<p>In the procedural T-maze mice are trained to reach a platform on one side of the maze. After they perform correctly 6 out of 8 trials in two consecutive days, the platform position is reversed and mice are trained under the new rule. A: The proportion of mice that reached criteria during the acquisition (maximum 8 days) shows that there were no deficits in the 16p11.2 df/+ mice but Cntnap2 -/- mice learned the task faster; B: during reversal (6 days maximum) there were no deficits either. Note the reversal data for Cntnap2 WT mice are identical to that of the Cntnap2 -/- mice. Data shown are proportions of mice that started the task (Genotype Factor, Survival Analysis, Chi Square: **p < .01).</p
<p>A: Alternation rate in Y-maze; B: Number of arm entries in Y-maze; C: Alternation rate in T-maze;...
In novel object recognition, O-SR9009 mice had better recall of the old object and spent more time w...
We describe maze-based behavioural methodologies to assay aspects of arbitrary rule learning in mice...
<p>(A) The distance traveled on left panel (m) and the percentage of distance traveled in the target...
<p>Mice were trained in the Morris water maze test. No difference was observed between GluD1 KO (n =...
<p>(A–H) Mice from each of the four genotypes were tested at 4, 8, 12 and 16 months of age in the MW...
<p>A–B: Performance of mice in T-maze task. A: There was no difference in accuracy between Wt and Tg...
<p>(A) Latency to the hidden platform during the initial place training phase. Over the course of tr...
Spatial learning and memory deficits in the APP23 transgenic mice have mainly been studied using the...
<p>Mice of all three genotypes (5-HTT+/+, 5-HTT+/-, 5-HTT-/-) were tested three times per day for 4 ...
<p>A. Proportion of mice acquiring the task on each test day. B. Average (±SEM) number of days to ac...
<p>(A) In the Y-maze task, SrrTg mice displayed no significant differences in the percentage of spon...
<p>Spatial learning with an extra episodic memory component was measured in a 2-day acquisition phas...
<p>A. Proportion of mice acquiring the task on each test day. B. Average (±SEM) number of days to ac...
<p>Entry and time spent in open and closed arms of elevated plus maze (A, B): At week 8 of age, all ...
<p>A: Alternation rate in Y-maze; B: Number of arm entries in Y-maze; C: Alternation rate in T-maze;...
In novel object recognition, O-SR9009 mice had better recall of the old object and spent more time w...
We describe maze-based behavioural methodologies to assay aspects of arbitrary rule learning in mice...
<p>(A) The distance traveled on left panel (m) and the percentage of distance traveled in the target...
<p>Mice were trained in the Morris water maze test. No difference was observed between GluD1 KO (n =...
<p>(A–H) Mice from each of the four genotypes were tested at 4, 8, 12 and 16 months of age in the MW...
<p>A–B: Performance of mice in T-maze task. A: There was no difference in accuracy between Wt and Tg...
<p>(A) Latency to the hidden platform during the initial place training phase. Over the course of tr...
Spatial learning and memory deficits in the APP23 transgenic mice have mainly been studied using the...
<p>Mice of all three genotypes (5-HTT+/+, 5-HTT+/-, 5-HTT-/-) were tested three times per day for 4 ...
<p>A. Proportion of mice acquiring the task on each test day. B. Average (±SEM) number of days to ac...
<p>(A) In the Y-maze task, SrrTg mice displayed no significant differences in the percentage of spon...
<p>Spatial learning with an extra episodic memory component was measured in a 2-day acquisition phas...
<p>A. Proportion of mice acquiring the task on each test day. B. Average (±SEM) number of days to ac...
<p>Entry and time spent in open and closed arms of elevated plus maze (A, B): At week 8 of age, all ...
<p>A: Alternation rate in Y-maze; B: Number of arm entries in Y-maze; C: Alternation rate in T-maze;...
In novel object recognition, O-SR9009 mice had better recall of the old object and spent more time w...
We describe maze-based behavioural methodologies to assay aspects of arbitrary rule learning in mice...