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Musical hallucinations: review of treatment effects.

Jan Coebergh, R F Lauw, R Bots, Iris E C Sommer, J D Blom

Frontiers in Psychology June 16, 2015 DOI: 10.3389/fpsyg.2015.00814 (opens in new tab)

Study at a glance

AI-extracted from the abstract
Characteristics Review Peer reviewed
Sample size 276
Population People with musical hallucinations described in published case reports and articles
Keywords Epilepsy Brain lesion Auditory hallucination Psychiatric disorder Intoxication/pharmacology
Key findings Treatments for musical hallucinations tended to yield favorable results when they targeted the underlying etiological factor: hearing treatment and coping strategies for hypoacusis, psychopharmacology for psychiatric disorders, antiepileptics for brain injury and epilepsy, and stopping or switching the causative substance for intoxication/pharmacology. Antidepressants appeared possibly more helpful than antiepileptics, which were better than antipsychotics. Hallucinations can also disappear without intervention.

Abstract

Background: Despite an increased scientific interest in musical hallucinations over the past 25 years, treatment protocols are still lacking. This may well be due to the fact that musical hallucinations have multiple causes, and that published cases are relatively rare.

Objective: To review the effects of published treatment methods for musical hallucinations.

Methods: A literature search yielded 175 articles discussing a total number of 516 cases, of which 147 articles discussed treatment in 276 individuals. We analyzed the treatment results in relation to the etiological factor considered responsible for the mediation of the musical hallucinations, i.e., idiopathic/hypoacusis, psychiatric disorder, brain lesion, and other pathology, epilepsy or intoxication/pharmacology.

Results: Musical hallucinations can disappear without intervention. When hallucinations are bearable, patients can be reassured without any other treatment. However, in other patients musical hallucinations are so disturbing that treatment is indicated. Distinct etiological groups appear to respond differently to treatment. In the hypoacusis group, treating the hearing impairment can yield significant improvement and coping strategies (e.g., more acoustic stimulation) are frequently helpful. Pharmacological treatment methods can also be successful, with antidepressants being possibly more helpful than antiepileptics (which are still better than antipsychotics). The limited use of acetylcholinesterase inhibitors has looked promising. Musical hallucinations occurring as part of a psychiatric disorder tend to respond well to psychopharmacological treatments targeting the underlying disorder. Musical hallucinations experienced in the context of brain injuries and epilepsy tend to respond well to antiepileptics, but their natural course is often benign, irrespective of any pharmacological treatment. When intoxication/pharmacology is the main etiological factor, it is important to stop or switch the causative substance or medication.

Conclusion: Treatments for musical hallucinations tend to yield favorable results when they target the main etiological factor of these phenomena. There is a need to establish the natural course of musical hallucinations, their response to non-pharmacological treatments, and their effects on the patient's quality of life. There is also a need to standardize the assessment of treatment responses, and document long-term follow up.

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