A Comprehensive Evaluation of a the Talaris Demonstrator

Amputation

The Talaris Demonstrator is developed in continuation of previous prototypes called the AMPfoot 2.0, 3.0 and 4.0. The main goal of the experiment is to evaluate the effectiveness of TD during daily activities.

A within study design will be conducted in order to evaluate four different prosthetic devices (current, non-propulsive TDF, propulsive TDF and Cyberlegs) with ten participants. Prior to the baseline test, a familiarization trial aimed to accustom participants to the experimental protocol, to get used to the measurements and interface of the measurement devices. The baseline experimental trial is implemented to evaluate the current prosthesis during the different tests. The same tests will be performed during the evaluation of the other devices. Participants are asked to perform the following consecutive tasks with ten minutes of rest in between each task. The first task is a stair climbing test where participants' will be asked to ascend and descend a staircase. Participants start in front of the staircase and are asked to ascend and descend as fast as possible. Bilateral handrails are required to allow support when needed. The ascending phase is initiated with the prosthetic side, while the first step of the descending phase is performed with the non-involved leg. The second task is the L-test, where participants are asked to rise from a chair, walk through an office door, turn 90 degrees, walk down a hallway, turn 180 degrees and then return in the same way to the seated position. A total distance of 20 meter will be covered. The slope walking test assesses the participants' ability to ascend and descend an inclined ramp as fast as possible. For safety reasons bilateral handrails are warranted. Participants start the test in an upright position in front of the ramp and are asked to ascend the ramp, turn around on the platform, descend the ramp and return to the starting position. During a two-minute walk test, participants are asked to respond as fast as possible to a stimulus visualized on a computer screen one meter in front of the treadmill. Finally, a hallway six-minute walk test will be performed on a hallway at a self-selected walking speed, which closely relates to the most efficient walking speed. In between each test with a novel device, participants need accustom to the novel device to ensure a good alignment and fitting. Participants will be fitted and aligned to the novel device by a physiotherapist and prosthetist.

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