Products

To perform Light/Dark Test with rats or mice for assessing anxiety. Useful in identifying and/or screening of anxiolytic and anxiogenic agents.

High quality maze with rat and mouse versions. Provides optimal results with video tracking software (high contrast, non reflective). Surface texture selected for rodent comfort. Easy to set up, easy to clean.

The Elevated Zero-Maze is an alternative model to the Elevated Plus Maze (EPM). Its circular design provides a smoother transition from closed to open space. The model is based on the rodent's instinctive tendency to explore novel environments and also to avoid unprotected open and elevated spaces. For neurobiological anxiety research.

High quality maze with surface texture selected...

The Elevated Zero-Maze for mouse IR version, is an alternative model to the Elevated ZERO Maze (EZM) for mouse.
It's completely built using a special plastic IR transparent material, legs including.
Using a bottom IR illumination (the Ugo Basile LUX 100) and an IR video camera for video tracking, the set-up, gives You the possibility to perform EZM test in darkness with a perfect hight...

The elevated plus maze (EPM) is used to measure anxiety in rats and mice. The model is based on the rodent's instinctive tendency to explore novel environments and also to avoid unprotected open and elevated spaces. For neurobiological anxiety research.

High quality maze with surface texture selected for best rodent comfort. Optimized for use with video tracking software (high...

The elevated plus maze (EPM) is used to measure anxiety in rats and mice. The model is based on the rodent's instinctive tendency to explore novel environments and also to avoid unprotected open and elevated spaces. For neurobiological anxiety research.

High quality maze with surface texture selected for best rodent comfort. Optimized for use with video tracking software (high...

The Open Field is used to assess exploratory behavior. Validated for use in the measurement of anxiety related behaviors. Also suited to the novel object recognition (NOR) test.

Decreased anxiety leads to increased exploratory behavior. Increased anxiety results in less locomotor motion and preference for the edges of the field.