Misophonia Stress in Hearing Health Students

A study of 196 university students has found that higher perceived stress is significantly linked to more severe misophonia symptoms. The research, led by Rahmiye Nur Aktan, Ali Karaağaç, and Hilal Nur Saygılı, also revealed that students with greater sensory awareness scored higher on misophonia measures, suggesting the condition is far more than an auditory issue.

How Researchers Measured Misophonia and Stress

The research team recruited 196 adult students from occupational therapy and audiology departments. Each participant completed three forms: a demographic questionnaire, the Misophonia Questionnaire (MQ), and the Perceived Stress Scale (PSS). The MQ assesses the severity of emotional and behavioral reactions to trigger sounds, while the PSS measures how uncontrollable and overwhelming a person finds their life circumstances.

Statistical analysis confirmed the tools were reliable for this group, with acceptable internal consistency scores (Cronbach’s alpha between 0.709 and 0.829). This gave the researchers confidence that the scales measured misophonia symptoms and stress levels accurately across the student population.

Stress and Sensory Awareness Drive Symptom Severity

The results showed a clear statistical relationship: as perceived stress increased, so did the severity of misophonia symptoms. This connection was significant across all parameters analyzed. A notable finding was the difference between student groups. Occupational therapy students consistently scored higher on both the MQ and PSS compared to their peers in audiology.

The authors propose that this difference may stem from occupational therapy training, which emphasizes sensory processing and awareness. This heightened sensitivity could make students more attuned to internal and external stimuli, including trigger sounds, thereby increasing their perceived stress and misophonia scores. It suggests that awareness of sensory experience is a double-edged sword in misophonia.

The Critical Role of Psychological Support

One of the most practical findings concerned psychological support. Students who reported they were not receiving any form of psychological help had significantly higher stress scores. This points to a specific population—individuals with misophonia who are struggling but not in treatment—who may be at greater risk for stress-related complications. It directly highlights the need for better awareness and accessible management strategies.

The study also found that while age was not a significant factor, gender, department of study, and a reported family history of similar symptoms created distinct differences in how misophonia manifested on certain sub-scales.

Why Misophonia Is More Than an Ear Problem

This study adds substantial weight to the modern understanding of misophonia as a complex, brain-based condition. The strong link with perceived stress underscores that misophonia interacts deeply with emotional regulation systems and the body’s overall stress response. It is not merely a “hearing” or “auditory” disorder but a condition of altered neural processing where sound, emotion, and physiological arousal are tightly linked.

The findings align with literature indicating misophonia often starts in childhood or adolescence and can become a chronic challenge in adulthood. This chronicity reinforces the need for early identification and intervention. The authors conclude that effective management must consider these psychosocial and emotional dimensions, not just the neurophysiological aspects of sound intolerance.

Implications for a Multidisciplinary Treatment Approach

The evidence points clearly toward the need for integrated care. A treatment plan focusing only on sound perception is likely insufficient. The study suggests that outcomes could improve with a multidisciplinary approach that includes strategies for emotional regulation and stress reduction.

This could involve cognitive behavioral techniques, which you can read about in our article on cognitive reappraisal for misophonia. Furthermore, the role of the nervous system’s stress response highlights why neuromodulation techniques are being investigated. For instance, transcutaneous auricular vagus nerve stimulation aims to calm the physiological arousal associated with misophonia triggers. Understanding the broader hearing health pathway from cochlea to cortex is also essential for contextualizing where this dysregulation occurs.

For clinicians and patients, the takeaway is to assess and address stress and emotional health alongside sound sensitivity. Screening for misophonia in high-stress populations, including students, and ensuring access to psychological support could be vital steps in management.

Source: Aktan, R.N., Karaağaç, A. & Saygılı, H.N. The relationship between misophonia symptoms and perceived stress levels in university students. Egypt J Otolaryngol 40, 93 (2024). https://doi.org/10.1186/s43163-026-01163-8