Home » Product » Conditioned Place Preference Chamber
Conditioned Place Preference Chamber
The Conditioned Place Preference (CPP) apparatus is a widely used experimental tool in behavioral neuroscience and psychopharmacology. The CPP test provides a reliable method to evaluate drug dependence, drug-seeking behaviors, and reward or aversion effects in rodents.
In the CPP experiment, rats or mice are placed in a three-chamber conditioned place preference box, consisting of black, white, and gray zones. By associating one environment with a psychotropic drug (e.g., morphine) and the other with no drug, researchers can assess reward-based learning and drug-seeking motivation. The degree of preference shown by the animal directly correlates with the drug’s reinforcing or aversive effects.
Application
Drug addiction research: Evaluate psychotropic drug dependence in rodents.
Reward and aversion studies: Assess drug-seeking behaviors and reinforcement learning.
Behavioral neuroscience: Explore motivation, memory, and associative learning in rodents.
Pharmacological screening: Test the effectiveness of new drugs in modulating reward behavior.
Animal models of psychiatric disorders: Investigate substance use, depression, and anxiety-related behaviors.
Features & Benefit
High precision behavioral monitoring: HD camera ensures accurate data collection.
Flexible chamber design: Three chambers with tactile flooring to distinguish environments.
The Conditioned Place Preference (CPP) test is a widely accepted model for assessing drug-induced reward and psychotropic dependence in rodents. It is frequently cited in studies on addiction, reinforcement mechanisms, and drug-seeking behaviors, making it a valuable tool in both pharmacological research and behavioral neuroscience.
