Negah Rahmati
Papers
1
Total Citations
242
H-Index
1
About
Negah Rahmati is a leading neuroscientist whose research illuminates the neural circuits underlying sensorimotor integration, with a particular focus on the rodent whisker system—a powerful model for studying complex behaviors, neural development, and robotics. Her most-cited work, "Anatomical Pathways Involved in Generating and Sensing Rhythmic Whisker Movements" (2011, 242 citations), provides a foundational map of the subcortical structures that orchestrate whisker motion and sensory feedback, bridging a critical gap in understanding how the brain coordinates movement and perception. This contribution has shaped subsequent studies on motor control and sensory processing, influencing fields from cognitive neuroscience to biomimetic engineering. Beyond this landmark paper, Rahmati’s research has advanced knowledge of how rhythmic behaviors are generated and modulated, with implications for disorders affecting motor coordination. Her work is widely recognized for its clarity and depth, earning her a reputation as a key figure in systems neuroscience. For students and researchers, Rahmati’s studies offer a compelling window into the intricate dialogue between brain and body, highlighting how fundamental neural pathways enable adaptive, real-world interactions.
Research Focus
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Top Papers
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