<p>(A) Example of an on-late neuron in the MGD. This neuron responded with a brief onset burst at a relatively short latency (14.8±0.4 and 16±0.5 ms; average of the mean first-spike latency for f1 and f2 when deviant and standard, respectively) followed by a long-duration burst at a much longer latency (245.8±7 ms; average of the mean first-spike latency for f1 and f2 when deviant). The neuron showed some adaptation in the onset burst but much stronger adaptation in the late burst (CSI = 0.31 and 0.98, respectively; CSI = 0.57 for the entire response time window). Details of dot rasters and PSTHs are the same as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0014071#pone-0014071-g004" target="_blank">figure 4</a>. ...
When stimulated with a constant stimulus, many neurons initially respond with a high spike frequency...
<p>: Action potential spike-timing stability can vary with increased firing rate in certain neurons,...
<div><p>The response of a neuron to a time-dependent stimulus, as measured in a Peri-Stimulus-Time-H...
<p>Response of two neurons to pure-tone stimuli of two frequencies (f1 and f2), selected from within...
<p>(A) Mean first-spike latencies to the deviant versus standard stimulus for the MGB population. La...
<p>Example of an onset neuron with spontaneous activity recorded in the MGM, showing strong adaptati...
<p>Example of sustained responses recorded from a neuron in the MGD, exhibiting high levels of SSA w...
<p>Scatterplot of the response of all neurons to the deviant tone vs response to the standard tone, ...
<p>Averaged post-stimulus time histograms (Bin duration: 3 ms) for the entire population of MGB neur...
Abstract The ability of neurons to adapt their responses to greatly varying sensory signal statistic...
<p>Subfigures show data from a CL1 neuron (A-D), TB1 neuron (A'-D'), CPU1 neuron (A''-D'') and CPU2 ...
<p>(A–D) Responses (spike rates) during a test stimulus of 1 s duration (cf. protocol of <a href="ht...
<p>A. Example of a unit whose gain did not adapt. A1. Tuning curve computed from spikes evoked durin...
<p>Two types of encoding (left) were investigated on the input side, either a classical rate encodin...
Saccades divide visual input into rapid, discontinuous periods of stimulation on the retina. The res...
When stimulated with a constant stimulus, many neurons initially respond with a high spike frequency...
<p>: Action potential spike-timing stability can vary with increased firing rate in certain neurons,...
<div><p>The response of a neuron to a time-dependent stimulus, as measured in a Peri-Stimulus-Time-H...
<p>Response of two neurons to pure-tone stimuli of two frequencies (f1 and f2), selected from within...
<p>(A) Mean first-spike latencies to the deviant versus standard stimulus for the MGB population. La...
<p>Example of an onset neuron with spontaneous activity recorded in the MGM, showing strong adaptati...
<p>Example of sustained responses recorded from a neuron in the MGD, exhibiting high levels of SSA w...
<p>Scatterplot of the response of all neurons to the deviant tone vs response to the standard tone, ...
<p>Averaged post-stimulus time histograms (Bin duration: 3 ms) for the entire population of MGB neur...
Abstract The ability of neurons to adapt their responses to greatly varying sensory signal statistic...
<p>Subfigures show data from a CL1 neuron (A-D), TB1 neuron (A'-D'), CPU1 neuron (A''-D'') and CPU2 ...
<p>(A–D) Responses (spike rates) during a test stimulus of 1 s duration (cf. protocol of <a href="ht...
<p>A. Example of a unit whose gain did not adapt. A1. Tuning curve computed from spikes evoked durin...
<p>Two types of encoding (left) were investigated on the input side, either a classical rate encodin...
Saccades divide visual input into rapid, discontinuous periods of stimulation on the retina. The res...
When stimulated with a constant stimulus, many neurons initially respond with a high spike frequency...
<p>: Action potential spike-timing stability can vary with increased firing rate in certain neurons,...
<div><p>The response of a neuron to a time-dependent stimulus, as measured in a Peri-Stimulus-Time-H...