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Labmaze Conditioned Fear Video Analysis System

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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shock reflex system

shock reflex system

The Startle Reflex experiment consists of a set of sudden, relatively intense stimuli, in which animals naturally produce simple behavioral responses to external stimuli, including a series of rapid movements starting with the head and tail: Enhanced, the animal's major muscle groups appear to contract and relax. This is a sensitive indicator for evaluating animal reactivity. The shock reflex test is widely used in the study of drug toxicity, physiological auditory system, neural and behavioral genetics. Rodent studies are both convenient and effective in studying drug efficacy or evaluating the neurobiological mechanisms of shock plasticity. For example, anti-anxiety drugs reduce the shock response and reduce its magnitude, whereas anxiolytics do the opposite. Labmaze shock reflex experiment system adopts advanced three-axis acceleration digital sensor and computer network transmission technology, flexibly controls sound, light, electricity, touch and other stimuli, effectively captures the shock response of animals, can automatically complete the entire experimental process, and can analyze and record at the same time Shock reflex behavior in 16 animals. The system has high precision and convenient installation, which can effectively improve the experimental efficiency.

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Spontaneous activity video analysis system

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.

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Video analysis system for elevated cross maze experiment

Video analysis system for elevated cross maze experiment

Rodents (such as rats and mice) exhibit exploratory behavior, and after being placed in an elevated cross maze, they actively explore the open arms, but are afraid of the environment where the open arms hang high and open. Anti anxiety drugs can increase the activity of open arm exploration, while anxiety causing agents can do the opposite. The elevated cross maze is a relatively new method for conducting anxiety research, with reliable results. This product uses video tracking technology to automate and quantify the elevated cross maze experiment, resulting in more realistic, reliable, and objective results.

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Joint Opening (Open Field) Experimental Video Analysis System

Joint Opening (Open Field) Experimental Video Analysis System

The joint opening video analysis system is to Empirical research 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 act in the surrounding area, but less in the central area. However, the animals' inquiry characteristics promote their motivation to act in the central area, and can also observe the resulting anxiety. Central stimulants can significantly increase autonomous activities and reduce exploratory behavior, and certain doses of antipsychotics can reduce exploratory behavior without affecting autonomous activities.

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Video analysis system for suspended tail experiment

Video analysis system for suspended tail experiment

The hanging tail experimental video analysis system suspends the experimental animal's head downwards by fixing its tail, in which the animal struggles desperately to escape but cannot escape, providing an unavoidable oppressive environment. After a period of experimentation, a series of parameters are recorded during the process of the animal in this environment developing a hopeless immobility state, and the typical "immobility state" exhibited by the animal, It reflects a so-called "behavioral despair state". This Behavioural despair test is similar to depression, and is sensitive to most antidepressants. Its efficacy is significantly related to clinical efficacy, so it is widely used in the primary selection of antidepressants.

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Forced Swimming Experiment Video Analysis System

Forced Swimming Experiment Video Analysis System

The forced swimming experimental system is mainly used for the study of antidepressants, sedatives, and painkillers. This instrument is suitable for rats, mice, or other laboratory animals. By placing the experimental animals in a limited environment (such as water), the animals struggle desperately to escape but are unable to escape, providing an unavoidable oppressive environment. After a period of experimentation, the animals exhibit a typical "motionless state", reflecting a state known as "behavioral despair, Record a series of parameters during the process of animals in this environment experiencing a state of despair and immobility. The product records the experimental process and tracks and analyzes the images. The resulting data is automatically output to a PC, allowing for analysis and processing of the experimental process. It can be widely used in experimental teaching and research on antidepressant drugs in medical colleges and research institutions.

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Multi-channel metabolic monitoring system for small animals

Multi-channel metabolic monitoring system for small animals

Our company has developed the most innovative animal metabolism and behavior monitoring system, which can synchronously monitor animal food consumption, drinking water consumption, activity volume, activity trajectory, standing behavior in real time. The obtained data is automatically stored in a computer, making it convenient for users to conduct biological statistical analysis. The independently designed metabolism cage can automatically separate and collect animal excrement and urine, and the collected excrement is kept at low temperature, It can effectively prevent the evaporation of water from excreta, and the temperature can be set by the user at low temperatures, with a temperature display accuracy of 0.1 degrees.

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