Mohsen Omrani

Papers

Total Citations

376

H-Index

About

Mohsen Omrani is a leading neuroscientist whose research bridges the computational and neural mechanisms of motor control. His most cited work, "Primary motor cortex underlies multi-joint integration for fast feedback control" (2011, 376 citations), fundamentally reshaped our understanding of how the brain coordinates complex limb movements. By demonstrating that the primary motor cortex (M1) integrates sensory feedback across multiple joints within milliseconds to guide corrective actions, Omrani challenged the long-held view that M1 solely issues descending motor commands. His findings revealed that M1 acts as a dynamic hub for rapid, context-dependent feedback control, a critical insight for developing neuroprosthetics and rehabilitation strategies for movement disorders. Beyond this landmark study, Omrani’s research has consistently explored how the nervous system transforms sensory information into precise motor outputs, using electrophysiology, computational modeling, and behavioral experiments. His work has been widely cited by researchers in motor neuroscience, robotics, and clinical neurology, reflecting its profound impact on both basic science and translational applications. Omrani’s contributions have earned him recognition as a key figure in unraveling the neural code of agile, coordinated movement.