Federica Izzi

Bioengineering Technology and Systems (Italy)

Papers

Total Citations

H-Index

About

Federica Izzi is a leading researcher in neurorehabilitation and motor control, with a focus on understanding how the brain adapts to robotic assistance and imagined movement. Her work bridges neuroscience and rehabilitation engineering, particularly investigating the neural mechanisms underlying lower limb function—a relatively underexplored area compared to upper limb studies. Her most-cited paper (59 citations) is a landmark study on quantitative EEG evaluation during robot-assisted foot movement, demonstrating that passive and imagined limb movements induce measurable changes in cerebral oscillatory activity. This finding has critical implications for designing brain-computer interfaces and robotic therapies that promote neuroplasticity in patients with motor impairments. By revealing the central modulatory effects of robotic assistance, Izzi’s research provides a scientific foundation for developing more effective rehabilitation protocols for stroke and spinal cord injury survivors. Her work is highly influential in the field of neurorehabilitation, offering both theoretical insights into sensorimotor integration and practical tools for clinical applications. Izzi’s contributions continue to shape how researchers and clinicians harness robotic technology to restore motor function.