<p>(<b>A</b>) Real cortical neurons reconstructed from the cat visual cortex; from left to right: a pyramidal cell of layer 2/3, a spiny stellate cell of layer 4, a pyramidal cell of layer 5, a pyramidal cell of layer 6 (axons drawn in black, dendrites in blue) and a basket cell of layer 2/3. Scale bar: . (Reconstructed cells are a courtesy of Kevan Martin and colleagues, Institute of Neuroinformatics, Zurich). (<b>B</b>) Schematic representation of the axonal branching pattern for encoding in the instruction language G-code. Each color corresponds to a segment of the axonal arbor encoded by a specific G-code machine.</p
The cytoarchitectonic subdivision of the neocortex into six layers is often used to describe the org...
Brain function relies on specificity of synaptic connectivity patterns among different classes of ne...
The axonal arbors of the different types of neocortical and thalamic neurons appear highly dissimila...
Pyramidal cells in the superficial layers of neocortex of higher mammals form a lateral network of a...
() Coronal section showing the axonal projections from a population of layer 2/3 neurons in the D2 c...
Although cells in layer 4 of cat striate cortex represent the first stage in the cortical processing...
Pyramidal cells in layer 5 of the visual cortex have multiple cortical and subcortical projection si...
<p>The data were collected from different animals. For better illustration, two colors (red and gree...
Despite a long history of anatomical mapping of neuronal networks, we are only beginning to understa...
To understand sensory representation in cortex, it is crucial to identify its constituent cellular c...
The majority of neurons in the neocortex are excitatory pyramidal cells (PCs). Many systematic class...
The neocortex of higher mammals consists of six layers and three major populations of neurons, the m...
Summary: Parsing diverse nerve cells into biological types is necessary for understanding neural cir...
() Micrograph showing the layer 2/3 axonal projection pattern from the GFP-labeled layer 2/3 pyramid...
<p>To gain a better understanding of its structure, we visualize selectively subparts of each cell a...
The cytoarchitectonic subdivision of the neocortex into six layers is often used to describe the org...
Brain function relies on specificity of synaptic connectivity patterns among different classes of ne...
The axonal arbors of the different types of neocortical and thalamic neurons appear highly dissimila...
Pyramidal cells in the superficial layers of neocortex of higher mammals form a lateral network of a...
() Coronal section showing the axonal projections from a population of layer 2/3 neurons in the D2 c...
Although cells in layer 4 of cat striate cortex represent the first stage in the cortical processing...
Pyramidal cells in layer 5 of the visual cortex have multiple cortical and subcortical projection si...
<p>The data were collected from different animals. For better illustration, two colors (red and gree...
Despite a long history of anatomical mapping of neuronal networks, we are only beginning to understa...
To understand sensory representation in cortex, it is crucial to identify its constituent cellular c...
The majority of neurons in the neocortex are excitatory pyramidal cells (PCs). Many systematic class...
The neocortex of higher mammals consists of six layers and three major populations of neurons, the m...
Summary: Parsing diverse nerve cells into biological types is necessary for understanding neural cir...
() Micrograph showing the layer 2/3 axonal projection pattern from the GFP-labeled layer 2/3 pyramid...
<p>To gain a better understanding of its structure, we visualize selectively subparts of each cell a...
The cytoarchitectonic subdivision of the neocortex into six layers is often used to describe the org...
Brain function relies on specificity of synaptic connectivity patterns among different classes of ne...
The axonal arbors of the different types of neocortical and thalamic neurons appear highly dissimila...