Amputation, Traumatic Clinical Trial
Official title:
Assessing the Effectiveness of Upper-limb Force Feedback With the SoftHand Pro Myoelectric Prosthesis in Persons With Transradial Limb Loss
The trial is designed to test the effectiveness of a force-feedback cuff in combination with a myoelectric prosthesis in conveying information on grasp strength to the user, as well as the user's preference regarding the feature.
The human sensorimotor control system uses both feedforward planning and sensory feedback information, in order to actuate the musculoskeletal system and interact with the external environment, e.g. when modulating grip force for various object properties. As a result, lack of sensory input, as in the case of motor impairments or amputations, can dramatically affect activities of daily living (ADLs). The contribution of the proposed research will be to test the effectiveness of a novel, non-invasive prosthetic technology in delivering sensory information. The investigators' approach is "modality matching," in that it produces a sensation in the user similar to the type of information to be transmitted. Specifically, the approach will combine the Soft Hand Pro (SHP), an anthropomorphic, myoelectrically controlled prosthetic hand, with an upper limb force feedback device (CUFF) to provide patients with transradial amputations with grasp force (pressure) information. ;
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