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Labmaze Conditioned Fear Video Analysis System
Labmaze conditioned fear experiment system is a set of video camera and computer, using image processing technology, can automatically control the output of all-digital multi-function stimulator, can choose sound or light as prompt cues, software algorithm automatically determines Mobility, Immobility, Freezing three A system that tracks, records, and analyzes behavioral states and trajectories of multiple animals (which can be flexibly expanded to 16 channels). Labmaze is simple to set up, flexible to operate, and has a high cost performance.
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Spontaneous activity video analysis system
Spontaneous activity video analysis system (inner open field test) The video analysis system is to observe and study the neuropsychological changes of experimental animals and various behaviors after entering the open environment, such as animals fearing the new open environment and mainly moving in the peripheral area, in the central area. The activity is less, but the exploratory characteristics of the animal make it motivated to act in the central area, and the resulting anxiety can also be observed. Central stimulant drugs can significantly increase voluntary activities and reduce exploratory behavior, and a certain dose of antipsychotic drugs can reduce exploratory behavior without affecting voluntary activities.
Elevated Plus Maze Experiment Video Analysis System
Rodents (such as rats and mice) have exploratory behaviors. After being placed in the elevated plus maze, they will actively explore the open arms, but they are afraid of the environment where the open arms hang high and open. Anti-anxiety drugs can increase open-arm exploratory activity, while anti-anxiety drugs do not. The elevated plus maze is a newer method of conducting anxiety research with reliable results. This product uses video tracking technology to complete the automation and quantification of the elevated plus maze experiment, and the results are more real, credible and objective.
Joint opening (open field) experiment video analysis system
The joint opening video analysis system is to observe and study the neuropsychiatric changes of experimental animals and various behaviors after entering the open environment. For example, animals are afraid of the new open environment and mainly move in the peripheral area, and less in the central area, but the animal's exploratory characteristics In turn, the motivation to act in the central area can also be observed, and the resulting anxiety can also be observed. Central stimulant drugs can significantly increase voluntary activities and reduce exploratory behaviors. Certain doses of antipsychotic drugs can reduce exploratory behaviors without affecting voluntary activities.
Forced swimming test video analysis system
The forced swimming test system is mainly used for the research of antidepressant, sedative and analgesic drugs. The device is suitable for rats, mice or other laboratory animals, by placing the laboratory animal in a confined environment (such as water) in which the animal struggles desperately to escape but cannot escape, thereby providing an inaccessible Avoid the oppressive environment. After a period of experimentation, animals show a typical "immobility state", reflecting a so-called "behavioral despair state", recording the process of animals in this environment producing a hopeless immobility state A series of parameters in . The product records the experimental process and tracks and analyzes the image, and the result data is automatically output to the PC, which can analyze and process the experimental process. It can be widely used for experimental teaching and research on antidepressant drugs in universities and technical colleges and scientific research units.
Tail suspension experiment video analysis system
The video analysis system of the tail suspension experiment makes the experimental animals hang their heads downward by fixing their tails. The animals struggle desperately in this environment and try to escape but cannot escape, thus providing an unavoidable oppressive environment. After a period of experimentation, Record a series of parameters in the process of animals in this environment producing a hopeless immobility state. This typical "immobility state" exhibited by animals reflects a so-called "behavioral despair state". The behavioral despair 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.