Research in neuroscience has led to the understanding that the brain is dynamically organized into networks—sets of brain regions with specific functions that interact with each other. Understanding these networks is of great interest to both physiologists and medical professionals. In this field, magnetic resonance imaging (MRI) and electrophysiology are essential tools, as they allow for non-invasive evaluation and monitoring of various functions and underlying mechanisms in individuals.

The Neural Connectivity and Plasticity (NCP) team focuses on studying the organization of these neural networks, from the brain to the spinal cord, using innovative methodologies that combine various neuroimaging and electrophysiological modalities under both physiological and pathological conditions in humans. Our goal is to develop biomarkers, decision-support tools, and innovative therapies for rehabilitation.

We identify quantitative parameters useful for diagnosis, prognosis, and treatment evaluation, and develop predictive models for precision medicine. Our work enhances the understanding of processes involved in various neurological diseases, including motor neuron diseases, dementias, acquired brain injuries, and epilepsies.

Our team is multidisciplinary, comprising researchers in neuroscience, mathematics, physics, engineers (statistics, neuroimaging, electrophysiology, clinical research), and clinicians (neurology, nuclear medicine, rehabilitation, neuroradiology, neurosurgical intensive care). With expertise at the interface of science and medicine, our mission is to bridge the gap between theoretical approaches and patient care.