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Theses/Dissertations

Kinesiology

Graduate Theses and Dissertations

Barefoot

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Full-Text Articles in Life Sciences

Biomechanical Effects Of Shod Vs. Unshod Deadlift In Males, Jacob La Marche Jan 2019

Biomechanical Effects Of Shod Vs. Unshod Deadlift In Males, Jacob La Marche

Graduate Theses and Dissertations

There are many forms of resistance training, with the barbell squat, bench press, and deadlift being three of the most popular exercises. The squat and bench press have been examined extensively, while the deadlift has not. The purpose of this study was to examine participants performing the barbell deadlift while wearing their normal lifting shoes and while barefoot. Thirty male participants aged 18-30 and with at least one year of deadlift experience were recruited for this study. An eight camera system and a force platform was used to measure three-dimensional movements and ground reaction forces during 80% one repetition maximum ...


Rearfoot, Mid/Forefoot, And Barefoot Running: Biomechanical Differences Related To Injury, Elizabeth Rose Boyer Jan 2015

Rearfoot, Mid/Forefoot, And Barefoot Running: Biomechanical Differences Related To Injury, Elizabeth Rose Boyer

Graduate Theses and Dissertations

Running is an accessible, inexpensive form of exercise. However, running injuries are common and burdensome. Many runners are curious about switching to barefoot (BF) running or minimalist shoes to avoid injuries, which is commonly associated with rearfoot strikers (runners who land on the posterior third of their foot) landing on the middle or front third (mid- or forefoot strike; FFS). My purposes were to determine if undocumented aspects of FFS and BF running are beneficial or harmful compared to rearfoot striking (RFS), and if any potential benefits of FFS or BF running can be achieved by shortening one’s stride ...


Medial Longitudinal Arch Mechanics Before And After A Prolonged Run, Elizabeth Rose Hageman Jan 2010

Medial Longitudinal Arch Mechanics Before And After A Prolonged Run, Elizabeth Rose Hageman

Graduate Theses and Dissertations

Collapse and reformation of the medial longitudinal arch during gait is controlled passively and actively. If either tissue group fatigues over the duration of a run, the change in arch mechanics may increase risk of running injuries. However, a 3-dimensional kinematic analysis of the medial longitudinal arch after a prolonged run has not been performed. Additionally, rarely has arch collapse been quantified for walking and running in the same study. PURPOSE: To compare arch mechanics before and after a 45 minute run and to compare walking and running arch deformation. METHODS: Thirty runners performed barefoot walking and running trials before ...