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?
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!
Mice walking again after a complete spinal cord crush
Researchers from the University of Bochum achieved significant scientific results by making mice walk again after a complete spinal cord crush! Read more about it in this blog post.
Gait research: let your animals walk freely
Researchers use different ways to analyze gait in animals. In what instances would a study benefit from a system that is based on voluntary walking?
Time is of the essence - how you can use it in gait analysis
I have written two blog posts about static gait parameters. Now it’s time to talk about all four paws, and the time based relationships between them. If you ask me, we’ve been saving the best blog post for last!
Going the distance - and why it matters in gait analysis
A footprint, that is. With CatWalk XT, you can extract a lot of information from just one footprint. In this post, I am taking it a step further by talking about the relationship between prints.
What a print can tell
So what can one footprint tell you? Well, it could tell you a lot. Simply putting the paw in ink and studying the print left behind is one way to go about it, but there are far more sophisticated ways of footprint analysis.
What gait can tell: 3 blogs that will help you understand
The usefulness of gait is well established in research on spinal cord injury, ataxia, and arthritis. But in fact, research on all disorders that influence gait in any way, can benefit from gait and footfall analysis.
Recent applications of locomotor and gait analysis
Stem cell research is a promising area of research for spinal cord injury. With 1,25 million individuals suffering from chronic spinal cord injury in the US alone, new treatment approaches are necessary.