At the Dr. Michael Fehlings' lab, they are on a quest to find out what exactly causes the lower success rate of delayed surgery in cervical myelopathy.
Letting animals walk freely in gait research. At Noldus, we strongly believe this is the way to go, so that is how our CatWalk XT system works.
Traditionally, there are two fundamentally different ways to analyze gait in animals. One can either observe or measure gait in an unrestricted manner, or in a forced manner, as seen when using a treadmill or treadwheel.
I have written two blogs 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 for last!
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.
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.
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.
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.