<p>For each cell type and treatment group the number of cells and number of spike events are shown. In average, each cell produced 20 spikes per stimulus sweep, but the number of possible event locations was higher. Mean EPSC amplitudes are consistently higher for the neurons from the alcohol dependent group (indicated by bold-italic numbers). No significant change is observed in the mean spike threshold. Values are expressed as means ± S.E.M. (unpaired t-test, p<0.05).</p
<p>Reliability of spike generation as a function of input synchronization and EPSC shape. <i>A</i>, ...
<p>A and B, Representative traces showing SSA of an EPSC (A) and IPSC (B) at a stimulation frequency...
<p>Identical analyses were carried out as for the model data in the preceding figures. (<b>A</b>) Ac...
<p>The left panels demonstrate the voltage response of a type II neuron under simulated synaptic bom...
<p>(A) Spike triggered average voltage for and firing rates ; simulated results (circles) and anal...
<p>(<b>A</b>) Spike frequency as a function of injected current for ChAT<sup>+</sup> (black symbols)...
<p>(A) The individual traces with selected spikes. Bold lines show the individual 1-ms spike signals...
<p>A set of sample spikes from Type I and Type II neuron as d<i>V</i>/d<i>t</i> increases from 0.2mV...
<p>(A) Spikes initiated through a QSC or SNIC bifurcation exhibit different spike amplitude variabil...
<p>(A) Representative mean eEPSC waveforms in WT and STX1B<sup>−/−</sup> synapses (left). Neurons we...
<p>Mean time course (mean ± SEM, n = 4) of BOLD signal changes within the iS1FL (A) and cS1FL (B) at...
<div><p>(A) The top trace illustrates a natural spike train, with each vertical line indicating an a...
WOS: 000282431000008PubMed ID: 20862458When motor units are discharging tonically, transient excitat...
<p>The three jcBNST neurons received simulated synaptic bombardment (30 Hz frozen noise template) wi...
<div><p>(A) Excitatory (top, black) and inhibitory (bottom, red) normalized response amplitudes for ...
<p>Reliability of spike generation as a function of input synchronization and EPSC shape. <i>A</i>, ...
<p>A and B, Representative traces showing SSA of an EPSC (A) and IPSC (B) at a stimulation frequency...
<p>Identical analyses were carried out as for the model data in the preceding figures. (<b>A</b>) Ac...
<p>The left panels demonstrate the voltage response of a type II neuron under simulated synaptic bom...
<p>(A) Spike triggered average voltage for and firing rates ; simulated results (circles) and anal...
<p>(<b>A</b>) Spike frequency as a function of injected current for ChAT<sup>+</sup> (black symbols)...
<p>(A) The individual traces with selected spikes. Bold lines show the individual 1-ms spike signals...
<p>A set of sample spikes from Type I and Type II neuron as d<i>V</i>/d<i>t</i> increases from 0.2mV...
<p>(A) Spikes initiated through a QSC or SNIC bifurcation exhibit different spike amplitude variabil...
<p>(A) Representative mean eEPSC waveforms in WT and STX1B<sup>−/−</sup> synapses (left). Neurons we...
<p>Mean time course (mean ± SEM, n = 4) of BOLD signal changes within the iS1FL (A) and cS1FL (B) at...
<div><p>(A) The top trace illustrates a natural spike train, with each vertical line indicating an a...
WOS: 000282431000008PubMed ID: 20862458When motor units are discharging tonically, transient excitat...
<p>The three jcBNST neurons received simulated synaptic bombardment (30 Hz frozen noise template) wi...
<div><p>(A) Excitatory (top, black) and inhibitory (bottom, red) normalized response amplitudes for ...
<p>Reliability of spike generation as a function of input synchronization and EPSC shape. <i>A</i>, ...
<p>A and B, Representative traces showing SSA of an EPSC (A) and IPSC (B) at a stimulation frequency...
<p>Identical analyses were carried out as for the model data in the preceding figures. (<b>A</b>) Ac...