Research from macaque neurophysiology and human neuropsychology has implicated the
parietal cortex in the sensory control of action. Functional neuroimaging has been very …

It is shown that visuo-spatial working memory is better characterized as processes operating
on sensory information (visual appearance) and on spatial location (environmental …

The perception–action model proposes that vision-for-perception and vision-for-action are
based on anatomically distinct and functionally independent streams within the visual cortex …

Hippocampal theta oscillations (3–12 Hz) may reflect a mechanism for sensorimotor
integration in rats (Bland BH. Prog Neurobiol 26: 1–54, 1986); however, it is unknown …

In 1992, David Milner and I (Goodale & Milner, 1992) proposed a division of labour in the
visual pathways of the primate cerebral cortex between a dorsal stream specialized for the …

The act of reaching to grasp an object requires the coordination between transporting the
arm and shaping the hand. Neurophysiological, neuroimaging, neuroanatomic, and …

Neuroimaging investigations reliably describe a left-lateralized network of areas as
underlying the representations of knowledge about familiar tools. Among the critical 'nodes' …

According to Milner and Goodale's theory of the two visual streams, the dorsal (action)
stream controls actions in real-time, whereas the ventral (perceptual) stream stores longer …

Given that studying neural bases of actions is very challenging with fMRI, numerous
experiments have used pantomimed actions as a proxy to studying neural circuits of real …

Humans have an amazing ability to quickly and efficiently recognize and interact with visual
objects in their environment. The underlying neural processes supporting this ability have …