
What is DanioVision? A brief insight in zebrafish tracking
In this blog we provide a quick refresh on the topic of zebrafish, and how DanioVision contributes to this field.

Getting robust results: one zebrafish is not like the other
Zebrafish larvae locomotor behavior often has a high variability, which can have a big impact on your results. Still, it is one of the most used parameters. So how can you make your study more robust?

How behavioral core facilities advance research
Behavioral cores benefit universities as well as science in general. Recent cases show improved reproducibility of tests and protocols to assess a more complex phenotype of model animals.

Homology and analogy in behavioral neuroscience
The point of this blog is to encourage you, as researchers, to ‘double think’, which is to say think like a scientist and think like an animal.

Toxicometabolism and behavior of zebrafish exposed to cannabinol
THC and CBD are well-know compounds of cannabis (Cannabis sativa), use for recreational purposes or health benefits. We have less knowledge of the effects of another active compound: CBN.

Zebrafish help us to understand neurodegenerative and neuromuscular diseases
Teresa Capriello and colleagues use zebrafish to study the neuronal mechanisms of heavy metals in connection to neurodegenerative and neuromuscular diseases.

The ultimate list of neuroscience lab software tools
Are you interested in starting a new lab, or perhaps in updating your current lab to its maximum potential? If so, this list of ultimate neuroscience software tools is the place to begin.

Top 10 Animal behavior research blogs
Let’s start 2019 with looking at the most popular blog posts on animal behavior research from last year. Our top 10 animal behavior blog posts from 2018.

A new zebrafish model for ALS-related gene mutations
How zebrafish are helping us to discover the mechanisms behind this neurodegenerative disease.

Knockout of Down syndrome gene in zebrafish leads to autistic-like behaviors
Knockout of Down syndrome gene in zebrafish leads to autistic-like behaviors: Though earlier knockout models in mice failed, researchers have developed a successful zebrafish model.