Forced swimming experiment video analysis system
The forced swimming experiment system is mainly used for the research of antidepressant, sedative and analgesic drugs. The instrument is suitable for, mice or other laboratory animals. By placing the experimental animals in a confined environment (such as water), the animals desperately struggle to escape but cannot escape, thus providing an incapable oppressive environment. After a period of experimentation, the animals show typical "immobility", which reflects a state known as "behavioral despair". A of parameters are recorded during the process of the animal producing a state of despair. The product videotapes the experimental process and analyzes the image tracking. The results are automatically to the PC, which can analyze the experimental process and print the experimental report. It can be widely used in colleges and universities, medical colleges, scientific research institutions for experimental teaching and on antidepressant drugs.
Instrument features:
1. Up to 16 mice can be tested simultaneously, efficient and time-saving.
2. The first image tracking algorithm technology ensures the authenticity of the results.
3. Automated recording avoids the subjective error introduced by manual counting and the interference of animals.
4. The experimental is recorded and can be replayed by the experimenter for manual inspection.
5. Provides export functions for trajectory graphs, trajectory coordinate points, and indicator results.
6 Oriented towards scientific research and computer-assisted instruction (CAI), it can record original video images.
7. Provides a complete experimental database function as a real record research and a teaching demonstration material in the future.
8. Supports AVI compression format with a high compression ratio, which can effectively reduce storage space and is conducive long-term observation.
9. Indicator results can be imported into Excel for easy analysis and statistics by users in Excel, SPSS, SAS, etc.
10. It can perform video analysis under starlight conditions, which has less interference with animals and conforms to the living habits of rodents.
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