why-choose-noldus-measuring-behavior

What makes Noldus special in measuring behavior?

Why do we write e-books, white papers and even this blog? What drives us in behavioral research? And why choose Noldus?
catwalk-xt-gait-analysis-versus-treadmills

CatWalk XT gait analysis vs treadmills

In this blog post, we will discuss how the CatWalk XT method and treadmill method for gait analysis differ from each other, and what you should consider about both methods when performing gait analysis.
noldus-recap-sfn-2023

The Noldus SfN 2023 recap

A quick recap of our SfN 2023. What were some common trends? And what did our trusted customer base most commonly ask for? Find out this and more in this blog!
neuroscience-conferences-2024

Neuroscience conferences you should visit in 2024

Conferences are a great way to connect and learn. Here you can find a list of our favorite neuroscience conferences taking place in 2024.
noldus-at-sfn-2023-washington

What can you expect from Noldus at SfN 2023?

Whether you are or aren't going to Neuroscience 2023, we would love to give you a sneak preview of our latest innovations!
handling-rodents

The impact of handling technique on rodent welfare and scientific accuracy

Proper handling technique is essential in not only ensuring welfare, but also for reliable results. Check out this blog to learn more about how to handle rodents in an experimental setting!
noldus-top-animal-blogs

Noldus top tips! Our latest must-read animal blogs

Dive into our latest collection of top behavioral research blogs! Discover fascinating studies and learn how Noldus tools can advance your research.
alzheimers-dioscin

A plant-based treatment for Alzheimer's disease?

Researchers are constantly looking for new ways to treat Alzheimer's disease. Can Dioscin, a plant-based steroid, decrease the symptoms in mice?
new-treatment-spinal-cord-injury

Extracellular vesicles from umbilical cords improve traumatic spinal cord injury

Spinal cord injury is crippling and hard to treat. Secondary injury caused by inflammation and scarring significantly impact motor function and locomotion. Extracellular vesicles can improve recovery.