Margaret Galloway
Papers
1
Total Citations
15
H-Index
1
About
Margaret Galloway’s research sits at the vital intersection of biomechanics and neurorehabilitation, where she investigates how robotic exoskeletons can transform recovery for individuals with neurological impairments. Her most-cited work, “The Metabolic Cost of Exercising With a Robotic Exoskeleton: A Comparison of Healthy and Neurologically Impaired People” (2020, 15 citations), challenges a prevailing assumption in the field. While many believed robotic exoskeletons primarily deliver passive therapy, Galloway’s study—using oxygen consumption (VO₂) as a key metric—revealed that active engagement during exoskeleton-assisted exercise imposes a significant metabolic cost, particularly in neurologically impaired users. This finding underscores the potential for these devices to promote genuine neuro-recovery rather than mere passive movement. By quantifying the physiological demands of exoskeleton use, Galloway has provided rehabilitation engineers and clinicians with critical evidence to design more effective, patient-centered therapies. Her work bridges the gap between assistive technology and human physiology, offering a roadmap for optimizing robotic interventions. With a growing citation footprint, Galloway is emerging as a thoughtful voice in the quest to make neurorehabilitation both scientifically rigorous and practically transformative.
Research Focus
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Top Papers
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