The dorsal frontoparietal network (dFPN) of the human brain assumes a puzzling variety of
functions, including motor planning and imagery, mental rotation, spatial attention, and …

In primates, neural mechanisms for controlling skilled hand actions primarily rely on
sensorimotor transformations. These transformations are mediated by circuits linking specific …

Working memory bridges perception to action over extended delays, enabling flexible goal-
directed behaviour. To date, studies of visual working memory–concerned with detailed …

Humans perform goal-directed actions such as reaching for a light switch or grasping a
coffee mug thousands of times a day. Behind the scenes of these seemingly simple actions …

Research in both humans and monkeys has shown that even simple hand movements
require cortical control beyond primary sensorimotor areas. An extensive functional …

Behavioral and neuropsychological research suggests that delayed actions rely on different
neural substrates than immediate actions; however, the specific brain areas implicated in the …

Freezing of gait (FOG) in Parkinson's disease (PD) is typically assumed to be a pure motor
deficit, although it is important to consider how an abrupt loss of gait automaticity might be …

The neural bases of haptically guided interactions with tools are largely unknown. Whereas
in the visual domain there is clear evidence for left lateralization of the networks underlying …

It remains unclear whether and to what extent working memory (WM) temporal
subprocesses (ie, encoding, maintenance, and retrieval) involve shared or distinct intrinsic …

Humans' ability to adapt and learn relies on reflecting on past performance. These
experiences form latent representations called internal states that induce movement …