A Biomechanical Analysis of the Crural Fascia in the Feline Hindlimb during Locomotion and Intra-Muscular Stimulation
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چکیده
PURPOSE It has been shown that by carefully removing the crural fascias attachment to the calcaneus approximately half the torque produced by the posterior Biceps Femoris (pBF) was lost [1, 2, 3]. Therefore, our objective is to quantify and characterize the role of the crural fascia in transmitting forces from muscles across joints thereby exploring its role in intra-limb coordination and stability. We hypothesize that the crural fascia redirects some of the force produced by the hip extensors and knee flexors to the ankle joint.
منابع مشابه
Society for Experimental Biology Annual Main Meeting 28th June — 1st July 2009, Glasgow, UK A7 — INTEGRATION OF ACTIVE AND PASSIVE CONTROL MECHANISMS IN LOCOMOTION
By virtue of the hierarchical design of the motor system, the control of coordination is distributed to the brain, spinal cord and the architectural features of the musculoskeletal system. Force feedback forms one such coordinating network in the spinal cord. Positive force feedback is mainly autogenic and increases muscular and limb stiffness and promote propulsion during locomotion. In contra...
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تاریخ انتشار 2007