myoelectric prosthesis


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Related to myoelectric prosthesis: prosthetic device

myoelectric prosthesis

[‚mī·ō·i‚lek·trik präs′thē·səs]
(medicine)
A replacement device for lost limbs that uses the electromyographic activity of a contracting muscle as a control signal; it is most commonly used for below-elbow amputees in whom elbow function is retained.
References in periodicals archive ?
The present study shows that the M is effective in improving the functional ability and in easing the social interaction of previous active users of a myoelectric prosthesis.
We currently spend a lot of time, energy, and money saving hands and arms that truly have a poor prognosis because the alternative, an amputation and an insensate myoelectric prosthesis attached by a socket, is even worse," Dr.
Eden began using a myoelectric prosthesis when she was 11 months old.
On the functional limitation in below elbow amputation men using Mechanical and Myoelectric prosthesis via TAPES questionnaire.
Jesse Sullivan, the world's first recipient of a new nerve-muscle graft procedure to control a myoelectric prosthesis.
published an updated training protocol for people with upper-limb amputation that highlighted the process of controls training for body-powered and myoelectric prosthesis users by level of amputation [7].
The ACMC is intended for myoelectric prosthesis users of different characteristics, and therefore, the inclusion criteria were (1) unilateral (left or right) and bilateral prostheses users; (2) different prosthetic levels; (3) both sexes and different ages; (4) persons with upper-limb reduction deficiency (ULRD) and persons with AA; and (5) users with different years of prosthetic experience, that is, years fitted with myoelectric prosthesis.
Initially, he was provided with a two-electrode myoelectric prosthesis with a DMC plus hand and a passive wrist rotator.
The participants all reported good wearing comfort except P2, who felt the myoelectric prosthesis was heavy and therefore used a cosmetic prosthesis most of the time.
The purpose of this report is to present our case study demonstrating the use of motion analysis, in combination with a modified Box and Blocks test, to quantify the observed improvements in compensatory movements and simultaneous control in a subject using two different prostheses: a body-powered prosthesis and a TMR myoelectric prosthesis.