Misophonia research has moved beyond asking whether certain sounds can provoke intense reactions. Recent studies are examining how those reactions unfold in daily life, why the same sound affects people differently, how misophonia overlaps with other sound intolerances, and which interventions might help.

The picture is complex. Misophonia is not well described by a simple list of “bad sounds.” Individual trigger patterns, anticipation, social context, emotional responses, sensory processing, and functional impact all matter. At the same time, much of the evidence remains early: many studies are cross-sectional, treatment trials are small, and studies use different measures and thresholds. The findings are useful, but they do not yet settle every question about diagnosis or treatment.
Misophonia varies from person to person—and within the same person
One of the clearest themes in recent work is variability. People may share common triggers, such as eating or breathing sounds, while differing in which sounds affect them, what meaning they assign to a sound, and what happens before, during, and after exposure.

Two ecological momentary assessment studies bring this variability into everyday settings. Shan and colleagues followed 40 adults for 10 days. Participants reported more negative emotion during trigger periods than at other times, particularly irritability and anger. For most participants, reactions had eased considerably within an hour, but recovery and the intensity of reactions such as disgust or hostility differed widely. Greater reactivity was associated with greater misophonia severity, higher baseline negative affect, and co-occurring psychological symptoms. This is a group-level pattern, not a prediction of how any one person will respond.

In the MERGE study, Pavlacic and colleagues collected about 3,000 brief reports from 60 people who screened positive for misophonia over 30 days. Depending on the measure, 23% to 52% of the variation in symptoms and emotion-regulation experiences occurred within the same person over time. Emotion-regulation strategies and perceived abilities were associated with symptoms both during trigger exposure and outside trigger moments. This suggests that misophonia can fluctuate with changing circumstances, and that the wider emotional context may matter alongside the immediate sound. Because the study was observational, it cannot show that emotion-regulation difficulty causes misophonia or that changing it will necessarily reduce symptoms.

A small subgroup study points to another kind of variation. Woolley and colleagues used interviews with 60 treatment-seeking participants to identify two patterns: an “anticipatory” profile, marked by heightened monitoring, distress before a trigger, and avoidance; and a more “reactive” profile, marked by emotional and physical responses during the sound itself. The groups reported similar trigger frequencies, but the anticipatory group reported more rumination and social isolation. This is an initial finding from a small clinical sample, not a settled classification system. It does illustrate why a person’s trigger list alone may miss important parts of their experience.
The sound matters, but so do its features and context
Misophonia is often discussed through broad trigger labels: chewing, tapping, sniffing. A 2026 acoustic-modeling study by Clonan and colleagues asked a more precise question: which measurable sound features predict discomfort for a particular listener?

Using the FOAMS sound dataset, the researchers found that a model of spectrotemporal sound features explained 76% of the variation in participants’ discomfort ratings in that dataset. The features that mattered differed substantially across listeners, and sounds within the same broad category could produce different levels of aversion. The model could also generate predictions for sounds not tested in the original set. These results support individualized acoustic profiles as a promising research direction. They do not mean that a single acoustic formula can diagnose misophonia or predict every real-world reaction; the authors call for testing with more diverse sounds and further perceptual studies.

Context also appears to shape reactions. In an experiment with 487 non-clinical participants, Bagrowska and colleagues compared exposure to different sound and visual conditions. Human-related trigger sounds presented with human visual context increased negative emotion. The direct increase in paranoia-like thoughts was small and not statistically significant, although the researchers found that increased negative emotion statistically mediated changes in those thoughts. This study does not show that misophonia causes paranoia. It suggests that emotional responses to socially situated sounds may influence how ambiguous situations are interpreted, including among people who do not meet provisional misophonia criteria.
Prevalence depends on what is counted
A representative German survey of 2,522 adults found that 33.3% reported sensitivity to at least one sound identified as misophonic. But the proportions fell sharply as the threshold moved from sensitivity to more severe symptoms: 21.3% were classified as subthreshold, 9.9% as mild, 2.1% as moderate to severe, and 0.1% as severe to extreme on the study’s measure.

Those figures should not be read as meaning that one-third of the population has a clinical disorder. Reporting sensitivity to one sound is different from having persistent, substantial distress or functional impairment. Other population studies use different measures and cut-offs, which helps explain why prevalence estimates vary. A more useful reading is that sound sensitivity exists along a range, while the boundary between common sensitivity and clinically significant misophonia still requires careful measurement.

That measurement challenge is central to interpreting the literature. Koroglu and Durat’s 2026 systematic review included 19 studies of factors associated with misophonia. The studies used several different questionnaires; 16 of 19 were cross-sectional. Associations with mental health symptoms and some demographic factors appeared repeatedly, but the designs cannot establish cause and effect. A factor associated with higher scores is not automatically a cause, a defining feature, or a treatment target.

Bain and colleagues’ psychometric analysis of the Duke Misophonia Questionnaire (DMQ) used two university samples, with 318 and 424 participants. Their five-factor structure—beliefs, coping, impairment, aversion, and anxiety—fit somewhat better and more simply than the measure’s theoretically defined eight-factor structure. The DMQ provided the most information at moderate to high levels of symptom severity. This is a useful step toward clearer measurement, but the samples were mostly White, female, and undergraduate. Further work in more diverse and clinical populations is needed before treating one structure or score as definitive.
Misophonia in children can affect family and school life
Recent youth studies show why adult findings should not simply be generalized to children. Rappoldt and colleagues studied 95 treatment-seeking children and adolescents, ages 8 to 18. Eating sounds were the most common triggers; irritation or anger and anticipatory anxiety were common responses. The researchers reported psychiatric comorbidity in 27.4% of the sample, with anxiety disorders and ADHD among the reported conditions. Higher misophonia severity was associated with lower quality of life for young people and their parents. Adolescents also reported differences in sensory processing across several modalities compared with a normative group.

A larger multi-centre study by Pfeiffer and colleagues examined 214 young people in routine mental-health care. About 31% scored above the study’s cut-off for probable misophonia. In that probable-misophonia group, 96.97% had clinically significant symptoms in at least one co-occurring area, such as anxiety. Problems were often reported around other people, including classmates; listening to music and leaving the room were among the most common coping strategies.

These are treatment-seeking clinical samples. Their rates of co-occurring difficulties should not be treated as estimates for all children with misophonia. Taken together, however, the studies show that assessment needs to consider the child’s own report, caregiver observations, avoidance, anticipation, and day-to-day participation. Lewin and colleagues’ earlier study of 47 treatment-seeking youth also found that caregivers and young people agreed more on which sounds were triggers than on severity and impairment. One person’s report cannot always stand in for the other’s.
Misophonia and hyperacusis may overlap without being the same
Misophonia and hyperacusis can occur together, but they describe different patterns of sound intolerance. In a study of 119 people with misophonia, Smees and colleagues found that some items on the Hyperacusis Questionnaire tracked misophonia severity, while other items tracked hyperacusis. Chewing was more indicative of misophonia without hyperacusis, whereas some broader sounds, such as dishes being stacked, were more indicative of hyperacusis. The authors describe these as “double dissociations,” evidence that questionnaires developed before the distinction was widely used may combine different experiences.

Neuroimaging studies are also beginning to test for overlap and difference. Ajmera and colleagues used resting-state fMRI and an exploratory machine-learning approach. Their classifier distinguished misophonia-only and misophonia-plus-hyperacusis groups from controls with test accuracies of 63% and 67%, respectively, and identified patterns involving salience, movement, and control networks. Hansen and colleagues, using a different sample and method, found that misophonia severity was associated with connectivity between the anterior insula and auditory and motor-related regions. These are group-level research findings. The reported accuracies and associations are not currently a way to diagnose an individual from a brain scan.
Treatment research is promising, but not settled
A randomized study of an mHealth intervention by Podoly and colleagues assigned 85 participants to immediate or delayed app use. After 15 days, the immediate-use group showed small-to-moderate advantages on selected misophonia and anger-related measures. Both groups improved over the study period after receiving the app. The findings support further testing of app-based support, but they do not yet establish how well the intervention compares with other treatments, how durable the changes are, or which parts of the app produced them.

A 2026 scoping review by Detroy and colleagues identified 30 publications describing CBT-family procedures with pre- and post-treatment measures. The authors examined 14 in greater detail. Across varied approaches—including counterconditioning, exposure-based procedures, cognitive restructuring, and group programs—interventions were generally deliverable and often accompanied by lower scores on misophonia measures. Most studies were small and uncontrolled, and the review did not pool results. The authors therefore concluded that CBT-family interventions may help, while the available evidence is not strong enough for firm claims about efficacy or which treatment components work best.

Neacsiu and colleagues tested neurostimulation alongside listening to or cognitively down-regulating reactions to sounds in 29 adults with misophonia and 30 clinical controls. Stimulation reduced distress during the experimental session compared with sham, and cognitive restructuring paired with high-frequency stimulation produced the lowest distress ratings. This is an experimental component study, not evidence that repeated neurostimulation is an established clinical treatment or that benefits persist outside the laboratory.
What the research supports—and what it does not yet tell us
Taken together, the studies in this collection support several careful conclusions:

• Misophonia involves more than a sound category. Individual acoustic features, social meaning, anticipation, and the person’s current state can all be relevant.
• Symptoms and emotional responses vary across people and can also change within the same person over time.
• The effects can extend into family, school, social, and daily functioning, including for children and adolescents.
• Misophonia and hyperacusis can co-occur, but available evidence supports assessing them as distinct experiences.
• Several treatment approaches show early promise, but larger, well-controlled studies with shared outcome measures and longer follow-up are needed.
  The field’s next steps are practical as well as theoretical: use measures that have been tested in varied populations; distinguish sensitivity from impairment; report who was studied and how participants were recruited; and test interventions in designs that can separate treatment effects from time, expectancy, and other influences. For people living with misophonia, the strongest message from current research is that their experience can be real and impairing while still being highly individual. Research is beginning to map that diversity more carefully.
  Selected studies reviewed
• Bain, C. M., et al. (2025). “A Psychometric Analysis of the Duke Misophonia Questionnaire.” Journal of Clinical Psychology. doi:10.1002/jclp.70028
• Bagrowska, P., et al. (2024). “Exacerbation of Paranoia-Like Thoughts Following Exposure to Common Misophonia Trigger Sounds.” Schizophrenia Research. doi:10.1016/j.schres.2024.10.005
• Clonan, L., et al. (2026). “Identifying the Acoustic Fingerprints of Trigger Sounds and Predicting Discomfort for Misophonia.” Hearing Research. doi:10.1016/j.heares.2025.109478
• Detroy, N., et al. (2026). “Cognitive-Behavioural Therapy Applied to Misophonia: A Scoping Review.” Hearing Research. doi:10.1016/j.heares.2026.109661
• Hansen, L. S., et al. (2026). “Selective Disruption of Salience-Network Anterior Insula Connectivity in Misophonia.” Study PDF in the reviewed collection.
• Koroglu, S., & Durat, G. (2026). “Factors Associated With Misophonia: A Systematic Review.” Revista Colombiana de Psiquiatría, 55(1), 70–80. doi:10.1016/j.rcpeng.2026.06.001
• Lewin, A. B., et al. (2024). “Clinical Characteristics of Treatment-Seeking Youth With Misophonia.” Journal of Clinical Psychology, 80, 1405–1419.
• Neacsiu, A. D., et al. (2024). “An Experimental Examination of Neurostimulation and Cognitive Restructuring as Potential Components for Misophonia Interventions.” Journal of Affective Disorders, 350, 274–285. doi:10.1016/j.jad.2024.01.120
• Pavlacic, J. M., et al. (2026). “MERGE: Misophonia and Emotion Regulation in a Guided Experience Sampling Study.” Hearing Research. doi:10.1016/j.heares.2026.109709
• Pfeiffer, E., Allroggen, M., & Sachser, C. (2025). “The Prevalence of Misophonia in a Representative Population-Based Survey in Germany.” Social Psychiatry and Psychiatric Epidemiology, 60, 257–264. doi:10.1007/s00127-024-02707-0
• Pfeiffer, E., et al. (2026). “Misophonia in a Large Treatment-Seeking Child and Adolescent Sample in Mental Health Care in Germany and Austria.” BMC Psychiatry, 26, 292. doi:10.1186/s12888-026-07979-1
• Podoly, T., et al. (2025). “A Randomized Controlled Trial Evaluating an mHealth Intervention for Anger-Related Cognitions in Misophonia.” Journal of Affective Disorders. doi:10.1016/j.jad.2025.03.060
• Rappoldt, L., et al. (2026). “Clinical Characteristics of Children and Adolescents With Misophonia.” Clinical Pediatrics. doi:10.1177/00099228261467192
• Shan, Y., et al. (2026). “Real-Time Emotional Responses to Trigger Sounds in Misophonia: An Ecological Momentary Assessment Study.” Journal of Affective Disorders. doi:10.1016/j.jad.2026.121429
• Smees, R., et al. (2025). “Dissociable Effects of Hyperacusis and Misophonia Severity Imply Different Mechanisms of Decreased Sound Tolerance.” doi:10.1080/14992027.2024.2419558
• Woolley, J. D., et al. (2025). “Recognizing Individual Variability in Misophonia: Identifying Symptom-Based Subgroups With Gaussian Mixture Modeling.” Journal of Psychiatric Research. doi:10.1016/j.jpsychires.2025.02.054

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