Recent studies are looking at what happens outside the lab, where sounds come up in the middle of ordinary life. In a 10-day study of 40 adults, trigger sounds were followed by more anger and irritability. For most participants, those feelings eased within an hour, but people differed in how strongly they reacted and how quickly they recovered. A separate 30-day study followed 60 people through about 3,000 check-ins. It found that symptoms and emotion-regulation experiences could shift over time for the same person.
That doesn’t mean emotion-regulation difficulties cause misophonia. The studies show an association, and they give researchers a better look at how reactions change from one moment to another.
A 2026 study of sound features found that a model could explain 76% of the variation in participants’ discomfort ratings for sounds in the FOAMS dataset. The features linked to discomfort differed between listeners. Even sounds in the same broad category could affect people differently. This is an early research finding, not a test that can diagnose misophonia or reliably predict every person’s triggers.
Research with children is also growing. In one treatment-seeking sample of 95 young people, eating sounds were the most common triggers. Irritation, anger, and anxiety about anticipated sounds were common responses. A separate study of 214 young people receiving mental-health care found that about 31% scored above its cut-off for probable misophonia. These clinic samples help describe the needs of young people who seek care, but they can’t tell us how common misophonia is among all children.
Researchers are still working out how to measure misophonia consistently. In a German population survey, 33.3% of adults reported sensitivity to at least one sound on the study’s measure. Far fewer had scores in its more severe categories. Sensitivity to a sound, by itself, doesn’t mean someone has a disorder or significant impairment.
There are early treatment results, but they need follow-up. In a randomized study of 85 participants, some measures favored immediate use of an app over delayed use after 15 days. Participants in both groups improved after they received the app. A review of CBT-based treatments found that many studies reported improvement, but most were small or lacked a control group. We still need stronger studies to find out which approaches help, who they help, and whether the changes last.
People can have strong reactions to particular sounds or related cues. The triggers vary between people. The response can involve emotion, physical sensations, thoughts, and actions. Anticipating a sound or knowing who is making it may matter too.
Misophonia can affect daily life, including relationships, school, work, and social situations. It can occur alongside hyperacusis, but studies suggest the two can involve different kinds of sound intolerance. Studies also find links between misophonia and other psychological or sensory difficulties. Those links don’t show that one causes the other.
Brain imaging studies report differences between groups in areas and connections involved in salience, hearing, movement, and control. They are still exploratory; a brain scan cannot diagnose misophonia.
We know enough to take people’s distress and its impact seriously. We don’t yet have one agreed way to measure every aspect of misophonia, or large, well-controlled treatment studies that answer what works best.
Selected studies