control.
What Tinnitus Apps Cannot Do and When to See a Specialist
No app eliminates the tinnitus signal. Sound apps provide temporary perceptual relief; CBT apps reduce the distress and attention your brain attaches to the sound. Neither type changes the underlying auditory or neural pathway generating the tinnitus.
For most people, apps are a reasonable and accessible starting point. Some situations call for professional assessment rather than self-directed app use:
Your tinnitus started suddenly, affects only one ear, or followed a head injury: seek medical evaluation before trying any self-management tool
Your Tinnitus Handicap Inventory (THI) score is in the severe range (58 or above on the original Newman et al. grading system, where scores run from slight at 0-16 through to catastrophic at 78-100): a clinical audiologist or psychologist can provide tailored assessment that an app cannot replicate
You are experiencing significant depression or anxiety alongside your tinnitus: CBT apps may help with mild distress, but moderate to severe mental health symptoms need professional support
You have tried an app consistently for eight to twelve weeks without any change in distress levels: this is a signal to seek a referral to a tinnitus clinic
If any of these apply, ask your GP about a referral to audiology or a specialist tinnitus service.
If your tinnitus began suddenly, is only in one ear, or followed a head injury, see a doctor before using any self-management app. These presentations need medical evaluation to rule out underlying causes.
The Bottom Line: Apps as One Tool in Your Tinnitus Toolkit
Apps can meaningfully reduce tinnitus distress, particularly for sleep disruption and acute daytime intrusion, but they work best when you choose the type that matches your primary problem and use it consistently over weeks, not days. If you can access an app with published trial data, prioritise it. If you are using an unvalidated app, check that it is built on sound enrichment or structured CBT principles rather than generic relaxation content.
The most useful thing to know is that 75% of people with tinnitus have never tried a dedicated app, mostly because they did not know these tools existed (Sereda et al., 2019). Finding even one that helps you sleep a little better tonight is a real step forward. You do not need to have everything figured out to start.
Subscribe to Our Tinnitus Newsletter
Learn everything about tinnitus causes, myths, and treatments
Get the latest tinnitus research delivered to your inbox every week
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
Functional
Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes.The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
