The Utah NeuroRobotics Lab will be at the 2022 Myoelectric Controls Symposium! MEC is a triennial symposium of special interest to those who work in the fields of upper limb prosthetics and myoelectric control (including upper and lower limb). As in previous years, it was hosted by the Institute of Biomedical Engineering, a research institute recognized worldwide for its pioneering work in myoelectric controls. This year, the Utah NeuroRobotics Lab will give six presentations!
- Troy N. Tully, C. J. Thomson, G. A. Clark, J. A. George, “User-Specific Mirror Training Can Improve Myoelectric Prosthesis Control”
- Monika K. Buczak, B. S. Baum, C. D. Olsen, J. A. George, “Disentangling Sensory and Motor Deficits of Fine Hand Function Using an Electronic Grip Gauge (EGG) to Simulate Transferring Fragile Objects”
- Marshall A. Trout, T. C. Hansen, C. D. Olsen, D. J. Warren, J. L. Segil, J. A. George, “Shared Control Decreases the Physical and Cognitive Demands of Maintaining a Secure Grip”
- Caleb J. Thomson, J. A. George, “Proportional Electromyographic Control of a Bionic Arm in a Participant with Chronic Hemiparesis, Muscle Spasticity, and Impaired Range of Motion: A Case Study”
- Abby R. Citterman, T. C. Hansen, E. S. Stone, T. N. Tully, C. M. Baschuk, C. C. Duncan, J. A. George, “Universal Low-Cost Transradial Check Socket for Rapidly Validating Myoelectric Control”
- Connor D. Olsen, T. N. Tully, E. S. Stone, N. R. Olsen, G. A. Clark, J. A. George, “An Inexpensive and Adaptable Prosthetic Wrist Improves Dexterity and Reduces Compensatory Movements”