Browse our latest Neuroscience articles

3D electron microscopy provides the first extensive quantitative ultrastructural dataset of synapses of the human entorhinal cortex.

Cerebellar Purkinje cells make direct synapses within the parabrachial, vestibular, pontine central gray, and other brainstem nuclei that exhibit spatial gradients and cell specificity consistent with nuanced influences on diverse behaviors.

Learned suppression of distractor locations in visual search emerges through reactive mechanisms that involve initial spatial selection prior to suppression.

The unexpected absence of danger is experienced as a pleasurable relief and activates reward-related brain regions in humans, highlighting an overlap in the processing of absent danger and rewards.

The entopeduncular nucleus multiplexes motor and reward signals, with spatio-temporal coding more prominent than kinematic, both shaped by movement goals, challenging prevailing theories of basal ganglia function.