<p>A. The population isointensity curve of 167 neurons that their firing rates were normalized and they were aligend to each other according to their adapter and four neighboring frequencies. Error bars are the standard error of the mean (s.e.m.). B. The scatter plots show the firing rate in control sequence vs. adapting sequence and the histogram of neural response changes for the adapted frequency (middle plot) and higher and lower neighboring frequencies in 60 dB. Dots indicate the neural responses of each neuron averaged across trials. Each dot placed upper the red line, demonstrates that the firing rate of that neuron in control sequence (FR-C) is more than the firing rate of it in adapting sequence (FR-A).</p
<p>Firing pattern of the CN neuron in response to same synaptic input sequence with low (A), medium ...
<p>The neuron id/current (y-axis) vs. time (x-axis) is plotted where stars represent the neuronal fi...
To quantify, on a neuron-by-neuron basis, the relationship between neural activity and the test stim...
<p><i>A,B</i>. Comparison of the average of LFP voltage variations and spike count distributions of ...
<p>A. The frequency response area for average of 167 neurons in A1 area, which shows a decrease in t...
<p>A. Example of a unit whose gain did not adapt. A1. Tuning curve computed from spikes evoked durin...
<p>A. The LFP variation in control sequence (black bar) and adapting sequences (gray bar) for a reco...
<p>(A) Mean rate-intensity function for neurons in area 3b, computed from responses to sinusoids; ma...
<p>(A) Post-stimulus time histogram (PSTH) of the output activity in response to a stimulus with con...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...
<p>A. The distance btween control and adapted sequences responses in different combinations. The col...
<p>The conditional mean (over 200–500 trials for given stimulus BC) firing rate is plotted as a func...
<p>(A) Typical tuning curve of a neuron, with mean firing rate (thick line) and standard deviation (...
(a) Firing rate distribution across putative single neurons during stimulus epoch. (b) Distribution ...
<p>The distribution histograms show response amplitude obtained, for a given contrast, in constant c...
<p>Firing pattern of the CN neuron in response to same synaptic input sequence with low (A), medium ...
<p>The neuron id/current (y-axis) vs. time (x-axis) is plotted where stars represent the neuronal fi...
To quantify, on a neuron-by-neuron basis, the relationship between neural activity and the test stim...
<p><i>A,B</i>. Comparison of the average of LFP voltage variations and spike count distributions of ...
<p>A. The frequency response area for average of 167 neurons in A1 area, which shows a decrease in t...
<p>A. Example of a unit whose gain did not adapt. A1. Tuning curve computed from spikes evoked durin...
<p>A. The LFP variation in control sequence (black bar) and adapting sequences (gray bar) for a reco...
<p>(A) Mean rate-intensity function for neurons in area 3b, computed from responses to sinusoids; ma...
<p>(A) Post-stimulus time histogram (PSTH) of the output activity in response to a stimulus with con...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...
<p>A. The distance btween control and adapted sequences responses in different combinations. The col...
<p>The conditional mean (over 200–500 trials for given stimulus BC) firing rate is plotted as a func...
<p>(A) Typical tuning curve of a neuron, with mean firing rate (thick line) and standard deviation (...
(a) Firing rate distribution across putative single neurons during stimulus epoch. (b) Distribution ...
<p>The distribution histograms show response amplitude obtained, for a given contrast, in constant c...
<p>Firing pattern of the CN neuron in response to same synaptic input sequence with low (A), medium ...
<p>The neuron id/current (y-axis) vs. time (x-axis) is plotted where stars represent the neuronal fi...
To quantify, on a neuron-by-neuron basis, the relationship between neural activity and the test stim...