The DanioVision behavior trajectory tracking system is a high-throughput innovative system specifically designed to track the behavior trajectory of zebrafish fry The EthoVision animal trajectory tracking system enhances the overall functionality of the system, allowing you to accurately track the behavior trajectories of up to 96 animals simultaneously in a compact and controllable environment. The zebrafish behavior trajectory tracking system provides you with a fully controllable setting for light and brightness, adjusts the ambient temperature through flowing water, and comes with shock absorbers.

Integrated functionality
The zebrafish behavior trajectory tracking system is a complete solution. It consists of a zebrafish observation box and a computer pre installed with an animal behavior trajectory tracking system (including experimental hardware control module and multi observation area module).

Measurable parameters:
In the collection process, the software can automatically track the swimming trajectory of each independent juvenile fish, and then calculate a series of parameters based on position, velocity, and trajectory shape. For example, the swimming distance before and after turning on the light. For each parameter, the software performs statistical calculations such as mean and standard deviation. Researchers can draw and compare different trajectories, or integrate synchronized display trajectories and calculation parameters. The data can also be exported to many other statistical analysis software for further analysis.

High-throughput experiment
The zebrafish behavior trajectory tracking system is a plug and play device - simply connect the observation box and computer with wires, plug in the power, and you can use the system for experiments. Its sliding opening range is wide, making it very convenient to replace the micro reaction plate.

Reliable image display
In order to ensure a stable view, the zebrafish behavior trajectory tracking system is equipped with a shock-absorbing base to reduce image vibrations that occur in the experimental setup. High quality cameras and a newly designed observation box can avoid angular distortion at the edge of the hole. The combination of infrared backlight and infrared camera enables the system to obtain reliable tracking images in dark conditions.

Environmental controllability
The zebrafish behavior trajectory tracking system observation box provides a controllable environment for your experiment. It can turn off external lights and allow the control of the internal white light source through the hardware experimental module of the animal trajectory tracking system. This can be used for long-term circadian rhythm experiments or to trigger startle reactions by turning on and off lights.

Continuous observation for multiple days
The zebrafish behavior trajectory tracking system observation box controls the water temperature around the micro reaction plate through flowing water, allowing you to control the experiment continuously for multiple days.

Expanding possibilities
The zebrafish behavior trajectory tracking system includes a fully functional animal trajectory tracking system (EthoVision), which includes a hardware experimental control module and a multi observation area module. This means that you can use this system at any time for various experiments, such as observing adult zebrafish in the T-maze to study learning and memory, or conducting multi area behavior experiments.

application area
Taking zebrafish larvae as the research object, drug development, safety pharmacology research, behavioral genetics research, biological rhythm research, and DanioVision is also suitable for the study of other insect larvae.

Technical parameters:

Power	24 Volt DC, 0.75 Amp (max)
Mains adapter	Input 100-240 Volt AC, output 24 Volt DC
Camera	High resolution 1/2" CCD, IR sensitive, PAL
Lens	4.5-12.5 mm, IR 1/2" CS
Video output	· CCIR black/white · 75 Ohm 1.0 Volt composite · BNC connector
Back light unit	Combined IR and white light array
Water basin	· water inlet, water outlet, and overflow outlet with 4mm ID tubing · basin 14.5 x 13 cm
USB	USB-2 compatible
TTL input/output	3x modular RJ45 connectors with · 3 x 2 TTL input · 3 x 2 TTL output
Dimensions	Closed: 61 x 28 x 46 cm (24” x 11” x 18.1”) Open: 85 x 28 x 46 cm (34” x 11” x 18.1”)

Note: This product is mainly used as an experimental instrument for scientific research. Non clinical medical equipment.