<p>A. The First row shows FRA of one site that has been achived using LFP and MUA in the control sequence and the second row shows the adapting sequence responses. The adapter was marked by a V-shape marker. B. The tuning curves of this site in two sequences that were achieved by LFP and MUA responses and calculated according to a threshold that was defined. C,D. The FRAs and tuning curves of this site (similar to A,B) that used different adapter in its second sequence.</p
<p>The horizontal error is plotted against the sequence of trials. The upper and lower panels show t...
<p>Symbols represent the mean firing rate for each orientation and contrast, and the lines correspon...
<p>(A–C) Multi-unit and LFP responses to the enlarging drifting gratings. Black vertical lines indic...
<p>A. The LFP variation in control sequence (black bar) and adapting sequences (gray bar) for a reco...
<p>A. The responses of adapter and the neighboring frequencies in a single site, in control (black l...
<p>A. The frequency response area for average of 167 neurons in A1 area, which shows a decrease in t...
<p>A. LFP responses of the selected combinations (five selected frequency in four intensities) in th...
<p>A, Tuning curve of one site and five proper frequencies that selected around the charactristic fr...
<p>A. The population isointensity curve of 167 neurons that their firing rates were normalized and t...
A. Output vs contrast for the On (top) and Off (bottom) pathways of an On-Off amacrine cell, compare...
<p>A) Tuning curve modulation (max-min) under the tuning curve and full model. Note that the modulat...
<p>A. Example of a unit whose gain did not adapt. A1. Tuning curve computed from spikes evoked durin...
<p>In these scatter plots, the <i>x</i>-axis represents percent change in tuned response amplitude a...
<p> Thanks for your attention to this paper and dataset.</p> <p>Here you can find data set of extrac...
<p>(A) The raw ±45° experimental results are shown in dashed blue. The ±45° interference response cu...
<p>The horizontal error is plotted against the sequence of trials. The upper and lower panels show t...
<p>Symbols represent the mean firing rate for each orientation and contrast, and the lines correspon...
<p>(A–C) Multi-unit and LFP responses to the enlarging drifting gratings. Black vertical lines indic...
<p>A. The LFP variation in control sequence (black bar) and adapting sequences (gray bar) for a reco...
<p>A. The responses of adapter and the neighboring frequencies in a single site, in control (black l...
<p>A. The frequency response area for average of 167 neurons in A1 area, which shows a decrease in t...
<p>A. LFP responses of the selected combinations (five selected frequency in four intensities) in th...
<p>A, Tuning curve of one site and five proper frequencies that selected around the charactristic fr...
<p>A. The population isointensity curve of 167 neurons that their firing rates were normalized and t...
A. Output vs contrast for the On (top) and Off (bottom) pathways of an On-Off amacrine cell, compare...
<p>A) Tuning curve modulation (max-min) under the tuning curve and full model. Note that the modulat...
<p>A. Example of a unit whose gain did not adapt. A1. Tuning curve computed from spikes evoked durin...
<p>In these scatter plots, the <i>x</i>-axis represents percent change in tuned response amplitude a...
<p> Thanks for your attention to this paper and dataset.</p> <p>Here you can find data set of extrac...
<p>(A) The raw ±45° experimental results are shown in dashed blue. The ±45° interference response cu...
<p>The horizontal error is plotted against the sequence of trials. The upper and lower panels show t...
<p>Symbols represent the mean firing rate for each orientation and contrast, and the lines correspon...
<p>(A–C) Multi-unit and LFP responses to the enlarging drifting gratings. Black vertical lines indic...