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covid-19 Research
Research

Cohort Covid Neuroscience project offers insight to COVID-19 risks and impacts

28 September 2020
Event
RICHARD MILLE STRENGTHENS HIS COMMITMENT TO THE PARIS BRAIN INSTITUTE 17 September 2020
Coupe de cerveau humain (cortex). A gauche, les noyaux sont marqués en bleu; à droite le cil qui est présent au pied apical (en vert) des cellules progénitrices est marqué en rouge. La surface apicale est marquée en bleu. © Monia Barnat/Grenoble Institut des Neurosciences/Inserm, Université Grenoble Alpes Research
Huntington’s disease: brain abnormalities detectable as early as the embryonic stage 17 July 2020
A LARGE-SCALE EXPLORATION OF GENETIC FORMS OF PARKINSON’S DISEASE 6 July 2020
Research
COVID-19: FIA FOUNDATION AND FIA SUPPORT THE BRAIN INSTITUTE 30 June 2020
Two new fundamental discoveries for the diagnosis and treatment of patients suffering from disorders of consciousness Research
Research

Two new fundamental discoveries for the diagnosis and treatment of patients suffering from disorders of consciousness

25 June 2020
Event
APPLY NOW FOR THE IMIND – INTERNATIONAL MASTER IN NEURODEGENERATIVE DISEASES ! 3 June 2020
Research
MSCopilot, a new multiple sclerosis self-assessment digital solution, is clinically validated 2 June 2020
Research
Schizophrenia, a myelin deficiency ? 14 May 2020
Individual maps of immune cell activation Research
ACTIVATION OF THE INNATE IMMUNE SYSTEM IN THE CENTRAL NERVOUS SYSTEM, A MARKER FOR THE DEVELOPMENT OF DISABILITY IN MULTIPLE SCLEROSIS? 6 May 2020
Malignant glioma in cell culture (spheroids). Research
Research

Mechanisms and therapeutic implications of hypermutation in gliomas

28 April 2020
Four core properties of the human brain valuation system demonstrated in intracranial signals Research
Four core properties of the human brain valuation system demonstrated in intracranial signals 16 April 2020
Research
Covid-19 pandemic: Paris Brain Institute mobilizes and carries on 21 March 2020
Flies with left-right asymmetry in the wiring of a specific neuronal circuit tend to walk more straight and narrow paths towards an object of interest, while flies with more symmetric brains tend to walk border and more meandering paths toward the object. Research
Emergence of behavioral individuality in the fly’s brain 20 March 2020
Research
TOURETTE SYNDROME : MOTOR IMPULSES DO NOT PREDICT PATIENTS’ TICS 20 March 2020