Kylie Tucker
Papers
2
Total Citations
36
H-Index
2
About
Kylie Tucker is a leading researcher in human motor control, neurophysiology, and pain science, with a focus on how the nervous system adapts to pain and injury. Her work bridges fundamental biomechanics and clinical rehabilitation, exploring how muscle pain alters motor learning, force production, and movement strategies. Tucker’s major contributions include demonstrating that experimental muscle pain disrupts the acquisition and retention of locomotor adaptation—showing that individuals in pain use different motor strategies to achieve similar performance outcomes, a finding with direct implications for rehabilitation design. She also co-led the landmark Consensus for Experimental Design in Electromyography (CEDE) project, which established standardized guidelines for using EMG to estimate muscle force, a critical tool for biomechanics and robotics. Her highly cited work (e.g., 20+ citations for the CEDE paper, 16+ for the pain-motor learning study) has shaped how researchers design experiments and interpret motor adaptations in pain states. Tucker’s research is notable for its translational impact, informing clinical practices for musculoskeletal disorders and advancing non-invasive methods to study human movement.
Research Focus
Key Achievements
Top Papers
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