<p>The ‘+’ symbols represent unaltered connections, and ‘−’ symbols represent a fully inhibited connection.</p
<p>A finite line of excitatory and inhibitory neurons. White nodes represent excitatory neurons. Bla...
<p>The figure shows dynamics and corresponding effective connectivities for fully symmetric structur...
<p>The figure shows dynamics and corresponding effective connectivities for fully symmetric structur...
<p>In this plot, each black point represents the connection strength of an element in the unrestrict...
<p>(A-B) From the upper trace to the bottom trace:Theta amplitudes vs. the stimulus strength , the c...
<p>Overview of connectivity in EO, EC and EO>EC conditions. Shown are the mPFC, NAc, DMT, and PAG. B...
Table of correlations of the whole-brain FC maps for each IC with known resting-state networks.</p
<p>For each of the different connectivity data sets, the table shows the number of source nodes, the...
<p>This figure shows the relationship between the cortico-cortical excitatory and inhibitory connect...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>The color scale represents the magnitude of the difference in weighted graphs between the three e...
<p>The curves of connectivity density against for different ranking measures in the ECT and HST.</...
<p>The positive sign of the <i>D</i> value represents increased connectivity in epilepsy patients wh...
<p>Arrows represent excitatory connections and the lines with solid circle represent inhibitory conn...
<p>(A) and (B): The connectivity strength matrices of each sub-network at scale 2 and 3. (C) The con...
<p>A finite line of excitatory and inhibitory neurons. White nodes represent excitatory neurons. Bla...
<p>The figure shows dynamics and corresponding effective connectivities for fully symmetric structur...
<p>The figure shows dynamics and corresponding effective connectivities for fully symmetric structur...
<p>In this plot, each black point represents the connection strength of an element in the unrestrict...
<p>(A-B) From the upper trace to the bottom trace:Theta amplitudes vs. the stimulus strength , the c...
<p>Overview of connectivity in EO, EC and EO>EC conditions. Shown are the mPFC, NAc, DMT, and PAG. B...
Table of correlations of the whole-brain FC maps for each IC with known resting-state networks.</p
<p>For each of the different connectivity data sets, the table shows the number of source nodes, the...
<p>This figure shows the relationship between the cortico-cortical excitatory and inhibitory connect...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p>The color scale represents the magnitude of the difference in weighted graphs between the three e...
<p>The curves of connectivity density against for different ranking measures in the ECT and HST.</...
<p>The positive sign of the <i>D</i> value represents increased connectivity in epilepsy patients wh...
<p>Arrows represent excitatory connections and the lines with solid circle represent inhibitory conn...
<p>(A) and (B): The connectivity strength matrices of each sub-network at scale 2 and 3. (C) The con...
<p>A finite line of excitatory and inhibitory neurons. White nodes represent excitatory neurons. Bla...
<p>The figure shows dynamics and corresponding effective connectivities for fully symmetric structur...
<p>The figure shows dynamics and corresponding effective connectivities for fully symmetric structur...
DOI
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