Adaptive and personalised neuromotor rehabilitation for people with multiple sclerosis: from characterisation to the utilisation of residual sensorimotor abilities using a body-machine interfaceH2020 – MSCA-PF-2019Fellow: Camilla PierellaSupervisor: Maria Matilde IngleseDepartment of Neuroscience, Rehabilitation, Ophthalmology, Genetics and Maternal and Child Sciences - DINOGMIGrant Agreement: 896892Start date: 4 January 2021End date: 3 January 2023Scientific Area: Information Science and Engineering (ENG)EU funding: €171,473.28Keywords: Multiple sclerosis rehabilitation; motor recovery, motor learningThe project results are available on the CORDIS Adaptive neuromotor rehabilitation for patients with multiple sclerosisThe aim of the EU-funded REMAp project is to develop a new approach to neuromotor rehabilitation for patients with multiple sclerosis (MS), utilising rehabilitation mechanisms based on human-machine interfaces. The idea is that during the rehabilitation process, the entire nervous system – from the peripheral parts to the brain – undergoes a reorganisation that can be harnessed to design more effective interventions. The project involves using muscular and kinematic synergies to develop a functional assessment tool specific to MS, with the aim of monitoring the disease and the effects of treatment. The data are used to design a human-machine interface and specific exercises to help MS patients achieve their full functional potential. The adaptive nature of the human-machine interface benefits patients with varying degrees of impairment.