causing the person's gait to be slower, less symmetrical and more staggering. This can be subtle yet detectable during the ...

There are important differences between the human skeleton and stride and that of our closest cousins, the chimpanzees, however. On the ground, chimpanzees use a characteristic gait called knuckle ...

Gait and technique – although considered when ... neuromuscular control and stride efficiency without any additional mental load – allowing you to focus on the road ahead, and not your swing ...

This method provides an immediate profile of parameters of the gait cycle: step length, stride time, double support time, cadence, walking speed and maximum foot velocity during swing phase.

Background Progressive supranuclear palsy and Parkinson's disease have characteristic clinical and neuropathologic profiles, but also share overlapping clinical features. This study aimed to ...

Lastly, a good walking shoe can actually enhance your performance, by allowing a more fluid, rolling walking gait. The Twist ... At the end of each stride, your foot bends through the ball ...

Without strong hips, you’re not going to be able to maximize your stride—which could mean you ... and through the stance phase of their gait,” explains Wooderson. The reason the knee ...

So, the aim of this study was to analyse the differences in gait variability (stride interval time series) in two different conditions (spontaneous walking vs. treadmill walking) in healthy young and ...

Lambert broke down the stride pattern for 2-year-olds and noted ... It uses sensors to analyze the gait of horses in races to identify musculoskeletal injuries and/or abnormalities before they ...

Speed normalized to leg length (nSp), stride length normalized to leg length (nSL) and cadence, all recorded at preferred speed, were compared. For comparisons of preferred speed gait ...