Papers
4
Total Citations
26
H-Index
4
About
Sina Askari is a biomedical engineer whose research focuses on the intersection of functional electrical stimulation (FES), robotic rehabilitation, and neurorecovery after spinal cord injury (SCI). His major contributions center on developing novel systems that precisely time electrical stimulation to the natural gait cycle during robotically assisted treadmill training. By engineering a prototype for rodent models, Askari demonstrated that coordinating FES with real-time limb kinematics—rather than delivering patterned stimulation alone—can more effectively modulate neuromuscular activity and improve stepping trajectories. His work has been cited over 26 times, with key publications in 2011–2013 laying the groundwork for more adaptive, closed-loop rehabilitation strategies. Askari’s research addresses a critical gap: conventional FES often lacks lasting neurophysiological effects, but his timing-based approach aims to retrain the nervous system for long-term functional gains. His studies on EMG profiles and step trajectory analysis provide foundational evidence that integrating sensory feedback from robotic systems with electrical stimulation can enhance motor recovery. For students and researchers in neural engineering and rehabilitation, Askari’s work exemplifies how combining robotics and neurostimulation can push the boundaries of SCI therapy.
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