Brian Ahangar
Papers
1
Total Citations
4
H-Index
1
About
Brian Ahangar’s research lies at the intersection of neurorehabilitation and robotics, focusing on how passive exercise and robotic assistance can modulate neural excitability in individuals with motor impairments. In his most-cited work, "Changes in Motoneuron Excitability in Hemiplegic Subjects After Passive Exercise When Using a Robotic Arm" (2006), Ahangar demonstrated that robotic-guided passive movement can alter spinal motoneuron excitability in hemiplegic patients, offering a foundational insight into the neurophysiological mechanisms underlying robot-assisted therapy. Though this study has garnered modest citation counts, it represents a critical early step in understanding how non-volitional movement can drive neural plasticity—a concept now central to modern rehabilitation engineering. Ahangar’s contributions are notable for bridging biomechanics and clinical neuroscience, providing evidence that robotic devices can serve not just as tools for movement assistance, but as probes to study and enhance recovery processes. His work continues to inform the design of adaptive rehabilitation protocols, underscoring the potential of human-machine interfaces to restore function after neurological injury.
Research Focus
Key Achievements
Top Papers
- 1