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Humphreys, Gina F.; Newling, Katherine; Jennings, Caroline; Gennari, Silvia P. – Brain and Language, 2013
Understanding verbs typically activates posterior temporal regions and, in some circumstances, motion perception area V5. However, the nature and role of this activation remains unclear: does language alone indeed activate V5? And are posterior temporal representations modality-specific motion representations, or supra-modal motion-independent…
Descriptors: Semantics, Sentences, Motion, Imagery
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Turella, Luca; Pierno, Andrea C.; Tubaldi, Federico; Castiello, Umberto – Brain and Language, 2009
The widely known discovery of mirror neurons in macaques shows that premotor and parietal cortical areas are not only involved in executing one's own movement, but are also active when observing the action of others. The goal of this essay is to critically evaluate the substance of functional magnetic resonance imaging (fMRI) and positron emission…
Descriptors: Neurology, Diagnostic Tests, Motion, Psychomotor Skills
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Chen, Evan; Widick, Page; Chatterjee, Anjan – Brain and Language, 2008
The bulk of the research on the neural organization of metaphor comprehension has focused on nominal metaphors and the metaphoric relationships between word pairs. By contrast, little work has been conducted on predicate metaphors using verbs of motion such as "The man fell under her spell." We examined predicate metaphors as compared to literal…
Descriptors: Sentences, Form Classes (Languages), Figurative Language, Motion
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Huang, Jie; Francis, Andrea P.; Carr, Thomas H. – Brain and Language, 2008
A quantitative method is introduced for detecting and correcting artifactual signal changes in BOLD time series data arising from the magnetic field warping caused by motion of the articulatory apparatus when speaking aloud, with extensions to detection of subvocal articulatory activity during silent reading. Whole-head images allow the large,…
Descriptors: Articulation (Speech), Silent Reading, Motion, Memory