
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.

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?

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.

Suture anchors for rotator cuff injuries: a new animal model
Almost half of the people over the age of 60 have a rotator cuff tear in the shoulder. Research is aimed at improving surgical techniques, but techniques used in animal models differ from those applied on humans.

What you need to know about the CatWalk gait analysis method
Let's take a little step back and talk about the history and technology of the CatWalk system. What was the reason of creating this gait analysis system for rats and mice? How does it work?

True or false? 10 statements about gait research in rodents
There are many ‘facts’ going around about rodent gait research tests and systems. How well they work, drawbacks, what they can and cannot measure. In this article, we get some of the facts straight.

CatWalk XT gait analysis versus treadmills
In this blog post we will discuss the pros and cons of different gait assessing methods, and compare them to the CatWalk XT gait analysis method.

3 ways to use rodent gait analysis in CatWalk XT
CatWalk XT has been used for gait analysis in multiple studies and has helped experimental procedures for a number of neurological disorders and in lesion models. These 3 blogs tell you more about that!

Quantifying locomotion in rats using CatWalk XT
Gait analysis is a powerful tool in evaluating behavioral and physiological changes in clinical and pre-clinical rodent models.