Zeitschrift für klinische Toxikologie

Zeitschrift für klinische Toxikologie
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ISSN: 2161-0495

Abstrakt

Use of TSD (Time Space Determinant) Maze, CSS or CLOSE Maze to Measure Spatial Navigation, Working Memory, Reference Memory, Memory Errors, Locomotors Activity and Anxiety Like Behavior in Rats

Muhammad Aslam*

The Open field maze was one of the utmost frequently used platforms for assessment of behavioral profile of model animals. Initially an open-field use was defined in Hall and Ballechey’s 1932 paper, “a study of the rat’s behavior in a field: A contribution to method in comparative psychology”. Open Field Test (OFT) was a modest apparatus used in the evaluation of anxiety, exploration, and locomotion activity. TSD (Time Space Determinant) maze, CSS or CLOSE maze was recently developed in our laboratory aimed to find the cells involved in earlier food seeking in rats given food stimulus in short and long pathway. However, it demonstrates relatively optimal test that provide various information of behavior ranging from motor activity, emotionality, navigation, cognition and memory of tested animal. Open Field Test (OFT) was used in the evaluation of limited behavioral profile anxiety, exploration, and locomotion activity. However, a range of optimal behavioral tests as motor activity, anxiety, emotionality, spatial navigation, cognition, memory and memory errors evaluated via TSD maze equipped with video tracking software. A TSD maze comprises of a wall enclosed area that is of adequate height to prevent the escaping of rats. The TSD maze was recently used platform to measure in animal model especially in rats. It is relatively optimal test for evaluation of behavioral profile in rats. This procedure will readily become useful to investigate the effect of different pharmacological compound on learning and memory as well as anxiolytic and anxiogenic effects.

Haftungsausschluss: Diese Zusammenfassung wurde mithilfe von Tools der künstlichen Intelligenz übersetzt und wurde noch nicht überprüft oder verifiziert.
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