Over the last century, several dozen case reports have presented `topographically disoriented'
patients who, in some cases, appear to have selectively lost their ability to find their way …

Functional magnetic resonance imaging (fMRI) has rapidly emerged as a powerful technique
in cognitive neuroscience. We describe and critique a new class of imaging experimental …

Studies of patients with focal brain damage suggest that topographical representation is
subserved by dissociable neural subcomponents. This article offers a condensed review of the …

A number of neuroimaging findings have been interpreted as evidence that the left inferior
frontal gyrus (IFG) subserves retrieval of semantic knowledge. We provide a fundamentally …

Cerebral hemodynamic responses to brief periods of neural activity are delayed and dispersed
in time. The specific shape of these responses is of some importance to the design and …

Single-unit recordings in monkeys have revealed neurons in the lateral prefrontal cortex that
increase their firing during a delay between the presentation of information and its later use …

Temporal autocorrelation, spatial coherency, and their effects on voxel-wise parametric
statistics were examined in BOLD fMRI null-hypothesis, or “noise,” datasets. Seventeen normal, …

The hippocampus has been proposed as the site of neural representation of large-scale
environmental space, based upon the identification of place cells (neurons with receptive fields …

Isolated, ventral brain lesions in humans occasionally produce specific impairments in the
ability to use landmarks, particularly buildings, for way-finding. Using functional MRI, we …

The neural substrates of mental image generation were investigated with functional MRI.
Subjects listened to words under two different instructional conditions: to generate visual …