To identify the best treatment strategies for people with stroke (pws), the aim of the current study was to compare the effects of training on a treadmill with functional electrical stimulation (tt fes) with training on a treadmill (tt), and to analyze the effects of sequence of training on mobility and the parameters of walking ability. Fastfes, the combination of fast treadmill training and functional electrical stimulation (fes) of ankle muscles, is a novel post stroke gait intervention that has been shown to improve walking speed, endurance, and energy efficiency post stroke (14–16).
Principles of fes. fes is the clinical application of electric current to a decentralized muscle. neuromuscular electrical stimulation involves placing electrodes on a motor point and sending an electric current to produce muscle contraction. 1) the technique can generate functional movements in individuals with paralysis caused by damage to the central nervous system. Post stroke patients present various gait abnormalities such as drop foot, stiff knee gait (skg), and knee hyperextension. functional electrical stimulation (fes) improves drop foot gait although. Zerog: overground gait and balance training system. j. rehabil. res. functional electrical stimulation (fes): muscle histochemical analysis. spinal cord 31, 764–770 (1993). Functional electrical stimulation (fes) can replace the central nervous system, generating the necessary potential to induce a muscular contraction. it works by stimulating the nervous tissue of the paralyzed muscle so that it contracts, consequently generating movement [ 2 ].
Zerog: overground gait and balance training system. j. rehabil. res. functional electrical stimulation (fes): muscle histochemical analysis. spinal cord 31, 764–770 (1993). Functional electrical stimulation (fes) can replace the central nervous system, generating the necessary potential to induce a muscular contraction. it works by stimulating the nervous tissue of the paralyzed muscle so that it contracts, consequently generating movement [ 2 ]. A neural prosthesis based on fes is used to substitute for lost neurological functions. crucial to the functional effectiveness of an fes system for gait is the correct timing of the applied stimulation within the gait cycle. 8 the simplest method to control the timing of the stimulation is by manual button press or foot switch and is used in the majority of commercial products. Gait training interventions, such as body weight–supported treadmill training, have shown some success in improving gait in individuals with cp. 1 however, interventions that provide physiologically based corrections to reinforce movements, such as functional electrical stimulation (fes), might produce longer lasting effects. we hypothesize that a physiologically based fes walking.
Comments are closed.