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Prof Laurence Kenney's Outputs (11)

Validation of a marker-based motion capture method for measuring the coupling between the ulna and a bypass socket attached to the forearm (2025)
Presentation / Conference Contribution

Background
Poor comfort and function are consistently linked to prosthetic non-use and abandonment [1]. Current prosthetic devices are considered to “not offer sufficient functional advantage to compensate for any inconvenience or discomfort involve... Read More about Validation of a marker-based motion capture method for measuring the coupling between the ulna and a bypass socket attached to the forearm.

Pigs Going Out on a Limb: Proof of concept of a video fluoroscopy method for measuring trans-radial socket-residuum coupling (2025)
Presentation / Conference Contribution

Background
Complaints about comfort and function are consistently associated with prosthetic non-use and abandonment, and the design of sockets likely impacts both aspects [1]. Socket fit can be considered the compromise between socket function and... Read More about Pigs Going Out on a Limb: Proof of concept of a video fluoroscopy method for measuring trans-radial socket-residuum coupling.

The Introduction of an Adjustable Upper Limb Prosthetic Socket System into a Ugandan Clinical Service (2024)
Presentation / Conference Contribution

Introduction and Objectives
Previous studies found that people with upper-limb absence (ULA) in Uganda experience poor access to prosthetic services, and often have to manage without a prosthesis. Our previous qualitative work found that social inte... Read More about The Introduction of an Adjustable Upper Limb Prosthetic Socket System into a Ugandan Clinical Service.

The design, development and evaluation of an array-based FES system with automated setup for the correction of drop foot (2002)
Presentation / Conference Contribution

Functional electrical stimulation has been shown to be a safe and effective means of correcting
drop foot of central neurological origin. However, despite recent technological advances, the set-up of
surface stimulators remains a challenge for many... Read More about The design, development and evaluation of an array-based FES system with automated setup for the correction of drop foot.