A stiff mid-foot is essential for withstanding excessive force when pushing off on the ground for walking and running The arch along the length of the foot was believed to be responsible for mid-foot ...

Walking and running subjects our feet to forces in excess of body weight. The longitudinal arch of the feet was thought to be the reason the feet do not deform under such load. However, researchers ...

Feb. 26 (UPI) --The foot's longitudinal arch has long been credited with providing the stability needed for bipedalism, but new research suggests a different one, the transverse arch, is much more ...

Walking upright on two feet is one of the crowning achievements of human evolution. Now, scientists have discovered exactly what it is about how our feet are structured that gives us this unique and ...

The transverse arch, which curves across the center of the foot at the heads of the metatarsals from the outside to the inside, is responsible for more than 40 percent of the human foot’s stiffness, ...

Read by title at the American Orthopedic Association, Washington, May 30, 1894. Select the format you want to export the citation of this publication.

The study of human evolution and comparative anatomy bridges palaeontology, biomechanics and evolutionary biology to elucidate the origins of our unique anatomy. Recent analyses have shed new light on ...

Walking and running subjects our feet to forces in excess of body weight. The longitudinal arch of the feet was thought to be the reason the feet do not deform under such load. However, researchers ...

A long-overlooked part of the human foot is key to how the foot works, how it evolved, and how we walk and run, a Yale-led team of researchers said. The discovery upends nearly a century of ...