Add to ORKGWhen rats are running on a maze, what factors affect their latency? This project examines how time of day of training and hunger levels of the rats affect how long they take to complete the sessions of a behavioral task. A training day consists of three sessions, each with 20 runs. I hypothesize that the rats’ performance will improve if they are trained later in the day, if they are hungrier, and in successive sessions
<p>Data shown here correspond to the results obtained in all the rats that were able to swim and to ...
Timberlake, Gawley, and Lucas (1986) found that rats were unable to anticipate future resources (foo...
In rats, long daily wheel access produces an escalation to excessive levels of running while short d...
When rats are running on a maze, what factors affect their latency? This project examines how time o...
Two theories, which have been hypothesized to mediate acquisition in daily time-place learning (TPL)...
<p>A) Average latencies to reach the hidden platform during the five days of water maze training. Re...
<p>(a) The number of sessions spent to reach the criterion is plotted against the latency to respond...
The first experiment sought specifically to determine whether variations in rats' overall run time i...
The hippocampus is the part of the brain that is involved in memory and navigation. Neurons in the h...
<p>Animals learned to access their daily feeding in a cage by running through a runway maze attached...
In this series of Experiments we examined the behaviour of laboratory rats in a daily time-place le...
The inhibition or facilitation of additional learning is a subject that can be investigated with a c...
Circadian rhythms influence a variety of physiological and behavioral processes; however, little is ...
<p>(A) Learning performance of the animals was analyzed in the training trials by monitoring escape ...
The data was collected from rats on a three-arm alternating delay task, in which rats alternate betw...
<p>Data shown here correspond to the results obtained in all the rats that were able to swim and to ...
Timberlake, Gawley, and Lucas (1986) found that rats were unable to anticipate future resources (foo...
In rats, long daily wheel access produces an escalation to excessive levels of running while short d...
When rats are running on a maze, what factors affect their latency? This project examines how time o...
Two theories, which have been hypothesized to mediate acquisition in daily time-place learning (TPL)...
<p>A) Average latencies to reach the hidden platform during the five days of water maze training. Re...
<p>(a) The number of sessions spent to reach the criterion is plotted against the latency to respond...
The first experiment sought specifically to determine whether variations in rats' overall run time i...
The hippocampus is the part of the brain that is involved in memory and navigation. Neurons in the h...
<p>Animals learned to access their daily feeding in a cage by running through a runway maze attached...
In this series of Experiments we examined the behaviour of laboratory rats in a daily time-place le...
The inhibition or facilitation of additional learning is a subject that can be investigated with a c...
Circadian rhythms influence a variety of physiological and behavioral processes; however, little is ...
<p>(A) Learning performance of the animals was analyzed in the training trials by monitoring escape ...
The data was collected from rats on a three-arm alternating delay task, in which rats alternate betw...
<p>Data shown here correspond to the results obtained in all the rats that were able to swim and to ...
Timberlake, Gawley, and Lucas (1986) found that rats were unable to anticipate future resources (foo...
In rats, long daily wheel access produces an escalation to excessive levels of running while short d...