Brain Correlates of Musical and Facial Emotion Recognition: Evidence from the Dementias

Journal

Neuropsychologia

Year

2012

Volume

50

Issue

8

First Page

1814

Last Page

1822

Abstract

The recognition of facial expressions of emotion is impaired in semantic dementia (SD) and is associated with right-sided brain atrophy in areas known to be involved in emotion processing, notably the amygdala. Whether patients with SD also experience difficulty recognizing emotions conveyed by other media, such as music, is unclear. Prior studies have used excerpts of known music from classical or film repertoire but not unfamiliar melodies designed to convey distinct emotions. Patients with SD (n = 11), Alzheimer's disease (n = 12) and healthy control participants (n = 20) underwent tests of emotion recognition in two modalities: unfamiliar musical tunes and unknown faces as well as volumetric MRI. Patients with SD were most impaired with the recognition of facial and musical emotions, particularly for negative emotions. Voxel-based morphometry showed that the labelling of emotions, regardless of modality, correlated with the degree of atrophy in the right temporal pole, amygdala and insula. The recognition of musical (but not facial) emotions was also associated with atrophy of the left anterior and inferior temporal lobe, which overlapped with regions correlating with standardized measures of verbal semantic memory. These findings highlight the common neural substrates supporting the processing of emotions by facial and musical stimuli but also indicate that the recognition of emotions from music draws upon brain regions that are associated with semantics in language.

Music and Health Institute Terms

Alzheimer's and Related Dementias; Elderly; Emotional Functioning; Music and Cognition; Music Cognition; Neurodegenerative Disorders

Indexed Terms

Elderly; Alzheimer Disease; Amygdala; Case-Control Studies; Cerebral Cortex; Emotions; Facial Expression; Frontotemporal Lobar Degeneration; Magnetic Resonance Imaging; Neuropsychological Tests; Organ Size; Pattern Recognition, Visual; Recognition, Psychology; Temporal Lobe

Study Type

Quasi-Experimental Study; Quantitative Methods

Disciplines

Neurology

PubMed ID

22579645

Document Type

Article

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