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Full-Text Articles in Rehabilitation and Therapy
An Unexpected Outcome Of A Pediatric Simulation Encounter For Occupational Therapy Students., Anne H. Zachry, K. Booker, S. B. Lancaster
An Unexpected Outcome Of A Pediatric Simulation Encounter For Occupational Therapy Students., Anne H. Zachry, K. Booker, S. B. Lancaster
Faculty Presentations
This presentation reviewed how to plan and implement a pediatric simulated educational experience to align with the targeted course learning objective(s). Participants learned how to incorporate best practices into simulation education in order to advance occupational therapy education.
The Pathway To The Use Of A Structured And Supported Approach To Debriefing, Anne H. Zachry, S. B. Lancaster
The Pathway To The Use Of A Structured And Supported Approach To Debriefing, Anne H. Zachry, S. B. Lancaster
Faculty Presentations
Debriefing plays a critical role in the transfer of knowledge in simulation education. Various methods are used in the debriefing process based on a variety of factors; this presentation sheds light on the pathway to the use of a structured and supported approach as traversed in the Department of Occupational Therapy at the University of Tennessee Healthcare Center as well as reflections and lessons learned along the way. Engagement in this session will allow learners to further develop their debriefing skills through exposure to information about strategies to use in the debriefing process that can be used as part of …
In Vitro Manual Therapy And Biorobotic Simulation Of Glenohumeral Joint Mobilization Techniques, Hunter Johnson Smith
In Vitro Manual Therapy And Biorobotic Simulation Of Glenohumeral Joint Mobilization Techniques, Hunter Johnson Smith
Theses and Dissertations (ETD)
Physical therapists (PT) employ mobilization techniques for restoring range of motion to joints. Few studies have attempted to quantify the biomechanics of manual therapy on the glenohumeral (GH) joint. The objectives of this study were to develop an in vitro protocol to determine the biomechanical effects of joint mobilization on the GH joint, and to then simulate these mobilizations in the University of Tennessee Health Science Center (UTHSC) Joint Implant Biomechanics Laboratory’s Robotic Testing Platform (RTP).
The GH joint is an incredibly shallow socket joint. This gives the joint an unusually large range of motion (ROM) compared to other ball …