<p>The graphs show various aspects of the behaviors scored from video recordings in relation to the rats' performance in the delayed non-matching to position test. Graphs indicate group mean plus standard error. (B) concerns the 25-second delay step. In (F), the data that is labeled "theoretical" displays the theoretical success rates, as if the rats had responded according to their initial lever interest and not performed a correction behavior. Further details regarding the scored behaviors are described in the Material and Methods section. Results from two-way repeated measures ANOVA are shown inside the graphs. For (C)–(E), separate two-way ANOVAs were performed for each kind of behavior, and the respective results are indicated in small...
This report describes the performance of rats in a delayed non matching-to-position task using an au...
<p>A) Average latencies to reach the hidden platform during the five days of water maze training. Re...
Raw measured indexes for each group. (A) Average errors and (B) transit time. The average number of ...
<p>The graphs show the success rate on trials with delays of different durations in the delayed non-...
<p>The graphs show the success rate on trials preceded by delays of different durations in the delay...
<p>The graphs show the performance of Group I in the progressive ratio test, when rats were maintain...
<p>Performance in the PR test is shown for when animals of both genotypes were deprived to 85% of th...
<p>The graphs show performance of Group I in the progressive ratio and FR5 control tests when rats w...
<p>(a) Time changes in the mean correct rates in the training phase (<i>left</i>) and the test phase...
<p>The graphs show the main readouts of the free alternation protocol over the four test ages. (<b>A...
<p>Group II’s performance on the standard food consumption test during the alternative food restrict...
Nine naive rats of the PVG strain were trained to non-match to sample in a visual automated apparatu...
<p>(a) <i>Left</i>: time changes in the correct rates for 22 individual rats (gray) were aligned to ...
<p>(a) The number of sessions spent to reach the criterion is plotted against the latency to respond...
<p>This analysis is based on a subset (n = 370) of the total sample of animals. Behavioral responses...
This report describes the performance of rats in a delayed non matching-to-position task using an au...
<p>A) Average latencies to reach the hidden platform during the five days of water maze training. Re...
Raw measured indexes for each group. (A) Average errors and (B) transit time. The average number of ...
<p>The graphs show the success rate on trials with delays of different durations in the delayed non-...
<p>The graphs show the success rate on trials preceded by delays of different durations in the delay...
<p>The graphs show the performance of Group I in the progressive ratio test, when rats were maintain...
<p>Performance in the PR test is shown for when animals of both genotypes were deprived to 85% of th...
<p>The graphs show performance of Group I in the progressive ratio and FR5 control tests when rats w...
<p>(a) Time changes in the mean correct rates in the training phase (<i>left</i>) and the test phase...
<p>The graphs show the main readouts of the free alternation protocol over the four test ages. (<b>A...
<p>Group II’s performance on the standard food consumption test during the alternative food restrict...
Nine naive rats of the PVG strain were trained to non-match to sample in a visual automated apparatu...
<p>(a) <i>Left</i>: time changes in the correct rates for 22 individual rats (gray) were aligned to ...
<p>(a) The number of sessions spent to reach the criterion is plotted against the latency to respond...
<p>This analysis is based on a subset (n = 370) of the total sample of animals. Behavioral responses...
This report describes the performance of rats in a delayed non matching-to-position task using an au...
<p>A) Average latencies to reach the hidden platform during the five days of water maze training. Re...
Raw measured indexes for each group. (A) Average errors and (B) transit time. The average number of ...