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The 26 pages that link to Functional magnetic resonance imaging, each with the reason it gives.

• NeuroscienceRelated: Functional MRI maps activity associated with tasks and mental processes.

• PsycholinguisticsRelated: It helps locate brain systems recruited during language tasks.

• Trolley problemRelated: Imaging studies have compared brain activity during different kinds of trolley judgments.

• Broca's areaRelated: Imaging studies show Broca's area participates in tasks beyond overt speech.

• Transcranial magnetic stimulationRelated: It helps researchers examine how stimulating one site changes activity in connected brain networks.

• Auditory cortexRelated: It maps cortical responses to sounds, speech, and music in living subjects.

• Cognitive neuroscienceRelated: It maps which brain regions change activity during particular mental tasks.

• Lateral geniculate nucleusRelated: It can measure responses in the nucleus during visual stimulation.

• BrainRelated: It maps activity-related changes across the living brain without surgery.

• Localization of brain functionRelated: It maps activity associated with tasks, while not proving that active regions are necessary.

• Behavioral neuroscienceRelated: It maps brain activity associated with cognitive tasks and emotional responses.

• Peter MansfieldRelated: Rapid imaging methods associated with Mansfield made MRI useful for tracking changing brain activity.

• NeurolinguisticsRelated: It maps brain responses while participants perform language tasks.

• Human brainRelated: It maps activity associated with tasks without directly measuring neural firing.

• NeuroeconomicsRelated: It allows researchers to relate activity in specific regions to choices and values.

• NeurophysicsRelated: Physical modeling connects its hemodynamic signal to underlying neural activity.