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Progetto FITS: mappare l’attività elettrica cerebrale

        per generare modelli matematici dei circuiti nervosi




















                  FITS project: mapping electrical brain activity to generate mathematical models of nerve circuits

                  The project ‘(dis)Functional Information Transfer in ex vivo human brain Samples: a multiscale investigation
                  through in vitro and in silico approaches’ - FITS, coordinated by Prof. Jonathan Mapelli of the Department of
                  Biomedical, Metabolic and Neural Sciences, aims to map the electrical activity of single neurons and nerve
                  microcircuits obtained from human brain tissue, enabling the generation of mathematical models of nerve
                  circuits. This will make it possible to implement the first step of an innovative personalised medicine based
                  on the use of in vitro and in-silico drug tests directly on the cells of patients suffering from drug-resistant
                  neuropathologies. The idea behind the project is to combine experimental and modelling characterisation
                  of human neuronal activity to identify fingerprints of the electrical activity of circuits. These fingerprints will
                  be used to identify alterations associated with specific diseases such as epilepsy or cortical dysplasias. The
                  project won a cascade competition that enabled it to obtain a grant of 150,000 euros, entirely financed by
                  Unimore.





















                        l  progetto “(dis)Functional Informa-  mediche, Metaboliche e Neuroscienze, ha come
                        tion Transfer in ex vivo human brain   obiettivo quello di mappare l’attività elettrica di
                        Samples: a multiscale investigation    singoli neuroni e microcircuiti nervosi ottenuti da
                        through in vitro and in silico appro-  tessuto cerebrale umano consentendo di genera-
                  Iaches” (Trasferimento di informazioni       re modelli matematici dei circuiti nervosi.
                (dis)funzionali in campioni di cervello umano ex   In questo modo sarà possibile  implementa-

                vivo: un’indagine multiscala attraverso approcci in   re il primo passo di un’innovativa medicina
                vitro e in silico) – FITS, coordinato dal Prof. Jo-  personalizzata  basata  sull’utilizzo  di  test
                nathan Mapelli del Dipartimento di Scienze Bio-




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