Papers
3
Total Citations
351
H-Index
3
About
Martin J. McKeown is a leading researcher at the intersection of neuroscience and biomedical engineering, whose work has fundamentally advanced our understanding of how the brain perceives biological motion and how technology can assist individuals with movement disorders. His highly cited 2003 study on brain activity evoked by human walking (318 citations) established a critical methodological framework for functional neuroimaging, demonstrating how to control for meaningful coherent motion when studying the perception of biological motion—a contribution that has shaped countless subsequent studies in cognitive neuroscience. More recently, McKeown has translated this neuroscientific expertise into practical clinical applications, developing innovative assistive technologies for individuals with pathological tremor. His 2019 work on controlling a motorized orthosis to follow elbow volitional movement represents a significant step toward non-pharmacological, non-surgical tremor management, offering new hope for patients who cannot tolerate medications or are ineligible for surgery. By bridging basic perceptual neuroscience with real-world rehabilitation engineering, McKeown exemplifies translational research at its best, creating technologies that directly improve quality of life while continuing to probe fundamental questions about human movement perception.
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