<p>Y-axis represents the percentages of SW activities. X-axis represents the relative strength of the synapse in terms of five grade levels: , , , , and , where represents the corresponding maximum conductances of receptor channels in the control condition. (A) GABA. (B) GABA. (C) AMPA. (D) AMPA. (E) AMPA. (F) AMPA. (G) GABA. (H) AMPA. (I) AMPA. (J) GABA. (K) GABA. (L) AMPA.</p
<p>(A, B, C) These plots show the strength of synaptic outputs of three different cells over the cou...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>(A) Oscillation frequency as a function of maximal synaptic conductance (X-axis) and maximal syn...
<p>X-axis represents the relative strength of GABA. Y-axis represents the percentage of SW activitie...
<p>Letters preceding each number indicate the type of receptor. N: NMDA, A: AMPA, G: GABA. Asterisks...
<p>(<b>A</b>) Upper trace: A representative recording of glutamatergic synaptic activity in the volt...
<p>Each symbol represents a population: 800 pyramidal cells (P), 200 basket cells (B), 200 OLM cells...
<p>(A) Oscillation frequency as a function of maximal synaptic conductance (X-axis) and maximal syn...
<p>(A) The information rates of spike trains generated by excitatory conductances alone. (B) As in A...
<p>(A) The GABA antagonist model for various excitatory synaptic weights where the inhibitory weight...
<p>The figure shows 13 curves where all synapse parameters were kept constant except the side length...
<p>Average synaptic strength of the afferent (A), and efferent (B) connections of the critical neuro...
<p>Experiment and model. Mean ratios of maximum synaptic conductances during IID1 and IID2. The stat...
<p><b>A</b>. Raster plot showing the relationship between synaptic ODIs (ODI PSP) and ODIs for excit...
<p>(A) Synaptic input current as a function of the number of columns. Shown are the averaged values ...
<p>(A, B, C) These plots show the strength of synaptic outputs of three different cells over the cou...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>(A) Oscillation frequency as a function of maximal synaptic conductance (X-axis) and maximal syn...
<p>X-axis represents the relative strength of GABA. Y-axis represents the percentage of SW activitie...
<p>Letters preceding each number indicate the type of receptor. N: NMDA, A: AMPA, G: GABA. Asterisks...
<p>(<b>A</b>) Upper trace: A representative recording of glutamatergic synaptic activity in the volt...
<p>Each symbol represents a population: 800 pyramidal cells (P), 200 basket cells (B), 200 OLM cells...
<p>(A) Oscillation frequency as a function of maximal synaptic conductance (X-axis) and maximal syn...
<p>(A) The information rates of spike trains generated by excitatory conductances alone. (B) As in A...
<p>(A) The GABA antagonist model for various excitatory synaptic weights where the inhibitory weight...
<p>The figure shows 13 curves where all synapse parameters were kept constant except the side length...
<p>Average synaptic strength of the afferent (A), and efferent (B) connections of the critical neuro...
<p>Experiment and model. Mean ratios of maximum synaptic conductances during IID1 and IID2. The stat...
<p><b>A</b>. Raster plot showing the relationship between synaptic ODIs (ODI PSP) and ODIs for excit...
<p>(A) Synaptic input current as a function of the number of columns. Shown are the averaged values ...
<p>(A, B, C) These plots show the strength of synaptic outputs of three different cells over the cou...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>(A) Oscillation frequency as a function of maximal synaptic conductance (X-axis) and maximal syn...