Denise Berger
Papers
4
Total Citations
70
H-Index
4
About
Denise Berger is a leading researcher at the intersection of neural engineering and motor rehabilitation, with a primary focus on myoelectric control and its application to restoring movement after neurological injury. Her work centers on exploiting the muscle-to-force null space—muscle activation patterns that produce no net force—to enable simultaneous control of both natural limbs and extra robotic end-effectors. This concept, demonstrated in her 2022 study (23 citations), opens new avenues for motor augmentation and intuitive human-machine interaction. Berger’s most impactful contribution is her pioneering integration of myoelectric control with virtual reality for synergy-based stroke rehabilitation. Her seminal 2016 paper (26 citations) and a comprehensive 2024 review (17 citations) have established the framework for using these technologies to restore upper-limb function in severely impaired survivors, addressing a critical gap in current therapy. She has also advanced pediatric rehabilitation by evaluating EMG patterns during exoskeleton-assisted walking (2024, 4 citations), providing objective metrics for spinal locomotor output. Berger’s work bridges fundamental motor control science with translational clinical applications, offering hope for more effective, personalized neurorehabilitation.
Research Focus
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Top Papers
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