Misophonia Awareness and Stress in Hearing Health Students

Nearly 200 university students specializing in audiology and occupational therapy have provided new insights into misophonia, the condition marked by intense emotional reactions to specific sounds like chewing or tapping. A study published in the Egyptian Journal of Otolaryngology found a clear link between the severity of misophonia symptoms and higher levels of perceived stress, particularly among students not receiving psychological support.

How the Study Measured Misophonia and Stress

Researchers Rahmiye Nur Aktan, Ali Karaağaç, and Hilal Nur Saygılı recruited 196 adult students from audiology and occupational therapy departments. Participants completed three main tools: a demographic form assessing their prior knowledge of misophonia, the Misophonia Questionnaire (MQ) to gauge symptom severity, and the Perceived Stress Scale (PSS). The MQ evaluates emotional and behavioral responses to trigger sounds, while the PSS measures how uncontrollable and overwhelming an individual finds their life circumstances.

The statistical analysis confirmed the scales were reliable for this group. The internal consistency scores for the MQ subscales ranged from 0.752 to 0.829, and the PSS scored 0.709, all within an acceptable range. This gave the team confidence that the students’ responses were consistent and the results could be trusted.

Occupational Therapy Students Show Higher Scores

The results showed statistically significant differences across all parameters when comparing students by stress status and their field of study. One notable finding was that occupational therapy (OT) students scored higher on both the Misophonia Questionnaire and the Perceived Stress Scale compared to their audiology peers.

The authors propose a reason for this disparity. Occupational therapy training heavily emphasizes sensory processing and an individual’s interaction with their environment. This heightened focus on sensory awareness might make OT students more attuned to—and potentially more distressed by—specific auditory triggers. It suggests that knowledge and professional focus can influence the personal experience and reporting of a condition like misophonia.

While age did not produce significant differences, other demographic factors did. Gender, department (audiology vs. OT), and a reported family history of sound sensitivity created distinct differences in some sub-scale scores. This points to a complex interaction between personal history, professional training, and symptom presentation.

The Critical Role of Psychological Support

Perhaps the most practical finding was related to psychological support. Students who reported that they were not receiving any form of psychological help had markedly higher stress scores. This gap underscores a vital point: awareness of a condition is not the same as having tools to manage it.

The stress associated with misophonia isn’t just about the sound itself; it involves the anticipation of encountering triggers, the emotional fallout from reactions, and the effort required to cope in daily life. Without support strategies, this cycle can elevate overall stress levels. This aligns with broader understanding of managing misophonia in young adults, where coping strategies are a core component of care.

Misophonia Is More Than an Ear Problem

The study’s conclusions firmly position misophonia within a biopsychosocial framework. The authors state it is “a multidimensional condition interacting with emotional regulation, stress response and adaptation to environmental stimuli, rather than merely an auditory sensitivity.” This perspective is essential for effective treatment. Approaching misophonia solely as a hearing or ear problem misses the profound emotional and autonomic nervous system reactions that define it.

This multidimensional view connects misophonia to other hearing-related conditions that also have significant neural and emotional components. For instance, successful interventions for tinnitus often address the brain’s emotional response, similar to approaches suggested for misophonia. Research into predicting TMS success for tinnitus with brain biomarkers highlights the importance of the brain’s non-auditory pathways, a concept relevant to understanding misophonia’s neural basis.

Implications for Treatment and Future Research

These findings have clear implications. First, they emphasize the need for early identification and intervention. The study supports existing literature indicating misophonia symptoms often begin early and can become chronic in adulthood. Raising awareness among healthcare students—the future clinicians—is a logical first step.

Second, the data argue strongly for a multidisciplinary treatment model. An effective approach would likely combine audiological management with psychological therapies, such as cognitive behavioral techniques, to address both the trigger sounds and the stress response they provoke. This is supported by research into cognitive reappraisal in misophonia treatment.

Finally, the link to sensory processing, highlighted by the OT students’ scores, suggests occupational therapists could play a larger role in managing misophonia. Their expertise in sensory integration and modifying daily activities could help individuals build better tolerance and adapt their environments.

The study by Aktan and colleagues adds to the evidence that managing misophonia effectively requires looking beyond the ear. It involves understanding a person’s stress, their coping resources, and the unique way their nervous system reacts to the world. You can read the full research paper via its DOI: 10.1186/s43163-026-01163-8.