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A computationally explicit framework can explain post-decisional neural signals of performance monitoring.

Precise motor control is supported by connectivity within a cortical grasping network from childhood to adulthood, but older individuals display more top-down control and superior motor performance compared to children.

While semantic symptoms in fronto-temporal dementia patients were mainly dependent on short-range white-matter fibre disruption, long-range white-matter fibres damage was the major contributor to executive dysfunction, highlighting the importance of controlling for risk factors associated with deep white-matter disease.

Electrophysiological activity indicates superior implicit crossmodal learning in infants and a change in learning mode from infancy to adulthood.

High-level disorders, such as motor awareness, are not localised in the brain but emerge from the interaction between brain circuits.

The cortical grasping circuit separates but shares visual and motor processes to transform object attributes into appropriate hand movements.

Biperiden, but not amisulpride, delays auditory mismatch responses during environmental stability, suggesting a differential sensitivity of auditory statistical learning to muscarinic versus dopaminergic receptor status which could prove useful for developing tests that predict an individual's response to antipsychotic treatment.

Direct electrophysiological evidence demonstrates a role for the anterior thalamic nucleus in human memory formation.