GBR-ME
High reliability, Effective evaluation of anxiety, Easy to use
Efficient data collection, Versatile
PRODUCT PARAMETER
1. Movement trajectory,
2. Total distance,
3. Heat map,
4. Number and time of entering opening and closing,
5. Number and time of entering and closing arm, etc
PRODUCT DESCRIPTION
Elevated plus maze is a behavioral test used to evaluate anxiety and exploratory behavior in rodents, consisting of a plus-shaped maze with two open arms and two enclosed arms elevated off the ground.
PRODUCT FEATURES
The advantages of using this elevated plus maze for research include:
1. High reliability: The elevated plus maze is a well-established and widely used behavioral test, and the test outcomes are highly reliable and reproducible.
2. Effective evaluation of anxiety: The elevated arms of the maze represent a potential risk for rodents, which induces anxiety-related responses. This allows for a robust and well-defined evaluation of the behavioral impact of anxiety in rodents.
3. Easy to use: The elevated plus maze is relatively easy to use and requires minimal training and equipment.
4. Efficient data collection: The maze allows for efficient data collection, as multiple rodents can be tested simultaneously and outcomes can be measured quickly and accurately.
5. Versatile: This test can be adapted to study various behavioral outcomes in rodents, such as fear, exploration, and cognition, allowing for a comprehensive investigation of behavioral phenotypes.
PRODUCT APPLICATION
The elevated plus maze is commonly used in preclinical research to assess anxiety-related behavior in rodents.
It can be used to study the effects of various pharmacological agents, genetic manipulations, or environmental conditions on anxiety levels.
Additionally, the maze can be adapted to investigate other behavioral outcomes, such as fear, exploration, and cognition, and can be applied in different fields, including neuroscience, psychology, and pharmacology. Overall, the elevated plus maze provides a powerful tool for researchers to study rodent behavior and advance our understanding of the underlying mechanisms of anxiety-related disorders.