<p>(A): Spike histograms of neural responses, eye traces (version upper trace, vergence lower trace) to the five LEDs of the contralateral/central row arranged from near (left) to far (right), aligned at the start of the saccade. This cell shows a clear preference for saccades at the central and near space. (B): Mean± standard error (s.e.m.) discharge rates of the cell in (A) are shown for each LED of the contralateral (white rectangles) and central (black circles) row. (C): Three dimensonal plot obtained by interpolating mean discharge rates for the average value of vergence and version of each LED of the contralateral (white rectangles) and central (black circles) row. Vergence modulates this cell only along the midsagittal row.</p
<p>Three different activity measures were used to quantify the magnitude of the saccade-related burs...
<p><b>A–D</b>) Illustrated are the temporal firing patterns of saccade-related SC neurons at four di...
<p>Temporal discharge patterns of saccade-related neurons for 14° saccades in five different directi...
<p>(A): Top/Middle/Bottom: neural responses and eye traces to the five LEDs of the contralateral/cen...
<p>Eye traces, raster plots and PSTHs obtained during different conditions in two example recordings...
<p>The neuron shows a strong discharge during outward attention epoch preferring covert shifts of at...
<p>Temporal firing patterns of a neuron during small and large saccades for which the cell fired abo...
<p><b>A</b>) Spike density (color code) as a function of time for saccades in and near the center of...
<p>This cell was excited during outward attention epoch when attention was covertly directed towards...
<p>In each of A, B and C, activity was plotted for a single neuron that showed task-modulated activi...
<p>Temporal discharge patterns of saccade-related neurons along the rostral-to-caudal extent of the ...
<p><b>A</b>) Peri-stimulus time histogram (PSTH) for an example neuron computed from all spikes (pur...
<p>The orange line in the coronal view (A) represents the medial/lateral axis at which the chamber w...
<p>(<b>A</b>) Rastergrams (<i>top</i>) and spike density functions (<i>bottom</i>). Data are aligned...
during saccades. Simulations ofthese modelilead to a number of I. We recorded eye movements in four ...
<p>Three different activity measures were used to quantify the magnitude of the saccade-related burs...
<p><b>A–D</b>) Illustrated are the temporal firing patterns of saccade-related SC neurons at four di...
<p>Temporal discharge patterns of saccade-related neurons for 14° saccades in five different directi...
<p>(A): Top/Middle/Bottom: neural responses and eye traces to the five LEDs of the contralateral/cen...
<p>Eye traces, raster plots and PSTHs obtained during different conditions in two example recordings...
<p>The neuron shows a strong discharge during outward attention epoch preferring covert shifts of at...
<p>Temporal firing patterns of a neuron during small and large saccades for which the cell fired abo...
<p><b>A</b>) Spike density (color code) as a function of time for saccades in and near the center of...
<p>This cell was excited during outward attention epoch when attention was covertly directed towards...
<p>In each of A, B and C, activity was plotted for a single neuron that showed task-modulated activi...
<p>Temporal discharge patterns of saccade-related neurons along the rostral-to-caudal extent of the ...
<p><b>A</b>) Peri-stimulus time histogram (PSTH) for an example neuron computed from all spikes (pur...
<p>The orange line in the coronal view (A) represents the medial/lateral axis at which the chamber w...
<p>(<b>A</b>) Rastergrams (<i>top</i>) and spike density functions (<i>bottom</i>). Data are aligned...
during saccades. Simulations ofthese modelilead to a number of I. We recorded eye movements in four ...
<p>Three different activity measures were used to quantify the magnitude of the saccade-related burs...
<p><b>A–D</b>) Illustrated are the temporal firing patterns of saccade-related SC neurons at four di...
<p>Temporal discharge patterns of saccade-related neurons for 14° saccades in five different directi...