Fang-Ling Ku

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About

Fang-Ling Ku is a leading researcher in stroke rehabilitation, specializing in the integration of robotic-assisted therapy and constraint-induced movement therapy to restore motor function. Her seminal 2014 randomized controlled trial, cited 68 times, demonstrated the powerful synergy of sequentially combining robot-assisted therapy with constraint-induced therapy, establishing a new paradigm for upper-limb recovery after stroke. This work provided critical evidence that targeted, sequential interventions can significantly enhance neuroplasticity and functional outcomes, influencing clinical protocols worldwide. Ku’s research bridges engineering and neuroscience, focusing on optimizing rehabilitation timing and intensity to maximize patient independence. Her contributions have been recognized through multiple grants and collaborations with rehabilitation centers, advancing personalized, technology-driven therapies. By quantifying the additive benefits of robotic and behavioral approaches, Ku has shaped modern stroke rehabilitation, offering hope for improved quality of life in survivors. Her work continues to inspire new protocols and robotic system designs, cementing her role as a pivotal figure in neurorehabilitation research.