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Forced Swim Test (CAT#: STEM-AE-0012-WXH)

Introduction

The forced swim test, developed by Porsolt and his colleagues in 1978, is widely used in basic research and screening of potential antidepressant drugs, and is also one of the most commonly used tests for evaluating depressive-like behaviors in rodent models. Placing experimental animals in a confined environment (such as water) in which the animal struggles desperately to escape but cannot escape, thereby providing an inescapable and stressful environment. After a period of experimentation, the animals exhibited a typical "immobility state," reflecting a state known as "behavioral hopelessness." This behavioral hopelessness model is similar to depression, and is sensitive to most antidepressants, and its efficacy is significantly correlated with clinical efficacy, so it is widely used in the primary selection of antidepressants.




Applications

Study the pharmacology and pathogenesis of human depression, screen and observe antidepressant drugs.

Procedure

Put the mice into a cylindrical container filled with clean water, the water depth is 30cm, the water temperature is 25±1°C, the mice are forced to swim, and the camera system is used to record the duration of the immobility state of the mice within 6 minutes and then within 4 minutes. The immobility state means that the animal gives up active struggle, and the body is in a state of floating without twisting.

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