A localized cluster of neurons in macaque posterior parietal cortex, termed the parietal reach
region (PRR), is activated when a reach is planned to a visible or remembered target. To …

The occurrence of cells that encode spatial location (place cells) or head direction (HD cells)
in the rat limbic system suggests that these cell types are important for spatial navigation. …

When primates reach for an object, they very often direct an eye movement toward the object
as well. This pattern of directing both eye and limb movements to the same object appears …

The ability of an organism to accurately navigate from one place to another requires integration
of multiple spatial constructs, including the determination of one’s position and direction …

In two experiments, water-deprived rats were given a single pairing of a sucrose solution
with LiCl in one context (Context 1). Some subjects then received three nonreinforced …

Head direction (HD) cells in the rat limbic system carry information about the direction the
head is pointing in the horizontal plane. Most previous studies of HD functioning have used …

Astronauts working in zero-gravity (0-G) often experience visual reorientation illusions (VRIs).
For example, when floating upside down, they commonly misperceive the spacecraft floor …

Four experiments used a conditioned taste aversion procedure to examine the potential for
CS-alone extinction treatment to produce a conditioned stimulus that possesses inhibitory …

We present evidence that neurons in the lateral intraparietal area (LIP) of monkey posterior
parietal cortex (PPC) are activated by the instruction to make an eye movement, even in the …

To acquire something that we see, visual spatial information must ultimately result in the
activation of the appropriate set of muscles. This sensory to motor transformation requires an …