Cognitive Tests – Barnes Maze Test
The Barnes Maze is a widely used behavioral test for evaluating spatial learning, memory retention, and cognitive flexibility in rodents.
Key Research Model Applications of Barnes Maze Test
The Barnes Maze is a circular platform with an array of holes spaced evenly around its perimeter. One of the holes leads to an escape box, a safe hiding place for the rodent. The test capitalizes on the animal’s natural aversion to open spaces and preference for secure environments, motivating it to locate the escape box using spatial cues. The maze is surrounded by visual cues, such as geometric patterns or objects, placed on walls or stands. Rodents learn to use these cues to navigate and remember the location of the escape box over repeated trials.
Following the initial spatial memory acquisition, a reversal paradigm can be used to measure the acquisition of new memory. Administration of several cytotoxic chemotherapies was shown to lead to impaired performance in the Barnes Maze (Seigers et al. 2015). The Stxbp1 epileptic encephalopathy mouse model is impaired in the reversal learning protocol of this task (Kovacevic et al. 2018).
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Barnes Maze Test Sample Data

Barnes Maze test can be used to measure the acquisition of new memory.
The Barnes Maze contains 24 holes whereby mice need to learn to locate an escape hole containing a home-cage by using visual cues that are placed around the maze.

Barnes Maze test can be used to measure the acquisition of new memory.
Stxbp1 +/- mice mimic specific reversal learning and memory deficits commonly observed in humans that are detectable using the Barnes Maze task (data published by Kovacevic et al., 2018).
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