Jamie Burgess
Papers
3
Total Citations
61
H-Index
2
About
Jamie Burgess is a rehabilitation science researcher whose work has significantly advanced our understanding of locomotor recovery following stroke. Specializing in gait biomechanics and body weight support (BWS) technologies, Burgess has focused on how unloading interventions influence walking performance in both neurologically intact individuals and stroke survivors. His most influential contribution, a 2010 study garnering 40 citations, challenged prevailing assumptions by demonstrating that BWS conditions alter self-selected overground walking speeds differently across populations — a finding with meaningful implications for designing individualized rehabilitation protocols. Building on this foundation, his 2009 investigation utilized the KineAssist robotic gait device to explore how BWS affects speed selection in post-stroke and healthy elderly populations, while his 2015 work further refined understanding by identifying how specific limb contributions shift as walking speeds increase under supported conditions. Together, these studies form a cohesive body of evidence that has helped clinicians better calibrate BWS interventions to optimize gait recovery. Burgess's research sits at the intersection of clinical rehabilitation and assistive robotics, making his work particularly relevant for researchers and students interested in evidence-based approaches to stroke rehabilitation and mobility restoration.
Research Focus
Key Achievements
Top Papers
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