Sharon Israely
Papers
4
Total Citations
32
H-Index
3
About
Sharon Israely is a researcher at the forefront of neurorehabilitation, specializing in robot-assisted motor recovery for stroke survivors. Her work centers on a novel therapeutic approach called error augmentation—a technique that deliberately amplifies movement errors during training to enhance proprioceptive feedback and drive neural plasticity. In her pioneering 2014 study, she demonstrated that amplifying the velocity component of reaching movements could improve spatial and temporal coordination in stroke patients, laying the groundwork for a new rehabilitation paradigm. Her subsequent research, including a 2018 study on hand trajectory improvement and a 2023 investigation into arm motor recovery, has consistently shown that error-augmentation training outperforms conventional methods, with cumulative citations exceeding 30. These studies highlight her key contribution: transforming robotic interfaces from passive assistive tools into active, challenging platforms that motivate patients to optimize performance. Israely’s work is especially timely given the rising global stroke burden due to aging populations, positioning her as a leading voice in the quest for more effective, technology-driven rehabilitation strategies.
Research Focus
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Top Papers
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