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Significance The direct observation with MRI of neuronal activity at single-neuron resolution represents a significant advancement in magnetic resonance (MR) microscopy and functional neuroimaging. The vast majority of high-resolution MR microscopy studies remain restricted to the generation of static images. This study shifts the focus of MR microscopy from noninvasive static imaging to dynamic investigations of activity in single cells and neuronal networks. Although most functional neuroimaging investigations are limited to averaging the signal from clusters of hundreds of neurons, we show that we are able to record the activity coming from individual neurons and their responses to sensory stimuli.

Functional magnetic resonance microscopy at single-cell resolution in Aplysia californica