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About

Sarai Mizrachi is a leading researcher in biomechanics and wearable robotics, whose work is reshaping how we understand and design lower-limb exoskeletons for real-world locomotion. Her research focuses on the mechanics and energetics of human gait across variable terrains—specifically walking and running on slopes. Mizrachi’s major contribution lies in providing a joint-level perspective on how the body adapts to uphill and downhill conditions, offering a biologically-inspired framework for exoskeleton assistance. Her most-cited paper (2020, 90 citations) examines the mechanics of slope gait to guide the design of assistive devices that reduce energetic demand and improve clinical mobility. She has also developed parametric equations to predict lower-limb kinematics and kinetics during slope walking and running, a valuable tool for researchers studying human locomotion neuromechanics. By bridging detailed biomechanical data with practical engineering applications, Mizrachi’s work is foundational for creating adaptive, real-world wearable robots. Her research is essential reading for anyone interested in the intersection of human movement science and robotic assistance.