A traditional view of the motor cortex in the primate brain is that it contains a map of the body arranged across the cortical surface. This traditional topographic scheme, however, does not capture the actual pattern of overlaps, fractures, re-representations, and multiple areas separated by fuzzy borders. Here, we suggest that the organization of the motor cortex, premotor cortex, supplementary motor cortex, frontal eye field, and supplementary eye field can in principle be understood as a best-fit rendering of the motor repertoire onto the two-dimensional cortical sheet in a manner that optimizes local continuity
AbstractRecently, we found that electrical stimulation of motor cortex caused monkeys to make coordi...
The neurons comprising many cortical areas have long been known to be arranged topographically such ...
The cerebral cortex of mammals comprises a series of topographic maps, forming sensory and motor ar...
A traditional view of the motor cortex in the primate brain is that it contains a map of the body ar...
A traditional view of the motor cortex in the primate brain is that it contains a map of the body ar...
processors that require constant intercommunication tend to be shifted toward each other in cortex i...
One way to understand the topography of the cerebral cortex is that “like attracts like.” The cortex...
We propose that some of the features of the topographic organization in motor cortex emerge from a c...
The following properties of cortical organization are now nearly universally accepted: 1. The cerebr...
AbstractArguments based on mathematical topology may help in understanding the organization of topog...
A traditional view of the human motor cortex is that it contains an overlapping sequence of body par...
A traditional view of the human motor cortex is that it contains an overlapping sequence of body par...
AbstractRecent studies of functional maps in the mammalian visual cortex fail to support the widespr...
articles Mammalian primary visual cortex contains a single continuous representation of retinotopic ...
Pyramidal cells in layers 2 and 3 of the neocortex of many species collectively form a clustered sys...
AbstractRecently, we found that electrical stimulation of motor cortex caused monkeys to make coordi...
The neurons comprising many cortical areas have long been known to be arranged topographically such ...
The cerebral cortex of mammals comprises a series of topographic maps, forming sensory and motor ar...
A traditional view of the motor cortex in the primate brain is that it contains a map of the body ar...
A traditional view of the motor cortex in the primate brain is that it contains a map of the body ar...
processors that require constant intercommunication tend to be shifted toward each other in cortex i...
One way to understand the topography of the cerebral cortex is that “like attracts like.” The cortex...
We propose that some of the features of the topographic organization in motor cortex emerge from a c...
The following properties of cortical organization are now nearly universally accepted: 1. The cerebr...
AbstractArguments based on mathematical topology may help in understanding the organization of topog...
A traditional view of the human motor cortex is that it contains an overlapping sequence of body par...
A traditional view of the human motor cortex is that it contains an overlapping sequence of body par...
AbstractRecent studies of functional maps in the mammalian visual cortex fail to support the widespr...
articles Mammalian primary visual cortex contains a single continuous representation of retinotopic ...
Pyramidal cells in layers 2 and 3 of the neocortex of many species collectively form a clustered sys...
AbstractRecently, we found that electrical stimulation of motor cortex caused monkeys to make coordi...
The neurons comprising many cortical areas have long been known to be arranged topographically such ...
The cerebral cortex of mammals comprises a series of topographic maps, forming sensory and motor ar...