Valentina Magagnin
Papers
4
Total Citations
252
H-Index
4
About
Valentina Magagnini is a leading researcher in autonomic neuroscience and rehabilitation engineering, whose work bridges the gap between cardiovascular physiology and assistive technology. Her most influential contribution, a 2011 study with 173 citations, critically demonstrated that non-stationarities in heart rate variability (HRV) recordings—common even in controlled experiments—can significantly distort short-term spectral, symbolic, and entropy indices. This finding has reshaped methodological standards for assessing autonomic regulation, alerting researchers to potential biases in HRV analysis. Dr. Magagnini is also renowned for pioneering the use of robotic gait orthoses in rehabilitation. Her 2010 study, cited 49 times, revealed that robotic treadmill training can improve cardiovascular function in spinal cord injury patients, while her subsequent work (2009–2010) characterized autonomic responses in healthy subjects and rehabilitation-responsive patients with stroke or cervical myelopathy. By demonstrating that robot-driven gait training elicits measurable autonomic adaptations, she has advanced both the understanding of neuroplasticity and the design of therapeutic interventions. Her research continues to inform clinical protocols, ensuring that non-invasive autonomic assessments and robotic rehabilitation are both rigorous and effective.
Research Focus
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