Following upper extremity injury, exercise-approaches are commonly used to address motor
impairments. Occupation-based approaches are also used but less widely promoted and …

Importance New treatments for upper-limb amputation aim to improve movement quality and
reduce visual attention to the prosthesis. However, evaluation is limited by a lack of …

This paper attempts to induce the third-person perspective full body illusion (3PP-FBI) with
virtual reality (VR) in stroke patients. Nineteen individuals with stroke were recruited. The …

Background Quantitative assessments of an individual's functional status commonly involve
the use of movement quality metrics. Research question The purpose of this work was to …

Developing a prosthetic system that emulates the complexity of the human upper limb is a
formidable challenge. Unfortunately, abandonment rates for such devices remain high …

Background While body-powered prostheses are commonly used, the compensatory
strategies required to operate body-powered devices are not well understood. Kinematic …

Purpose: This study aimed to explore the use of myofunctional devices (MDs) by speech-
language pathologists (SLPs) to gain a better understanding of how SLPs are utilizing these …

Objectives To determine between-days reliability and the minimal detectable change for
shoulder and elbow joint position sense assessment using a validated mobile app, in …

Virtual reality (VR)-based rehabilitation training holds great potential for post-stroke motor
recovery. Existing VR-based motor imagery (MI) paradigms mostly focus on the first-person …

Upper extremity kinematics are important for understanding functional ability and
performance improvements. The Box and Blocks test (BBT) is a standardized functional test …