VisioBox

ZebraBox allows the automated observation and tracking of larvae zebrafish and zebrafish embryos behavior

Mazes : Open Field, Barnes, EPM, Morris Water Maze, Y-Maze, T-Maze

behavior analysis of adult zebrafish

The ZebraTower is for adult zebrafish behavioral observation and recording.

Aquatic T-Maze for spatial cognition and learning and memory tests on adult zebrafish compatible with the ZebraCube, ZebraSquare and ZebraTower with the following specifications:

Zebrafish three-dimensional tracking system

Experimental device supply allowing to test active avoidance on Zebrafish, with visual, sound and electric stimuli

Complete solution to study the behavior of adult zebrafish with virtual reality

ViewPoint provides various add-ons for many experiments

Add-on - Temperature Control Unit

Sound Stimuli

Add-on - Shocker module

Add-on - PhotoMotor Response

Add-on - Fast camera 1000 FPS

The ToxmateLab is a brand new product dedicated to research labs, able to monitor multi-species' behavior in a specific environment.

The Zebra Aggression Box is a brand new product able to monitor aggressivity on juvenile zebrafish.

OptoMotor response (OMR) is a reflex behavior observed, when an animal follow naturally a rotating grating around it. It has been widely used to assess the visual functions of zebrafish. However, the standard protocol for larval fish is not yet applicable in adult zebrafish

Zebrafish visual behavior & OptoKinetic Response test

State of the art technology allowing a side view of zebrafish larvae in 96-well microplates. Not available for delivery in North America

The optomotor response of zebrafish is a reflex to stabilize the body position in a moving environment Optomotor response measurements are done using a moving grating as stimulus that is presented by our sytstem. A fullscreen squarewave grating, which moves left- or rightwards. The user can adjust speed, contrast, number of stripes. ZOMR is a component of ZebraLab and ZebraBox and allows the automated observation and tracking of zebrafish larvea visual behavior in a freely moving environment.