Human Movement Science 

TL;DR: The gait analysis laboratory provides quantified assessments of human locomotion which assist in the orthopaedic management of various pediatric gait pathologies by utilizing a video-based data collection strategy similar to commercially available systems for motion data collection.

TL;DR: Intra-subject variability of joint moment patterns over the stride period was high at the knee and hip, but low at the ankle and in a recently defined total limb pattern, called support moment.

TL;DR: Evidence supports the presence of an optimal state of variability for healthy and functional movement, and innovations in the exploration of variability and their potential importance in understanding human movement are described.

TL;DR: Support for the idea that gait dynamics has meaning has meaning and may be useful in providing insight into the neural control of locomotion and for enhancing functional assessment of aging, chronic disease, and their impact on mobility is discussed.

TL;DR: The results of the visual focus manipulations indicate that the stability of a visual interpersonal coupling is mediated by attention and the degree to which an individual is able to detect information about a co-actor's movements.