<p>(<b>A</b>) <b>Morphologies of model cells a) nRT, b) TCR, c) layer 6 nontufted pyramidal, d) deep interneuron, e) layer 5 tufted pyramidal, f) layer 4 spiny stellate, g) layer 2/3 pyramidal, h) superficial interneuron (B) Cortical cells placed in cortical column, different populations are marked by different gradation of color (blue — excitatory cells, red — inhibitory cells).</b> (C–G) as (B) but separated into different layers: (C) layer 2/3, (D) layer 4, (E) layer 5, (F) layer 6, (G) layer 5/6.</p
The majority of neurons in the neocortex are excitatory pyramidal cells (PCs). Many systematic class...
<p>The red triangle represents the population of excitatory pyramidal cells (PYR); blue circles are ...
(a) The biophysical and LIF portions of the model on the cortical surface with delineations of corti...
a) Block diagram depicting JR operators and modules where each color is associated with a different ...
<p>The cortical layer was organized in a one-dimensional chain of pyramidal cells (PYs) and inhibito...
<p>Neural mass model for a cortical source with excitatory interneurons (EIN) in layer 4, superficia...
<p>(A) The macroarchitecture of the model. Shown are the fast-spiking inhibitory interneuron network...
<p>Models of Layer 2/3 cells. Based on Blue Brain Project cells. More details to follow</p
Pyramidal cells are the primary excitatory neurons in the cerebral cortex of the mammalian brain. Th...
<p>Orientations of layer 3(L3) and layer 5(L5) pyramidal neuronal models are shown, with bends in di...
<p><b>(a)</b> (Top) Different phenomenological models of a L5 pyramidal cell (left to right): the de...
Top: Determination of the population sizes. The size of a population is computed as the product of t...
<p>(<b>A</b>) Real cortical neurons reconstructed from the cat visual cortex; from left to right: a ...
<p>(A) Cartoon of a network of 9 hypercolumns with 5 minicolumns each. The model used had 36 hyperco...
<p><b>A</b>. Schematic representation of network connections between granule cells (GC), basket cell...
The majority of neurons in the neocortex are excitatory pyramidal cells (PCs). Many systematic class...
<p>The red triangle represents the population of excitatory pyramidal cells (PYR); blue circles are ...
(a) The biophysical and LIF portions of the model on the cortical surface with delineations of corti...
a) Block diagram depicting JR operators and modules where each color is associated with a different ...
<p>The cortical layer was organized in a one-dimensional chain of pyramidal cells (PYs) and inhibito...
<p>Neural mass model for a cortical source with excitatory interneurons (EIN) in layer 4, superficia...
<p>(A) The macroarchitecture of the model. Shown are the fast-spiking inhibitory interneuron network...
<p>Models of Layer 2/3 cells. Based on Blue Brain Project cells. More details to follow</p
Pyramidal cells are the primary excitatory neurons in the cerebral cortex of the mammalian brain. Th...
<p>Orientations of layer 3(L3) and layer 5(L5) pyramidal neuronal models are shown, with bends in di...
<p><b>(a)</b> (Top) Different phenomenological models of a L5 pyramidal cell (left to right): the de...
Top: Determination of the population sizes. The size of a population is computed as the product of t...
<p>(<b>A</b>) Real cortical neurons reconstructed from the cat visual cortex; from left to right: a ...
<p>(A) Cartoon of a network of 9 hypercolumns with 5 minicolumns each. The model used had 36 hyperco...
<p><b>A</b>. Schematic representation of network connections between granule cells (GC), basket cell...
The majority of neurons in the neocortex are excitatory pyramidal cells (PCs). Many systematic class...
<p>The red triangle represents the population of excitatory pyramidal cells (PYR); blue circles are ...
(a) The biophysical and LIF portions of the model on the cortical surface with delineations of corti...