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Aquatic
Cross maze
The aquatic cross maze is a multifunctional maze for zebrafish learning and memory testing, but also allows for other tests, such as social preference. This is because you can adjust the maze any way you want with several inserts. It can also be fitted with colored sleeves for color discrimination learning. Of course, the aquatic cross maze is perfectly suited for video tracking your zebrafish with EthoVision XT.
T-maze testing
The cross maze is excellent for T-maze testing or similar discriminative learning tasks. The fish learn to select a certain zone to swim to based on natural preference for the environment, and discrimination can be based on the colored sleeves you use, which are included with the maze. Taught to expect a certain reward, fish will normally learn this quite easily.
Free white paper
Zebrafish and learning paradigms
Zebrafish have become an important animal model for studying neurodegenerative diseases. In validation of these models, both pathologically and behaviorally, many standardized paradigms have been translated from rodent models to zebrafish.
Download the white paper and learn more about zebrafish and learning paradigms.
Tools for zebrafish research
We have a wide range of tools for all kinds of behavioral tests for zebrafish. From software to measure activity, heartbeat, and flow in embryos and larvae, to video tracking the movement of adults in several learning, anxiety, or social behavior paradigms.
Does Noldus have the right tool for your research facility? Fill in the form to schedule a free online demonstration of our system, or download our product overview!
Relevant blogs
How zebrafish regenerate (and how to measure their recovery)
We all know of animals that are able to regenerate: lizards that grow back their tails, flatworms that can grow into new worms when cut in half. Zebrafish have this special ability as well.
Isolated and stressed zebrafish as a model for major depression
Depression: a fifth (!) of us cope with it, making it the most prevalent psychiatric disorder. Prof. Gerlai recently investigated the interaction between mild stress and developmental isolation in zebrafish models.