Add to ORKGThe neural systems that code for location and facing direction during spatial navigation have been extensively investigated; however, the mechanisms by which these quantities are referenced to external features of the world are not well understood. To address this issue, we examined behavioral priming and fMRI activity patterns while human subjects re-instantiated spatial views from a recently learned virtual environment. Behavioral results indicated that imagined location and facing direction were represented during this task, and multi-voxel pattern analyses indicated the retrosplenial complex (RSC) was the anatomical locus of these spatial codes. Critically, in both cases, location and direction were defined based on fixed elements of th...
open4noHumans, like animals, rely on an accurate knowledge of one’s spatial position and facing dire...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
International audienceFunctional magnetic resonance imaging was used to compare the neural correlate...
Humans, like other mobile organisms, rely on spatial representations to guide navigation from place ...
Akey component of spatial navigation is the ability to use visual information to ascertain where one...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
Abstract & Functional magnetic resonance imaging was used to compare the neural correlates of th...
Functional magnetic resonance imaging was used to compare the neural correlates of three different t...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
International audienceFunctional magnetic resonance imaging was used to compare the neural correlate...
open4noHumans, like animals, rely on an accurate knowledge of one’s spatial position and facing dire...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
International audienceFunctional magnetic resonance imaging was used to compare the neural correlate...
Humans, like other mobile organisms, rely on spatial representations to guide navigation from place ...
Akey component of spatial navigation is the ability to use visual information to ascertain where one...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
<p>Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing directio...
Abstract & Functional magnetic resonance imaging was used to compare the neural correlates of th...
Functional magnetic resonance imaging was used to compare the neural correlates of three different t...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
International audienceFunctional magnetic resonance imaging was used to compare the neural correlate...
open4noHumans, like animals, rely on an accurate knowledge of one’s spatial position and facing dire...
Humans, like animals, rely on an accurate knowledge of one’s spatial position and facing direction t...
International audienceFunctional magnetic resonance imaging was used to compare the neural correlate...