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About

V. Giacobbe is a leading researcher in neurorehabilitation, specializing in the intersection of brain stimulation and robotic therapy for stroke recovery. Her work focuses on understanding how transcranial direct current stimulation (tDCS) and robotic practice can be optimally combined to restore motor function, with a particular emphasis on the critical role of timing in these interventions. Her highly cited 2013 study (110 citations) demonstrated that the relative timing of tDCS and robotic therapy significantly influences neurorehabilitation outcomes in chronic stroke patients, establishing a foundational principle for future clinical protocols. Additionally, her 2012 investigation (101 citations) revealed that inter-hemispheric coupling changes are directly associated with motor improvements following robotic rehabilitation, providing key insights into the brain plasticity mechanisms driving recovery. Giacobbe’s work has been instrumental in shaping evidence-based approaches to post-stroke therapy, bridging neurophysiology and engineering to enhance patient outcomes. Her contributions continue to guide researchers and clinicians in designing more effective, personalized rehabilitation strategies for chronic stroke survivors.