<p>Change in the steady-state values of the neural firing frequencies of the neuronal groups with varying connection strength factor J<sub>5-HT-to-GABA(LHA)</sub> (in pA/Hz) from 5-HT neurons to the GABAergic neurons (LHA) for excitatory connection. Steady states are obtained after simulating for a sufficiently long time. f<sub>5-HT</sub>, f<sub>Ox</sub>, g<sub>GABA(LHA)</sub>, and g<sub>GABA(DRN)</sub>: population firing frequencies of 5-HT, Ox, LHA’s GABAergic and DRN’s GABAergic neurons, respectively.</p
A–B: The morphology of the Almog (A) and Hay (B) model neurons. C–D: Membrane potential time courses...
<p>(A) Whole-cell clamp recording of the GABAergic neurons in dmLC area. The membrane potential was ...
<p><b>A,B.</b> Top: The – curves (green) for GS neurons ( pS/µm<sup>2</sup> and pS/µm<sup>2</sup>) ...
<p>Steady-state firing frequencies of the neural populations as functions of the connection strength...
<p>Steady-state values of the firing rate activity of 5-HT neurons are plotted as a function of the ...
<p>(A) Firing frequency of 5-HT neurons for different slow and fast 5-HT receptor timescales (left) ...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
<p>(A) Sample action potential trains in response to three depolarizing current steps (+20, 50, 80 p...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
An original simple neural mass model of a population of neurons has been used to investigate the ori...
<p>(A) Schematic indicating location of synaptic inputs in simulations. 10 Hz glutamatergic pulses w...
Accumulating evidence relates the fine-tuning of synaptic maturation and regulation of neural networ...
<p>(A1-3) Responses of the pure network model to a brief stimulation. Conductance of recurrent synap...
A–B: The morphology of the Almog (A) and Hay (B) model neurons. C–D: Membrane potential time courses...
<p>(A) Whole-cell clamp recording of the GABAergic neurons in dmLC area. The membrane potential was ...
<p><b>A,B.</b> Top: The – curves (green) for GS neurons ( pS/µm<sup>2</sup> and pS/µm<sup>2</sup>) ...
<p>Steady-state firing frequencies of the neural populations as functions of the connection strength...
<p>Steady-state values of the firing rate activity of 5-HT neurons are plotted as a function of the ...
<p>(A) Firing frequency of 5-HT neurons for different slow and fast 5-HT receptor timescales (left) ...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
<p>(A) Sample action potential trains in response to three depolarizing current steps (+20, 50, 80 p...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
Several factors regulate cortical development, such as changes in local connectivity and the influen...
An original simple neural mass model of a population of neurons has been used to investigate the ori...
<p>(A) Schematic indicating location of synaptic inputs in simulations. 10 Hz glutamatergic pulses w...
Accumulating evidence relates the fine-tuning of synaptic maturation and regulation of neural networ...
<p>(A1-3) Responses of the pure network model to a brief stimulation. Conductance of recurrent synap...
A–B: The morphology of the Almog (A) and Hay (B) model neurons. C–D: Membrane potential time courses...
<p>(A) Whole-cell clamp recording of the GABAergic neurons in dmLC area. The membrane potential was ...
<p><b>A,B.</b> Top: The – curves (green) for GS neurons ( pS/µm<sup>2</sup> and pS/µm<sup>2</sup>) ...