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

It is tempting to describe human reach-to-grasp movements in terms of two, more or less
independent visuomotor channels, one relating hand transport to the object's location and …

We are delighted to see the impressive range of empirical and theoretical research that has
been inspired directly or indirectly by our Two Visual Systems (TVS) model. The utility of a …

In 1992/1995 David Milner and Mel Goodale proposed a two visual system (TVS) model that
argued for the anatomical separation and functional independence of two visual processing …

Although it is known that the availability of visual feedback modulates gras** kinematics, it
is unclear whether this extends to both the early and late stages of the movement. We …

Patient DF, who has bilateral damage in the ventral visual stream, is perhaps the best known
individual with visual form agnosia in the world, and has been the focus of scores of …

People usually reach for objects to place them in some position and orientation, but the
placement component of this sequence is often ignored. For example, reaches are …

In everyday life, our brain constantly builds spatial representations of the objects
surrounding us. Many studies have investigated the nature of these spatial representations …

Orientation processing in the human brain plays a crucial role in guiding gras** actions
toward an object. Remarkably, despite the absence of visual input, the human visual cortex …

It is a widely accepted notion that visual information in the brain is processed via two parallel
but separate cortical pathways, the ventral stream for visual perception and the dorsal …